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Opened 2 hours ago
#20354 new defect
ChimeraX bug report submission
| Reported by: | Owned by: | ||
|---|---|---|---|
| Priority: | normal | Milestone: | |
| Component: | Unassigned | Version: | |
| Keywords: | Cc: | ||
| Blocked By: | Blocking: | ||
| Notify when closed: | Platform: | ||
| Project: |
Description
The following bug report has been submitted:
Platform: macOS-26.4.1-arm64-arm-64bit
ChimeraX Version: 1.11.1 (2026-01-23 05:51:34 UTC)
Description
Replace this text with list of actions that caused this problem to occur
Log:
You can double click a model's Name or ID in the model panel to edit those
fields
UCSF ChimeraX version: 1.11.1 (2026-01-23)
© 2016-2025 Regents of the University of California. All rights reserved.
How to cite UCSF ChimeraX
> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx2_wt_and_pcgf2_model_4.cif" format mmcif
No such database '/users/s2029357/desktop/brien lab charlie/alphafold
modelling pcgf2'
> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx4_wt_and_pcgf2_model_0.cif" "/Users/s2029357/Desktop/Brien
> Lab Charlie/AlphaFold modelling PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx4_wt_and_pcgf4_model_0.cif"
Chain information for cprc1_cbx4_wt_and_pcgf2_model_0.cif #1
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
Chain information for cprc1_cbx4_wt_and_pcgf4_model_0.cif #2
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
> select /a
5266 atoms, 5350 bonds, 672 residues, 2 models selected
> hide /a
> hide/b
Unknown command: hide/b
> hide /B
> hide /M,N
> hide /K,L,I,J,E,F
> select /c
5231 atoms, 5348 bonds, 670 residues, 2 models selected
> ui tool show Matchmaker
> matchmaker #2 & sel to #1 & sel
Computing secondary structure
[Repeated 1 time(s)] Parameters
---
Chain pairing | bb
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> hide #1 models
> show #1 models
> select /c:1-13
222 atoms, 222 bonds, 26 residues, 2 models selected
> select /all
Nothing selected
> select /A,B,C
15507 atoms, 15804 bonds, 1988 residues, 2 models selected
> select /A,B,C,D
24157 atoms, 24700 bonds, 3108 residues, 2 models selected
> hide sel atoms
> show sel atoms
> hide sel cartoons
> hide sel atoms
> show sel cartoons
> hide #2 models
> hide #1 models
> color #1 #3300ffff
> show #1 models
> set bgColor white
> lighting simple
> lighting soft
> lighting full
> view orient
> hide /H
> hide /G
> select clear
[Repeated 1 time(s)]
> show #2 models
> color #2 #9966ccff
> select #2/A:17
14 atoms, 15 bonds, 1 residue, 1 model selected
> set bgColor gray
> set bgColor white
> hide sel atoms
> hide sel cartoons
> hide sel surfaces
> hide /a
> hide /B
> hide /c
> hide /D
> hide /E,F,G,H,I,J,K,L,M,N
> show /C
> select /C
5231 atoms, 5348 bonds, 670 residues, 2 models selected
> hide sel atoms
> hide sel cartoons
> show sel atoms
> hide /B
> select /b
5010 atoms, 5106 bonds, 646 residues, 2 models selected
> hide sel atoms
> hide sel cartoons
> select /D
8650 atoms, 8896 bonds, 1120 residues, 2 models selected
> hide sel cartoons
> hide sel atoms
> select /A
5266 atoms, 5350 bonds, 672 residues, 2 models selected
> hide sel atoms
> hide sel cartoons
> ui tool show Matchmaker
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 1
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Hiding conservation header for alignment 1
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 2
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
Hiding conservation header for alignment 2
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> sequence viewer 2 scfLoad "/Users/s2029357/Desktop/Brien Lab
> Charlie/AlphaFold modelling PCGF2:PCGF4/Matchmaker alignment PCGF2/4 in
> complex with CBX4" color True
Missing or invalid "fileName" argument: File '/Users/s2029357/Desktop/Brien
Lab Charlie/AlphaFold modelling PCGF2:PCGF4/Matchmaker alignment PCGF2/4 in
complex with CBX4' does not exist
> sequence identity 2
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C vs.
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C: 64.11% identity
> sequence header 2 conservation show
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
> sequence refreshAttrs 2
> select ::seq_identity<100 & #1/C #2/C
1851 atoms, 1796 bonds, 252 residues, 2 models selected
> sequence identity 2:1 2:2
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C vs.
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C: 64.11% identity
> sequence align 2 program clustalOmega
Alignment identifier is 1
Associated cprc1_cbx4_wt_and_pcgf2_model_0.cif chain C to chain C with 0
mismatches
Associated cprc1_cbx4_wt_and_pcgf4_model_0.cif chain C to chain C with 0
mismatches
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Webservices job id: WQRVNSEXHE2YZ4CX
Webservices job finished: WQRVNSEXHE2YZ4CX
> sequence viewer 2 scfLoad "/Users/s2029357/Desktop/Brien Lab
> Charlie/AlphaFold modelling PCGF2:PCGF4/Alignment PCGF2/4 in complex with
> CBX4" color True
Missing or invalid "fileName" argument: File '/Users/s2029357/Desktop/Brien
Lab Charlie/AlphaFold modelling PCGF2:PCGF4/Alignment PCGF2/4 in complex with
CBX4' does not exist
> matchmaker #1 #2 verbose true
Missing required "to" argument
> matchmaker #1 #2 verbose true
Missing required "to" argument
> matchmaker #2 to #1 verbose true
Parameters
---
Chain pairing | bb
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D (#2), sequence alignment score =
2714.1
RMSD between 7 pruned atom pairs is 0.858 angstroms; (across all 560 pairs:
36.659)
Sequences:
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV
Residues:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 1,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 2,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 3,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 4,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 5,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 6,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 7,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 8,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 9,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 10,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 11,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 12,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 13,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 14,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 15,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 16,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 17,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 18,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 19,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 20,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 21,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 22,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 23,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 24,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 25,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 26,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 27,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 28,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 29,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 30,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 31,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 32,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 33,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 34,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 35,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 36,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 37,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 38,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 39,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 40,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 41,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 42,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 43,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 44,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 45,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 46,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 47,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 48,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 49,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 50,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 51,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 52,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 53,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 54,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 55,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 56,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 57,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 58,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 59,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 60,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 61,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 62,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 63,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 64,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 65,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 66,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 67,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 68,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 69,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 70,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 71,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 72,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 73,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 74,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 75,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 76,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 77,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 78,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 79,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 80,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 81,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 82,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 83,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 84,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 85,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 86,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 87,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 88,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 89,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 90,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 91,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 92,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 93,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 94,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 95,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 96,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 97,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 98,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 99,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 100,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 101,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 102,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 103,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 104,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 105,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 106,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 107,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 108,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 109,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 110,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 111,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 112,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 113,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 114,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 115,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 116,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 117,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 118,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 119,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 120,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 121,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 122,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 123,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 124,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 125,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 126,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 127,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 128,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 129,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 130,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 131,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 132,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 133,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 134,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 135,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 136,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 137,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 138,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 139,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 140,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 141,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 142,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 143,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 144,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 145,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 146,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 147,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 148,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 149,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 150,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 151,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 152,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 153,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 154,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 155,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 156,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 157,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 158,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 159,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 160,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 161,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 162,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 163,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 164,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 165,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 166,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 167,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 168,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 169,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 170,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 171,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 172,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 173,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 174,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 175,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 176,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 177,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 178,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 179,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 180,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 181,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 182,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 183,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 184,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 185,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 186,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 187,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 188,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 189,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 190,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 191,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 192,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 193,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 194,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 195,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 196,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 197,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 198,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 199,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 200,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 201,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 202,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 203,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 204,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 205,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 206,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 207,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 208,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 209,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 210,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 211,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 212,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 213,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 214,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 215,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 216,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 217,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 218,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 219,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 220,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 221,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 222,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 223,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 224,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 225,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 226,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 227,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 228,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 229,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 230,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 231,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 232,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 233,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 234,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 235,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 236,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 237,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 238,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 239,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 240,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 241,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 242,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 243,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 244,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 245,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 246,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 247,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 248,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 249,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 250,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 251,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 252,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 253,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 254,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 255,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 256,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 257,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 258,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 259,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 260,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 261,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 262,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 263,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 264,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 265,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 266,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 267,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 268,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 269,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 270,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 271,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 272,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 273,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 274,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 275,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 276,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 277,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 278,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 279,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 280,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 281,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 282,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 283,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 284,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 285,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 286,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 287,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 288,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 289,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 290,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 291,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 292,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 293,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 294,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 295,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 296,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 297,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 298,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 299,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 300,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 301,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 302,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 303,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 304,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 305,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 306,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 307,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 308,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 309,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 310,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 311,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 312,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 313,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 314,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 315,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 316,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 317,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 318,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 319,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 320,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 321,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 322,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 323,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 324,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 325,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 326,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 327,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 328,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 329,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 330,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 331,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 332,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 333,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 334,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 335,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 336,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 337,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 338,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 339,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 340,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 341,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 342,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 343,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 344,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 345,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 346,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 347,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 348,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 349,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 350,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 351,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 352,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 353,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 354,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 355,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 356,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 357,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 358,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 359,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 360,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 361,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 362,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 363,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 364,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 365,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 366,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 367,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 368,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 369,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 370,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 371,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 372,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 373,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 374,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 375,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 376,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 377,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 378,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 379,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 380,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 381,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 382,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 383,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 384,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 385,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 386,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 387,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 388,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 389,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 390,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 391,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 392,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 393,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 394,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 395,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 396,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 397,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 398,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 399,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 400,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 401,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 402,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 403,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 404,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 405,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 406,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 407,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 408,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 409,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 410,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 411,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 412,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 413,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 414,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 415,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 416,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 417,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 418,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 419,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 420,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 421,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 422,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 423,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 424,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 425,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 426,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 427,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 428,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 429,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 430,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 431,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 432,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 433,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 434,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 435,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 436,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 437,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 438,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 439,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 440,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 441,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 442,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 443,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 444,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 445,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 446,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 447,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 448,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 449,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 450,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 451,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 452,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 453,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 454,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 455,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 456,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 457,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 458,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 459,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 460,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 461,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 462,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 463,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 464,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 465,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 466,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 467,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 468,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 469,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 470,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 471,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 472,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 473,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 474,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 475,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 476,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 477,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 478,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 479,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 480,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 481,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 482,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 483,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 484,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 485,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 486,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 487,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 488,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 489,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 490,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 491,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 492,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 493,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 494,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 495,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 496,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 497,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 498,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 499,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 500,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 501,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 502,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 503,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 504,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 505,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 506,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 507,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 508,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 509,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 510,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 511,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 512,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 513,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 514,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 515,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 516,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 517,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 518,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 519,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 520,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 521,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 522,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 523,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 524,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 525,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 526,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 527,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 528,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 529,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 530,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 531,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 532,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 533,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 534,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 535,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 536,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 537,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 538,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 539,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 540,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 541,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 542,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 543,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 544,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 545,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 546,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 547,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 548,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 549,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 550,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 551,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 552,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 553,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 554,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 555,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 556,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 557,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 558,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 559,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 560
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 1,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 2,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 3,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 4,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 5,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 6,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 7,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 8,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 9,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 10,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 11,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 12,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 13,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 14,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 15,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 16,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 17,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 18,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 19,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 20,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 21,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 22,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 23,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 24,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 25,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 26,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 27,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 28,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 29,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 30,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 31,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 32,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 33,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 34,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 35,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 36,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 37,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 38,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 39,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 40,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 41,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 42,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 43,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 44,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 45,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 46,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 47,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 48,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 49,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 50,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 51,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 52,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 53,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 54,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 55,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 56,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 57,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 58,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 59,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 60,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 61,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 62,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 63,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 64,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 65,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 66,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 67,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 68,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 69,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 70,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 71,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 72,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 73,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 74,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 75,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 76,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 77,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 78,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 79,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 80,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 81,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 82,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 83,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 84,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 85,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 86,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 87,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 88,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 89,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 90,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 91,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 92,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 93,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 94,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 95,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 96,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 97,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 98,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 99,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 100,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 101,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 102,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 103,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 104,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 105,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 106,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 107,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 108,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 109,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 110,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 111,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 112,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 113,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 114,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 115,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 116,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 117,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 118,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 119,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 120,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 121,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 122,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 123,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 124,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 125,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 126,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 127,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 128,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 129,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 130,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 131,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 132,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 133,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 134,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 135,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 136,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 137,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 138,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 139,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 140,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 141,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 142,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 143,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 144,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 145,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 146,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 147,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 148,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 149,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 150,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 151,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 152,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 153,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 154,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 155,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 156,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 157,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 158,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 159,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 160,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 161,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 162,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 163,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 164,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 165,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 166,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 167,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 168,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 169,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 170,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 171,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 172,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 173,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 174,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 175,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 176,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 177,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 178,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 179,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 180,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 181,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 182,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 183,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 184,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 185,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 186,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 187,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 188,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 189,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 190,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 191,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 192,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 193,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 194,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 195,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 196,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 197,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 198,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 199,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 200,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 201,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 202,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 203,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 204,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 205,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 206,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 207,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 208,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 209,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 210,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 211,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 212,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 213,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 214,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 215,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 216,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 217,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 218,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 219,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 220,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 221,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 222,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 223,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 224,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 225,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 226,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 227,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 228,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 229,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 230,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 231,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 232,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 233,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 234,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 235,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 236,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 237,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 238,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 239,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 240,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 241,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 242,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 243,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 244,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 245,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 246,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 247,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 248,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 249,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 250,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 251,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 252,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 253,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 254,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 255,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 256,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 257,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 258,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 259,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 260,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 261,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 262,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 263,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 264,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 265,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 266,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 267,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 268,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 269,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 270,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 271,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 272,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 273,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 274,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 275,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 276,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 277,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 278,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 279,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 280,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 281,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 282,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 283,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 284,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 285,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 286,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 287,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 288,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 289,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 290,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 291,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 292,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 293,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 294,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 295,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 296,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 297,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 298,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 299,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 300,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 301,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 302,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 303,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 304,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 305,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 306,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 307,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 308,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 309,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 310,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 311,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 312,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 313,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 314,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 315,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 316,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 317,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 318,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 319,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 320,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 321,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 322,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 323,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 324,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 325,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 326,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 327,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 328,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 329,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 330,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 331,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 332,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 333,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 334,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 335,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 336,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 337,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 338,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 339,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 340,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 341,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 342,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 343,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 344,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 345,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 346,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 347,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 348,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 349,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 350,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 351,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 352,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 353,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 354,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 355,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 356,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 357,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 358,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 359,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 360,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 361,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 362,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 363,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 364,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 365,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 366,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 367,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 368,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 369,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 370,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 371,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 372,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 373,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 374,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 375,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 376,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 377,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 378,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 379,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 380,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 381,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 382,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 383,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 384,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 385,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 386,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 387,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 388,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 389,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 390,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 391,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 392,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 393,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 394,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 395,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 396,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 397,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 398,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 399,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 400,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 401,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 402,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 403,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 404,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 405,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 406,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 407,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 408,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 409,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 410,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 411,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 412,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 413,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 414,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 415,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 416,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 417,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 418,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 419,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 420,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 421,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 422,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 423,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 424,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 425,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 426,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 427,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 428,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 429,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 430,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 431,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 432,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 433,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 434,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 435,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 436,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 437,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 438,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 439,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 440,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 441,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 442,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 443,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 444,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 445,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 446,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 447,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 448,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 449,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 450,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 451,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 452,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 453,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 454,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 455,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 456,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 457,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 458,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 459,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 460,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 461,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 462,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 463,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 464,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 465,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 466,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 467,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 468,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 469,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 470,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 471,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 472,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 473,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 474,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 475,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 476,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 477,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 478,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 479,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 480,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 481,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 482,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 483,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 484,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 485,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 486,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 487,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 488,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 489,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 490,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 491,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 492,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 493,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 494,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 495,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 496,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 497,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 498,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 499,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 500,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 501,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 502,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 503,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 504,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 505,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 506,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 507,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 508,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 509,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 510,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 511,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 512,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 513,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 514,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 515,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 516,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 517,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 518,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 519,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 520,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 521,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 522,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 523,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 524,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 525,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 526,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 527,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 528,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 529,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 530,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 531,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 532,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 533,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 534,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 535,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 536,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 537,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 538,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 539,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 540,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 541,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 542,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 543,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 544,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 545,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 546,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 547,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 548,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 549,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 550,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 551,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 552,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 553,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 554,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 555,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 556,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 557,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 558,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 559,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 560
Residue usage in match (1=used, 0=unused):
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
[Repeated 1 time(s)]
> ]
Unknown command: ]
> matchmaker #2 to #1 verbose true
Parameters
---
Chain pairing | bb
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D (#2), sequence alignment score =
2714.1
RMSD between 7 pruned atom pairs is 0.858 angstroms; (across all 560 pairs:
36.659)
Sequences:
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV
Residues:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 1,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 2,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 3,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 4,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 5,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 6,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 7,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 8,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 9,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 10,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 11,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 12,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 13,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 14,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 15,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 16,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 17,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 18,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 19,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 20,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 21,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 22,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 23,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 24,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 25,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 26,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 27,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 28,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 29,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 30,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 31,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 32,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 33,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 34,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 35,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 36,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 37,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 38,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 39,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 40,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 41,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 42,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 43,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 44,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 45,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 46,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 47,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 48,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 49,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 50,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 51,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 52,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 53,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 54,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 55,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 56,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 57,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 58,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 59,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 60,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 61,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 62,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 63,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 64,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 65,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 66,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 67,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 68,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 69,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 70,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 71,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 72,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 73,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 74,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 75,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 76,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 77,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 78,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 79,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 80,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 81,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 82,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 83,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 84,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 85,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 86,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 87,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 88,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 89,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 90,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 91,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 92,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 93,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 94,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 95,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 96,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 97,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 98,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 99,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 100,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 101,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 102,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 103,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 104,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 105,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 106,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 107,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 108,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 109,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 110,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 111,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 112,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 113,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 114,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 115,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 116,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 117,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 118,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 119,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 120,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 121,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 122,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 123,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 124,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 125,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 126,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 127,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 128,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 129,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 130,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 131,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 132,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 133,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 134,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 135,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 136,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 137,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 138,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 139,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 140,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 141,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 142,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 143,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 144,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 145,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 146,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 147,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 148,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 149,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 150,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 151,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 152,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 153,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 154,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 155,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 156,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 157,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 158,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 159,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 160,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 161,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 162,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 163,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 164,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 165,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 166,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 167,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 168,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 169,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 170,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 171,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 172,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 173,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 174,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 175,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 176,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 177,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 178,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 179,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 180,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 181,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 182,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 183,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 184,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 185,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 186,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 187,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 188,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 189,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 190,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 191,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 192,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 193,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 194,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 195,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 196,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 197,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 198,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 199,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 200,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 201,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 202,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 203,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 204,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 205,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 206,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 207,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 208,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 209,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 210,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 211,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 212,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 213,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 214,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 215,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 216,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 217,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 218,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 219,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 220,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 221,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 222,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 223,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 224,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 225,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 226,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 227,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 228,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 229,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 230,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 231,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 232,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 233,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 234,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 235,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 236,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 237,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 238,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 239,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 240,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 241,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 242,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 243,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 244,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 245,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 246,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 247,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 248,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 249,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 250,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 251,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 252,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 253,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 254,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 255,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 256,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 257,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 258,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 259,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 260,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 261,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 262,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 263,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 264,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 265,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 266,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 267,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 268,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 269,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 270,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 271,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 272,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 273,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 274,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 275,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 276,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 277,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 278,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 279,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 280,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 281,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 282,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 283,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 284,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 285,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 286,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 287,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 288,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 289,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 290,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 291,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 292,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 293,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 294,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 295,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 296,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 297,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 298,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 299,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 300,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 301,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 302,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 303,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 304,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 305,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 306,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 307,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 308,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 309,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 310,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 311,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 312,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 313,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 314,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 315,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 316,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 317,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 318,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 319,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 320,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 321,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 322,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 323,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 324,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 325,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 326,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 327,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 328,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 329,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 330,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 331,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 332,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 333,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 334,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 335,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 336,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 337,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 338,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 339,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 340,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 341,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 342,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 343,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 344,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 345,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 346,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 347,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 348,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 349,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 350,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 351,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 352,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 353,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 354,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 355,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 356,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 357,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 358,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 359,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 360,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 361,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 362,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 363,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 364,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 365,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 366,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 367,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 368,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 369,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 370,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 371,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 372,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 373,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 374,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 375,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 376,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 377,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 378,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 379,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 380,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 381,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 382,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 383,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 384,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 385,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 386,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 387,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 388,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 389,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 390,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 391,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 392,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 393,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 394,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 395,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 396,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 397,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 398,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 399,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 400,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 401,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 402,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 403,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 404,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 405,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 406,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 407,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 408,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 409,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 410,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 411,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 412,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 413,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 414,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 415,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 416,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 417,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 418,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 419,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 420,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 421,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 422,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 423,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 424,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 425,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 426,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 427,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 428,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 429,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 430,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 431,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 432,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 433,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 434,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 435,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 436,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 437,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 438,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 439,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 440,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 441,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 442,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 443,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 444,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 445,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 446,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 447,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 448,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 449,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 450,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 451,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 452,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 453,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 454,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 455,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 456,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 457,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 458,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 459,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 460,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 461,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 462,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 463,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 464,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 465,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 466,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 467,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 468,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 469,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 470,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 471,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 472,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 473,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 474,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 475,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 476,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 477,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 478,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 479,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 480,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 481,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 482,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 483,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 484,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 485,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 486,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 487,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 488,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 489,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 490,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 491,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 492,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 493,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 494,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 495,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 496,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 497,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 498,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 499,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 500,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 501,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 502,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 503,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 504,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 505,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 506,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 507,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 508,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 509,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 510,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 511,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 512,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 513,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 514,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 515,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 516,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 517,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 518,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 519,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 520,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 521,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 522,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 523,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 524,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 525,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 526,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 527,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 528,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 529,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 530,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 531,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 532,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 533,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 534,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 535,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 536,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 537,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 538,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 539,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 540,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 541,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 542,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 543,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 544,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 545,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 546,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 547,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 548,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 549,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 550,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 551,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 552,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 553,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 554,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 555,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 556,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 557,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 558,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 559,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 560
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 1,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 2,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 3,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 4,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 5,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 6,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 7,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 8,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 9,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 10,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 11,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 12,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 13,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 14,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 15,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 16,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 17,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 18,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 19,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 20,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 21,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 22,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 23,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 24,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 25,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 26,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 27,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 28,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 29,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 30,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 31,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 32,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 33,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 34,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 35,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 36,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 37,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 38,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 39,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 40,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 41,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 42,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 43,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 44,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 45,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 46,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 47,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 48,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 49,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 50,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 51,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 52,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 53,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 54,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 55,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 56,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 57,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 58,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 59,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 60,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 61,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 62,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 63,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 64,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 65,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 66,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 67,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 68,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 69,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 70,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 71,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 72,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 73,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 74,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 75,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 76,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 77,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 78,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 79,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 80,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 81,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 82,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 83,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 84,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 85,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 86,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 87,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 88,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 89,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 90,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 91,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 92,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 93,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 94,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 95,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 96,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 97,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 98,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 99,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 100,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 101,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 102,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 103,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 104,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 105,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 106,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 107,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 108,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 109,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 110,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 111,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 112,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 113,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 114,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 115,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 116,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 117,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 118,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 119,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 120,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 121,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 122,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 123,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 124,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 125,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 126,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 127,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 128,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 129,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 130,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 131,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 132,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 133,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 134,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 135,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 136,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 137,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 138,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 139,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 140,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 141,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 142,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 143,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 144,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 145,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 146,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 147,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 148,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 149,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 150,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 151,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 152,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 153,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 154,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 155,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 156,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 157,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 158,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 159,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 160,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 161,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 162,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 163,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 164,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 165,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 166,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 167,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 168,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 169,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 170,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 171,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 172,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 173,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 174,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 175,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 176,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 177,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 178,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 179,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 180,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 181,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 182,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 183,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 184,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 185,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 186,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 187,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 188,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 189,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 190,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 191,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 192,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 193,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 194,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 195,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 196,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 197,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 198,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 199,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 200,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 201,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 202,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 203,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 204,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 205,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 206,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 207,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 208,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 209,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 210,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 211,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 212,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 213,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 214,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 215,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 216,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 217,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 218,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 219,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 220,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 221,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 222,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 223,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 224,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 225,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 226,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 227,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 228,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 229,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 230,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 231,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 232,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 233,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 234,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 235,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 236,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 237,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 238,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 239,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 240,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 241,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 242,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 243,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 244,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 245,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 246,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 247,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 248,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 249,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 250,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 251,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 252,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 253,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 254,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 255,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 256,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 257,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 258,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 259,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 260,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 261,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 262,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 263,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 264,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 265,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 266,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 267,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 268,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 269,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 270,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 271,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 272,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 273,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 274,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 275,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 276,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 277,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 278,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 279,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 280,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 281,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 282,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 283,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 284,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 285,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 286,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 287,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 288,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 289,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 290,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 291,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 292,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 293,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 294,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 295,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 296,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 297,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 298,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 299,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 300,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 301,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 302,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 303,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 304,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 305,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 306,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 307,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 308,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 309,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 310,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 311,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 312,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 313,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 314,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 315,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 316,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 317,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 318,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 319,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 320,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 321,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 322,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 323,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 324,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 325,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 326,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 327,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 328,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 329,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 330,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 331,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 332,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 333,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 334,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 335,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 336,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 337,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 338,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 339,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 340,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 341,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 342,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 343,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 344,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 345,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 346,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 347,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 348,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 349,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 350,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 351,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 352,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 353,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 354,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 355,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 356,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 357,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 358,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 359,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 360,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 361,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 362,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 363,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 364,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 365,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 366,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 367,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 368,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 369,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 370,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 371,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 372,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 373,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 374,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 375,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 376,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 377,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 378,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 379,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 380,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 381,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 382,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 383,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 384,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 385,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 386,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 387,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 388,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 389,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 390,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 391,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 392,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 393,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 394,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 395,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 396,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 397,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 398,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 399,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 400,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 401,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 402,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 403,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 404,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 405,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 406,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 407,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 408,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 409,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 410,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 411,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 412,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 413,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 414,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 415,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 416,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 417,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 418,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 419,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 420,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 421,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 422,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 423,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 424,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 425,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 426,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 427,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 428,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 429,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 430,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 431,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 432,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 433,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 434,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 435,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 436,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 437,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 438,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 439,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 440,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 441,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 442,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 443,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 444,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 445,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 446,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 447,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 448,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 449,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 450,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 451,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 452,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 453,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 454,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 455,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 456,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 457,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 458,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 459,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 460,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 461,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 462,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 463,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 464,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 465,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 466,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 467,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 468,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 469,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 470,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 471,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 472,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 473,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 474,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 475,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 476,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 477,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 478,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 479,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 480,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 481,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 482,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 483,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 484,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 485,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 486,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 487,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 488,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 489,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 490,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 491,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 492,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 493,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 494,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 495,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 496,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 497,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 498,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 499,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 500,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 501,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 502,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 503,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 504,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 505,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 506,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 507,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 508,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 509,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 510,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 511,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 512,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 513,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 514,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 515,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 516,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 517,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 518,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 519,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 520,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 521,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 522,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 523,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 524,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 525,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 526,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 527,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 528,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 529,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 530,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 531,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 532,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 533,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 534,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 535,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 536,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 537,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 538,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 539,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 540,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 541,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 542,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 543,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 544,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 545,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 546,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 547,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 548,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 549,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 550,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 551,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 552,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 553,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 554,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 555,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 556,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 557,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 558,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 559,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 560
Residue usage in match (1=used, 0=unused):
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
[Repeated 1 time(s)]
> matchmaker #2/C to #1/C verbose true
Parameters
---
Chain pairing | bb
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
Sequences:
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C
MHRTTRIKITELNPHLMCALCGGYFIDATTIVECLHSFCKTCIVRYLETNKYCPMCDVQVHKTRPLLSIRSDKTLQDIVYKLVPGLFKDEMKRRRDFYAAYPLTEVPNGSNEDRGEVLEQEKGALSDDEIVSLSIEFYEGAR.DRDEKKGPLENGDGDKEKTGVRFLRCPAAMTVMHLAKFLRNKMDVPSKYKVEVLYEDEPLKEYYTLMDIAYIYPWRRNGPLPLKYRVQPACKRLTLATVPTPSEGTNTSGASECESVSDKAPSPA.TLPATSSSLPSPATPSHGSPSSHGPPATHPTSPTPPSTASGATTAANGGSLNCLQTPSSTSRGRKMTVNGAPVPPLT
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C
MHRTTRIKITELNPHLMCVLCGGYFIDATTIIECLHSFCKTCIVRYLETSKYCPICDVQVHKTRPLLNIRSDKTLQDIVYKLVPGLFKNEMKRRRDFYAAHPSADAANGSNEDRGEVADEDKRIITDDEIISLSIEFFDQNRLDRKVNKDKEKSKEEVNDK...RYLRCPAAMTVMHLRKFLRSKMDIPNTFQIDVMYEEEPLKDYYTLMDIAYIYTWRRNGPLPLKYRVRPTCK...RMKISHQRDGLTNAGELESDSGSDKANSPAGGIPSTSSCLPSPSTPV..............QSPHPQFPHISSTMNGTSNSPSGNHQSSFANRPRKSSVNGSSATSSG
Residues:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 1,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 2,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 3,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 4,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 5,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 6,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 7,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 8,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 9,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 10,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 11,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 12,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 13,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 14,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 15,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 16,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 17,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 18,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 19,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 20,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 21,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 22,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 23,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 24,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 25,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 26,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 27,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 28,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 29,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 30,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 31,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 32,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 33,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 34,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 35,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 36,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 37,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 38,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 39,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 40,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 41,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 42,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 43,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 44,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 45,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 46,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 47,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 48,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 49,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 50,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 51,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 52,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 53,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 54,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 55,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 56,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 57,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 58,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 59,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 60,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 61,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 62,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 63,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 64,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 65,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 66,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 67,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 68,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 69,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 70,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 71,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 72,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 73,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 74,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 75,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 76,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 77,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 78,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 79,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 80,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 81,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 82,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 83,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 84,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 85,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 86,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 87,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 88,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 89,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 90,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 91,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 92,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 93,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 94,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 95,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 96,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 97,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 98,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 99,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 100,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 101,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 102,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 103,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 104,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 105,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 106,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 107,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 108,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 109,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 110,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 111,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 112,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 113,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 114,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 115,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 116,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 117,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 118,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 119,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 120,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 121,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 122,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 123,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 124,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 125,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 126,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 127,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 128,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 129,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 130,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 131,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 132,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 133,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 134,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 135,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 136,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 137,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 138,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 139,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 140,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 141,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 142,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 143,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 144,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 145,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 146,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 147,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 148,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 149,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 150,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 151,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 152,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 153,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 154,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 155,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 156,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 157,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 158,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 159,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 160,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 161,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 162,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 163,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 164,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 165,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 166,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 167,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 168,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 169,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 170,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 171,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 172,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 173,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 174,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 175,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 176,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 177,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 178,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 179,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 180,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 181,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 182,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 183,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 184,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 185,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 186,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 187,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 188,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 189,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 190,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 191,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 192,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 193,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 194,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 195,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 196,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 197,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 198,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 199,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 200,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 201,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 202,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 203,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 204,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 205,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 206,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 207,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 208,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 209,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 210,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 211,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 212,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 213,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 214,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 215,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 216,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TRP 217,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 218,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 219,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 220,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 221,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 222,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 223,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 224,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 225,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 226,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 227,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 228,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 229,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 230,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 231,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 232,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 233,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 234,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 235,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 236,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 237,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 238,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 239,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 240,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 241,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 242,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 243,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 244,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 245,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 246,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 247,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 248,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 249,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 250,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 251,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 252,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 253,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 254,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 255,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 256,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 257,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 258,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 259,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 260,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 261,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 262,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 263,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 264,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 265,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 266,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 267,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 268,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 269,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 270,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 271,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 272,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 273,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 274,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 275,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 276,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 277,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 278,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 279,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 280,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 281,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 282,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 283,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 284,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 285,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 286,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 287,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 288,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 289,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 290,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 291,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 292,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 293,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 294,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 295,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 296,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 297,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 298,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 299,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 300,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 301,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 302,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 303,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 304,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 305,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 306,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 307,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 308,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 309,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 310,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 311,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 312,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 313,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 314,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 315,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 316,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 317,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 318,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 319,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 320,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 321,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 322,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 323,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 324,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 325,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 326,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 327,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 328,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 329,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 330,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 331,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 332,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 333,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 334,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 335,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 336,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 337,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 338,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 339,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 340,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 341,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 342,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 343,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 344
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 1,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 2,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 3,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 4,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 5,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 6,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 7,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 8,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 9,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 10,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 11,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 12,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 13,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 14,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 15,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 16,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 17,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 18,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 19,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 20,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 21,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 22,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 23,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 24,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 25,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 26,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 27,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 28,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 29,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 30,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 31,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 32,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 33,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 34,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 35,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 36,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 37,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 38,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 39,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 40,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 41,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 42,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 43,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 44,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 45,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 46,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 47,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 48,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 49,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 50,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 51,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 52,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 53,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 54,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 55,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 56,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 57,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 58,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 59,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 60,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 61,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 62,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 63,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 64,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 65,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 66,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 67,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 68,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 69,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 70,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 71,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 72,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 73,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 74,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 75,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 76,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 77,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 78,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 79,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 80,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 81,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 82,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 83,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 84,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 85,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 86,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 87,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 88,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 89,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 90,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 91,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 92,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 93,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 94,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 95,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 96,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 97,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 98,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 99,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 100,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 101,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 102,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 103,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 104,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 105,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 106,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 107,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 108,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 109,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 110,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 111,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 112,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 113,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 114,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 115,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 116,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 117,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 118,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 119,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 120,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 121,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 122,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 123,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 124,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 125,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 126,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 127,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 128,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 129,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 130,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 131,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 132,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 133,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 134,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 135,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 136,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 137,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 138,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 139,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 140,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 141,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 142,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 143,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 144,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 145,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 146,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 147,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 148,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 149,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 150,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 151,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 152,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 153,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 154,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 155,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 156,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 157,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 158,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 159,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 160,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 161,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 162,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 163,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 164,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 165,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 166,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 167,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 168,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 169,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 170,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 171,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 172,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 173,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 174,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 175,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 176,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 177,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 178,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 179,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 180,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 181,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 182,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 183,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 184,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 185,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 186,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 187,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 188,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 189,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 190,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 191,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 192,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 193,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 194,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 195,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 196,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 197,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 198,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 199,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 200,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 201,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 202,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 203,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 204,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 205,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 206,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 207,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 208,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 209,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 210,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 211,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 212,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 213,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 214,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TRP 215,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 216,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 217,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 218,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 219,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 220,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 221,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 222,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 223,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 224,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 225,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 226,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 227,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 228,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 229,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 230,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 231,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 232,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 233,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 234,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 235,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 236,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 237,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 238,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 239,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 240,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 241,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 242,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 243,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 244,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 245,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 246,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 247,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 248,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 249,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 250,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 251,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 252,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 253,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 254,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 255,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 256,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 257,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 258,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 259,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 260,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 261,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 262,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 263,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 264,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 265,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 266,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 267,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 268,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 269,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 270,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 271,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 272,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 273,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 274,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 275,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 276,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 277,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 278,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 279,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 280,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 281,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 282,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 283,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 284,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 285,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 286,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 287,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 288,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 289,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 290,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 291,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 292,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 293,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 294,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 295,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 296,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 297,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 298,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 299,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 300,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 301,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 302,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 303,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 304,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 305,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 306,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 307,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 308,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 309,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 310,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 311,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 312,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 313,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 314,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 315,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 316,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 317,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 318,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 319,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 320,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 321,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 322,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 323,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 324,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 325,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 326
Residue usage in match (1=used, 0=unused):
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
> select matched
Expected an objects specifier or a keyword
> select #1/C:1-91 #2/C:1-91
1467 atoms, 1495 bonds, 182 residues, 2 models selected
> colour #1/C:1-91 #2/C:1-91 green
> select #1/C:13-103 #2/C:13-103
1477 atoms, 1511 bonds, 182 residues, 2 models selected
> select #2/C:103
6 atoms, 5 bonds, 1 residue, 1 model selected
> select #2/C:100-103
28 atoms, 29 bonds, 4 residues, 1 model selected
> select #1/C:1
8 atoms, 7 bonds, 1 residue, 1 model selected
> select #1/C:1-100 #2/C:1-100
1633 atoms, 1665 bonds, 200 residues, 2 models selected
MatchMaker Alignment [ID: 2] region cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain
C..cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C [1-100] RMSD: 0.712
> colour #1/C:1-91 #2/C:1-100 green
> select #1/C:1-91 #2/C:1-100
1550 atoms, 1580 bonds, 191 residues, 2 models selected
> colour #1/C:1-91 #2/C:1-100 green
> select #1/C:100
5 atoms, 4 bonds, 1 residue, 1 model selected
> select #1/C:92-100
83 atoms, 84 bonds, 9 residues, 1 model selected
> sequence header consensus show
Showing consensus header ("seq_consensus" residue attribute) for alignment 2
> select #1/C:13-103 #2/C:13-103
1477 atoms, 1511 bonds, 182 residues, 2 models selected
> select #1/C:92-100
83 atoms, 84 bonds, 9 residues, 1 model selected
> select #1/C:13-103 #2/C:13-103
1477 atoms, 1511 bonds, 182 residues, 2 models selected
> select #1/C:92-100
83 atoms, 84 bonds, 9 residues, 1 model selected
> select #1/C:13-103 #2/C:13-103
1477 atoms, 1511 bonds, 182 residues, 2 models selected
> select #1/C:13-103 #2/C:13-103
1477 atoms, 1511 bonds, 182 residues, 2 models selected
> select #1/C:39 #2/C:39
12 atoms, 10 bonds, 2 residues, 2 models selected
> sequence header consensus hide
Hiding consensus header for alignment 2
> sequence identity :1 :2
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C vs.
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C: 64.11% identity
> ui tool show "Show Sequence Viewer"
> sequence chain #1/C
Alignment identifier is 1/C
> sequence header 2 conservation hide
Hiding conservation header for alignment 2
> sequence header 2 conservation show
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
> sequence header consensus show
Showing consensus header ("seq_consensus" residue attribute) for alignment 2
> color byattribute seq_conservation palette rdylgn
51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100
> color byattribute seq_conservation palette rdylgn
51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100
> color byattribute seq_conservation palette cyan:maroon
51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100
> show sel atoms
> show sel cartoons
[Repeated 1 time(s)]
> hide sel cartoons
> hide sel atoms
> hide sel cartoons
> view orient
> color byattribute seq_conservation palette blue:white:red
51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100
> key red:Variable yellow:Similar green:Conserved size 0.2,0.02 pos 0.05,0.05
> color byattribute seq_conservation palette rdylgn
51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100
> view orient
> select /c
5231 atoms, 5348 bonds, 670 residues, 2 models selected
> hide sel cartoons
> hide sel atoms
> show sel atoms
> hide sel atoms
> show sel cartoons
> color byattribute seq_rmsd palette rdylgn
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
Fetching palette ~rdylgn from
https://www.colourlovers.com/api/palettes?keywords=~rdylgn&format=json&numResults=100
Could not find palette ~rdylgn at COLOURlovers.com using keyword search
Could not find palette ~rdylgn at COLOURlovers.com using keyword search
Fetching compressed palette Å from
https://www.colourlovers.com/api/palettes?keywords=%C3%85&format=json&numResults=100
> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05
Expected a keyword
> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05
Expected a keyword
> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05
Expected a keyword
> color byattribute seq_rmsd palette rdylgn
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key green:0.0Å yellow:1.5Å red:>3.0Å size 0.2,0.02 pos 0.05,0.05
> color byattribute seq_rmsd palette 0,green:1.5,yellow:3.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05
Expected a keyword
> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05
Expected a keyword
> color byattribute seq_rmsd palette
> 0.5,green:1.5,lightgreen:2.5,yellow:4.0,orange:6.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key green:"0.5 Å (Conserved)" lightgreen:"1.5 Å" yellow:"2.5 Å" orange:"4.0
> Å" red:">6.0 Å (Not Conserved)" size 0.3,0.02 pos 0.05,0.05
Expected a keyword
> key pos 0.05,0.05 size 0.3,0.02 green "0.5 Å (Conserved)" lightgreen "1.5 Å"
> yellow "2.5 Å" orange "4.0 Å" red ">6.0 Å (Not Conserved)"
Expected ',' or a keyword
Fetching palette green,lightgreen,yellow,orange,red from
https://www.colourlovers.com/api/palettes?keywords=green%2Clightgreen%2Cyellow%2Corange%2Cred&format=json&numResults=100
Could not find palette green,lightgreen,yellow,orange,red at COLOURlovers.com
using keyword search
> key pos 0.05,0.05 size 0.3,0.02 green:"0.5 Å (Conserved)" lightgreen:"1.5 Å"
> yellow:"2.5 Å" orange:"4.0 Å" red:">6.0 Å (Not Conserved)"
Expected ',' or a keyword
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> ~key
Could not find palette green,lightgreen,yellow,orange,red at COLOURlovers.com
using keyword search
> ~key
> key pos 0.05,0.05 size 0.3,0.02 green:"1.0 Å" lightgreen:"2.0 Å" yellow:"3.0
> Å" orange:"4.0 Å" red:">5.0 Å"
Expected ',' or a keyword
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key pos 0.05,0.05 size 0.3,0.02 palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red
Expected ',' or a keyword
Fetching compressed palette Å" from
https://www.colourlovers.com/api/palettes?keywords=%C3%85%22&format=json&numResults=100
> key green:"1.0 Å" lightgreen:"2.0 Å" yellow:"3.0 Å" orange:"4.0 Å" red:">5.0
> Å" pos 0.05,0.05 size 0.3,0.02
Expected a keyword
> key green:"1.0 Å" lightgreen:"2.0 Å" yellow:"3.0 Å" orange:"4.0 Å" red:">5.0
> Å" pos 0.05,0.05 size 0.3,0.02
Expected a keyword
Fetching compressed palette 1.0Å from
https://www.colourlovers.com/api/palettes?keywords=1.0%C3%85&format=json&numResults=100
> key greens 1.0Å lightgreen 2.0Å yellow 3.0Å orange 4.0Å red >5.0Å
Expected a keyword
> ~key
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
Fetching compressed palette user from
https://www.colourlovers.com/api/palettes?keywords=user&format=json&numResults=100
Found 4 ColourLover palettes with name "user", using palette id 3334131 by
author shift_one with most views (163). To choose a different one use "name by
author" or id number.
> key user pos 0.05,0.05 size 0.3,0.02
Found 4 ColourLover palettes with name "user", using palette id 3334131 by
author shift_one with most views (163). To choose a different one use "name by
author" or id number.
> key user pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "3.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "5.0 Å+" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> ~key
Found 4 ColourLover palettes with name "user", using palette id 3334131 by
author shift_one with most views (163). To choose a different one use "name by
author" or id number.
Fetching compressed palette palette from
https://www.colourlovers.com/api/palettes?keywords=palette&format=json&numResults=100
> key user palette 1,2,3,4,5:~rdylgn pos 0.05,0.05 size 0.3,0.02
Expected a keyword
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> pwd
Current working directory is: /Users/s2029357/Desktop
> save rmsd_scores.txt format defattr attrName seq_rmsd
Saved attribute 'seq_rmsd' of 670 residues using match mode: 1-to-1 to
rmsd_scores.txt
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/alignment session.tif" width 856 height 772 supersample 3
> ~key
> ~2dlabels
> ~2dlabelscolor byattribute seq_rmsd palette
> 0.2,green:0.7,lightgreen:1.5,yellow:2.5,orange:3.5,red
Unknown command: ~2dlabelscolor byattribute seq_rmsd palette
0.2,green:0.7,lightgreen:1.5,yellow:2.5,orange:3.5,red
> color byattribute seq_rmsd palette
> 0.2,green:0.7,lightgreen:1.5,yellow:2.5,orange:3.5,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "0.2 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "0.7 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "1.5 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.5 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "3.5 Å+" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> select #2/C:263
4 atoms, 3 bonds, 1 residue, 1 model selected
> select #2/C:263
4 atoms, 3 bonds, 1 residue, 1 model selected
> select #2/C:263
4 atoms, 3 bonds, 1 residue, 1 model selected
> color sel red
> lighting soft
> lighting full
> lighting simple
> lighting soft
[Repeated 1 time(s)]
> lighting full
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignment scores.tif" width 856 height 772 supersample 3
> transparentBackground true
> lighting soft
> lighting simple
> lighting full
> lighting soft
> lighting simple
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/alignment.tif" width 856 height 772 supersample 3
> transparentBackground true
> ~key
> ~2dlabels
> color byattribute seq_rmsd palette
> 1.0,green:13.0,lightgreen:25.0,yellow:37.0,orange:50.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Full-Range Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/alignment 1-50.tif" width 856 height 772 supersample 3
> transparentBackground true
> lighting simple
> lighting full
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> ~key
> ~2dlabels
> color byattribute seq_rmsd palette
> 1.0,green:13.0,lightgreen:25.0,yellow:37.0,orange:50.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Full-Range Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> ~2dlabels labels
> 2dlabels delete labels
Missing "labels" keyword's argument
> ~2dlabels
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Full-Range Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> ~2dlabels
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/range 1-50.tif" width 856 height 772 supersample 3
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/range.tif" width 856 height 772 supersample 3
> transparentBackground true
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/range 1-50.tif" width 856 height 772 supersample 3
> ~key
> ~2dlabels
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/log scaled .tif" width 856 height 772 supersample 3
> transparentBackground true
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/log scaled 180.tif" width 856 height 772 supersample 3
> transparentBackground true
> label3d #1/C:37@ca text "PCGF2 RING (18-57)" color black size 1.3 height 5.0
> line true linecolor darkgrey
Unknown command: label3d #1/C:37@ca text "PCGF2 RING (18-57)" color black size
1.3 height 5.0 line true linecolor darkgrey
> label #1/C:37@ca text "PCGF2 RING (18-57)" color black offset 0,5,0
[Repeated 2 time(s)]
> label #2/C:37@ca text "PCGF4 RING (18-56)" color black offset 0,5,0
> label #1/C:37 text "PCGF2 RING (18-57)" color black offset 0,5,0 onTop true
> ~label
> label #1/C:37 text "PCGF2 RING (18-57)" color black offset 0,5,0 onTop true
> ~label
> label #1/C:37 text "PCGF2 RING (18-57)" color black offset 0,5,0 height 4.0
> onTop true
> label #2/C:37 text "PCGF4 RING (18-56)" color black offset 0,5,0 height 4.0
> onTop true
> view orient
> ~label
> label #1/C:37 text "RING domain" color black offset 0,8,0 height 5.0 onTop
> true
> label #1/C:175 text "RAWUL domain" color black offset 0,8,0 height 5.0 onTop
> true
> label #1/C:260 text IDR color black offset 0,8,0 height 5.0 onTop true
> ~label
> label #1/C:37 text "RING domain" color black offset 0,18,0 height 5.0 onTop
> true
> label #1/C:175 text "RAWUL domain" color black offset 0,18,0 height 5.0
> onTop true
> label #1/C:260 text IDR color black offset 0,18,0 height 5.0 onTop true
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/labelled domains.tif" width 856 height 772 supersample 3
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/labell.tif" width 856 height 772 supersample 3
> transparentBackground true
> hide #2 models
> ~label
> label #1/C:37 text "RING domain" color black offset 0,18,0 height 5.0 onTop
> true showArrows true arrowColor darkgrey
Expected a keyword
> label #1/C:175 text "RAWUL domain" color black offset 0,18,0 height 5.0
> onTop true showArrows true arrowColor darkgrey
Expected a keyword
> label #1/C:260 text IDR color black offset 0,18,0 height 5.0 onTop true
> showArrows true arrowColor darkgrey
Expected a keyword
> label #1/C:260 text IDR color black offset 0,18,0 height 5.0 onTop true
> showArrows true arrowColor darkgrey
Expected a keyword
> ~label
> ~2dlabels
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> 2dlabels text "RING domain" xpos 0.20 ypos 0.85 size 16 bold true color
> black name t1
Expected a keyword
> 2dlabels text "RAWUL domain" xpos 0.50 ypos 0.85 size 16 bold true color
> black name t2
Expected a keyword
> 2dlabels text IDR xpos 0.80 ypos 0.85 size 16 bold true color black name t3
Expected a keyword
> 2dlabels text "RING domain" xpos 0.20 ypos 0.85 size 16 bold true color
> black name t1
Expected a keyword
> 2dlabels text "RAWUL domain" xpos 0.50 ypos 0.85 size 16 bold true color
> black name t2
Expected a keyword
> 2dlabels text IDR xpos 0.80 ypos 0.85 size 16 bold true color black name t3
Expected a keyword
> ui tool show "2D Labels and Arrows"
> mousemode leftMode "label or arrow"
> 2dlabels #17.7 text "RING domain"
[Repeated 1 time(s)]
> 2dlabels #17.7 xpos 0.500 ypos 0.500
> 2dlabels #17.7 xpos 0.468 ypos 0.600
> 2dlabels #17.7 xpos 0.516 ypos 0.689
> 2dlabels arrow start 0.514,0.678 end 0.492,0.678
> 2dlabels arrow #18.1 end 0.412,0.583
> 2dlabels arrow #18.1 weight 0.1
> 2dlabels arrow #18.1 start 0.502,0.632
> 2dlabels arrow #18.1 end 0.455,0.614
> 2dlabels arrow #18.1 start 0.527,0.675
> 2dlabels arrow #18.1 end 0.471,0.652
> 2dlabels arrow #18.1 start 0.507,0.689
> 2dlabels arrow #18.1 weight 0.5
> 2dlabels arrow #18.1 weight 0.2
> 2dlabels arrow #18.1 end 0.471,0.652
> 2dlabels arrow #18.1 end 0.464,0.651
> 2dlabels #17.7 xpos 0.516 ypos 0.689
> 2dlabels #17.7 xpos 0.410 ypos 0.818
> 2dlabels arrow #18.1 end 0.473,0.635
> 2dlabels arrow #18.1 start 0.407,0.809
> 2dlabels arrow #18.1 end 0.396,0.777
> 2dlabels arrow #18.1 start 0.407,0.809
> 2dlabels arrow #18.1 start 0.474,0.813
> 2dlabels arrow #18.1 end 0.411,0.754
> 2dlabels arrow #18.1 start 0.476,0.813
> 2dlabels arrow #18.1 start 0.473,0.808
> 2dlabels #17.7 text Rdomain
> 2dlabels #17.7 text "RING domain"
> ui tool show "2D Labels and Arrows"
> 2dlabels #17.7 bgColor none
> 2dlabels #17.7 font "Al Bayan"
> 2dlabels #17.7 font "Arial Black"
> 2dlabels #17.7 font Charm
> 2dlabels #17.7 font Cochin
> 2dlabels #17.7 font Fahkwang
> 2dlabels #17.7 font .AppleIndicFont
> 2dlabels #17.7 xpos 0.412 ypos 0.811
> 2dlabels #17.7 text "RING domain "
> 2dlabels #17.7 text "RING domain "
> 2dlabels #17.7 xpos 0.403 ypos 0.806
> ui tool show "2D Labels and Arrows"
> mousemode leftMode rotate
> ui tool show "2D Labels and Arrows"
> mousemode leftMode "label or arrow"
> 2dlabels text "New label" xpos 0.596 ypos 0.795 font .AppleIndicFont
> 2dlabels #17.8 text "RAWUL domain"
> 2dlabels arrow start 0.624,0.521 end 0.631,0.537 weight 0.2 headStyle solid
Can't find font for arrow
[Repeated 3 time(s)]
> 2dlabels arrow #18.2 end 0.591,0.489
Can't find font for arrow
[Repeated 2 time(s)]
> 2dlabels arrow #18.2 end 0.577,0.465
> 2dlabels arrow #18.2 start 0.685,0.596
> 2dlabels arrow #18.2 end 0.618,0.515
> 2dlabels arrow #18.2 start 0.657,0.538
> 2dlabels #17.8 xpos 0.668 ypos 0.520
> 2dlabels arrow start 0.286,0.487 end 0.315,0.487 weight 0.2 headStyle solid
> 2dlabels arrow #18.3 end 0.357,0.473
> 2dlabels text IDR xpos 0.80 ypos 0.85 size 16 bold true color black name t3
Expected a keyword
> 2dlabels delete #18.3
> 2dlabels #17.7 xpos 0.571 ypos 0.867
> 2dlabels #17.7 xpos 0.499 ypos 0.821
> 2dlabels arrow #18.1 start 0.473,0.808
[Repeated 1 time(s)]
> 2dlabels delete #18.1
> 2dlabels #17.7 xpos 0.348 ypos 0.816
> 2dlabels #17.8 xpos 0.547 ypos 0.410
> 2dlabels arrow #18.2 end 0.618,0.515
> 2dlabels delete #18.2
> 2dlabels text "New label" xpos 0.716 ypos 0.310 font .AppleIndicFont
> 2dlabels #17.9 text IDR
> 2dlabels #17.9 xpos 0.669 ypos 0.140
> 2dlabels #17.9 xpos 0.690 ypos 0.203
> 2dlabels #17.9 xpos 0.651 ypos 0.278
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/labelled labelled CBX4 PCGF2 only.tif" width 856 height 772
> supersample 3
> undo
> 2dlabels #17.8 xpos 0.190 ypos 0.353
> 2dlabels #17.9 xpos 0.615 ypos 0.226
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/more lab.tif" width 856 height 772 supersample 3
> hide #1 models
> show #2 models
> 2dlabels #17.8 xpos 0.211 ypos 0.402
> 2dlabels #17.9 xpos 0.761 ypos 0.417
> 2dlabels #17.7 xpos 0.328 ypos 0.795
> select /none
Nothing selected
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/pcgf4 cbx4 aligned with labels.tif" width 856 height 772
> supersample 3
> lighting full
> lighting soft
> lighting simple
> 2dlabels #17.7 xpos 0.326 ypos 0.816
> 2dlabels #17.8 xpos 0.200 ypos 0.426
> 2dlabels #17.9 xpos 0.813 ypos 0.386
> 2dlabels #17.7 xpos 0.307 ypos 0.823
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/cbx4 pcgf4.png" width 856 height
> 772 supersample 3
> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx2_wt_and_pcgf2_model_3.cif" "/Users/s2029357/Desktop/Brien
> Lab Charlie/AlphaFold modelling PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx2_wt_and_pcgf4_model_1.cif" "/Users/s2029357/Desktop/Brien
> Lab Charlie/AlphaFold modelling PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx8_wt_and_and_pcgf4 model_0.cif"
> "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx8_wt_and_pcgf2_model_0.cif"
Chain information for cprc1_cbx2_wt_and_pcgf2_model_3.cif #19
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
Chain information for cprc1_cbx2_wt_and_pcgf4_model_1.cif #20
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
Chain information for cprc1_cbx8_wt_and_and_pcgf4 model_0.cif #21
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
Chain information for cprc1_cbx8_wt_and_pcgf2_model_0.cif #22
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
Associated cprc1_cbx2_wt_and_pcgf2_model_3.cif chain C to
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C with 0 mismatches
Associated cprc1_cbx2_wt_and_pcgf4_model_1.cif chain C to
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C with 0 mismatches
Associated cprc1_cbx8_wt_and_and_pcgf4 model_0.cif chain C to
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C with 0 mismatches
Associated cprc1_cbx8_wt_and_pcgf2_model_0.cif chain C to
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C with 0 mismatches
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C, cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C,
cprc1_cbx2_wt_and_pcgf4_model_1.cif #20/C, cprc1_cbx8_wt_and_and_pcgf4
model_0.cif #21/C, cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C
> hide /A,B,D,E,F,G,H,I,J,J,K,L,M,N
> select /C
15634 atoms, 15976 bonds, 1992 residues, 6 models selected
> hide sel & #2,19-22 atoms
> show sel & #2,19-22 cartoons
Computing secondary structure
[Repeated 3 time(s)]
> ui tool show Matchmaker
> show #1 models
> hide #2 models
> show #2 models
> hide #15 models
> hide #!17 models
> hide #19 models
> hide #20 models
> hide #21 models
> hide #22 models
> select /none
Nothing selected
> 2dlabels text "New label" xpos 0.364 ypos 0.368 font .AppleIndicFont
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
151446 atoms, 16612 residues, atom seq_rmsd range 33.2 to 102
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
151446 atoms, 16612 residues, atom seq_rmsd range 33.2 to 102
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> ui tool show Matchmaker
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 1
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Hiding conservation header for alignment 1
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 3
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3
Hiding conservation header for alignment 3
Chains used in RMSD evaluation for alignment 3:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 4
Showing conservation header ("seq_conservation" residue attribute) for
alignment 4
Hiding conservation header for alignment 4
Chains used in RMSD evaluation for alignment 4:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 4
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> 2dlabels text "New label" xpos 0.331 ypos 0.057 font .AppleIndicFont
Invalid "text" argument: incomplete quoted text
> 2dlabels #17.17 text "color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red "
Invalid "text" argument: incomplete quoted text
> 2dlabels #17.17 text "color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red"
> ~2dlabels
> ~labels
Unknown command: ~labels
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
151446 atoms, 16612 residues, atom seq_rmsd range 0.0595 to 102
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> ~key
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> 2dlabels text "New label" xpos 0.438 ypos 0.405 font .AppleIndicFont
> hide #1 models
> 2dlabels #23.7 xpos 0.438 ypos 0.405
> 2dlabels #23.7 xpos 0.773 ypos 0.384
> 2dlabels #23.7 text "New labe"
> 2dlabels #23.7 text ""
> 2dlabels text "New label" xpos 0.888 ypos 0.541 font .AppleIndicFont
> 2dlabels #23.8 text ""
> mousemode leftMode rotate
> show #1 models
> hide #1 models
> show #1 models
> ui tool show Matchmaker
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 3
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3
Hiding conservation header for alignment 3
Chains used in RMSD evaluation for alignment 3:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> select #2/C:230
7 atoms, 6 bonds, 1 residue, 1 model selected
> hide #24 models
> show #24 models
> hide #!23 models
> show #!23 models
> hide #2 models
> show #2 models
> hide #2 models
> show #2 models
> hide #2 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF4 in CBX4
> complex aligned to PCGF2 in CBX4 complex.jpg" width 856 height 772
> supersample 3
> hide #1 models
> show #2 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF4 in CBX4
> complex, aligned to PCGF2.jpg" width 856 height 772 supersample 3
> hide #2 models
> show #1 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF2 in complex
> with CBX4, aligned to PCGF4.png" width 856 height 772 supersample 3
> transparentBackground true
> show #2 models
> hide #2 models
> ~2dlabels
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 14 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 14 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 14 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 14 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 14 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 16 bold true color black
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF2 in complex
> with CBX4, aligned to PCGF4.png" width 856 height 772 supersample 3
> transparentBackground true
> hide #1 models
> show #2 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF4 in complex
> with CBX4 aligned with PCGF2.png" width 856 height 772 supersample 3
> transparentBackground true
> hide #2 models
> show #19 models
> show #20 models
> ui tool show Matchmaker
[Repeated 1 time(s)]
> matchmaker #19/C to #20/C pairing ss
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20) with
cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19), sequence alignment score =
1113.9
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
151446 atoms, 16612 residues, atom seq_rmsd range 33.1 to 102
> ui tool show Matchmaker
> help help:user/tools/matchmaker.html
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 3
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3
Hiding conservation header for alignment 3
Chains used in RMSD evaluation for alignment 3:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 4
Showing conservation header ("seq_conservation" residue attribute) for
alignment 4
Hiding conservation header for alignment 4
Chains used in RMSD evaluation for alignment 4:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 4
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
151446 atoms, 16612 residues, atom seq_rmsd range 0.0239 to 102
> hide #19 models
> show #19 models
> set bgColor white
> lighting full
> lighting simple
> lighting soft
> lighting full
> view orient
> hide #19 models
> show #19 models
> hide #19 models
> show #19 models
> hide #19 models
> show #19 models
> hide #19 models
> show #19 models
> hide #19 models
> sequence header 2 rmsd save browse
> ui tool show Matchmaker
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 1
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Hiding conservation header for alignment 1
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 2
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
Hiding conservation header for alignment 2
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> ui tool show Matchmaker
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 5
Showing conservation header ("seq_conservation" residue attribute) for
alignment 5
Hiding conservation header for alignment 5
Chains used in RMSD evaluation for alignment 5:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 5
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 6
Showing conservation header ("seq_conservation" residue attribute) for
alignment 6
Hiding conservation header for alignment 6
Chains used in RMSD evaluation for alignment 6:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> sequence identity :1 :2
cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C vs.
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C: 62.58% identity
> sequence header conservation show
Showing conservation header ("seq_conservation" residue attribute) for
alignment 6
> sequence header consensus show
Showing consensus header ("seq_consensus" residue attribute) for alignment 6
> sequence header rmsd save browse
> sequence header conservation hide
Hiding conservation header for alignment 6
> ui tool show "Show Sequence Viewer"
> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx8_wt_and_pcgf2_model_0.cif"
Chain information for cprc1_cbx8_wt_and_pcgf2_model_0.cif #26
---
Chain | Description
A | .
B | .
C | .
D | .
E F | .
G H | .
I J | .
K L | .
M | .
N | .
Associated cprc1_cbx8_wt_and_pcgf2_model_0.cif chain C to
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C with 0 mismatches
Chains used in RMSD evaluation for alignment 6:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C, cprc1_cbx8_wt_and_pcgf2_model_0.cif #26/C
> select #26/D:231@CD2
1 atom, 1 residue, 1 model selected
> select #26/D:229@CB
1 atom, 1 residue, 1 model selected
> select #26/A:126@CD
1 atom, 1 residue, 1 model selected
> select #26/A:126@NE
1 atom, 1 residue, 1 model selected
> undo
[Repeated 5 time(s)]
> hide sel cartoons
> hide sel atoms
> open "Model Panel"
Unknown command: ui open "Model Panel"
> ui tool show "Model Panel"
[Repeated 1 time(s)]
> hide #26 models
> show #19 models
> hide #19 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from Pheobe/PCGF4 in complex with CBX2 .tif"
> width 908 height 772 supersample 3 transparentBackground true
> hide #20 models
> show #19 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from Pheobe/PCGF2 in complex with CBX2 .tif"
> width 908 height 772 supersample 3 transparentBackground true
> ~2dlabels
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from Pheobe/PCGF2 in complex with CBX2 .tif"
> width 908 height 772 supersample 3 transparentBackground true
> hide #19 models
> show #20 models
> show #19 models
> hide #19 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from Pheobe/PCGF4 in complex with CBX2.tif"
> width 908 height 772 supersample 3 transparentBackground true
> show #22 models
> show #21 models
> hide #20 models
> ui tool show Matchmaker
> matchmaker #21/C to #22/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx8_wt_and_pcgf2_model_0.cif, chain C (#22) with
cprc1_cbx8_wt_and_and_pcgf4 model_0.cif, chain C (#21), sequence alignment
score = 1608.9
Alignment identifier is 1
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Hiding conservation header for alignment 1
Chains used in RMSD evaluation for alignment 1: cprc1_cbx8_wt_and_and_pcgf4
model_0.cif #21/C, cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1
RMSD between 98 pruned atom pairs is 0.919 angstroms; (across all 326 pairs:
11.463)
> matchmaker #21/C to #22/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx8_wt_and_pcgf2_model_0.cif, chain C (#22) with
cprc1_cbx8_wt_and_and_pcgf4 model_0.cif, chain C (#21), sequence alignment
score = 1608.9
Alignment identifier is 2
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
Hiding conservation header for alignment 2
Chains used in RMSD evaluation for alignment 2: cprc1_cbx8_wt_and_and_pcgf4
model_0.cif #21/C, cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2
RMSD between 98 pruned atom pairs is 0.919 angstroms; (across all 326 pairs:
11.463)
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
175952 atoms, 19270 residues, atom seq_rmsd range 0.0792 to 102
> view orient
> sequence header rmsd save browse
> sequence identity :1 :2
cprc1_cbx8_wt_and_pcgf2_model_0.cif, chain C vs. cprc1_cbx8_wt_and_and_pcgf4
model_0.cif, chain C: 100.00% identity
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
175952 atoms, 19270 residues, atom seq_rmsd range 0.0792 to 102
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02
> ~2dlabels
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black
> select add #26
24506 atoms, 25537 bonds, 2658 residues, 1 model selected
> select subtract #26
Nothing selected
> select add #26
24506 atoms, 25537 bonds, 2658 residues, 1 model selected
> select subtract #26
Nothing selected
> hide #21 models
> view orient
> lighting full
> lighting simple
> lighting soft
> lighting full
> lighting simple
> lighting full
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/In complex with
> CBX8:PHC2:RING1B/PCGF2 in complex with CBX8 .tif" width 908 height 772
> supersample 3 transparentBackground true
> hide #22 models
> show #21 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/In complex with
> CBX8:PHC2:RING1B/PCGF4 in complex with CBX8.tif" width 908 height 772
> supersample 3 transparentBackground true
> ~2dlabels
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 14 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 14 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 14 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 14 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 14 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 16 bold true color black
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 16 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 16 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 16 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 16 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 16 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 20 bold true color black
> ~2dlabels
> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 16 bold true color black
> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 16 bold true color black
> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 16 bold true color black
> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 16 bold true color black
> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 16 bold true color black
> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 20 bold true color black
> select clear
[Repeated 1 time(s)]
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 labelSide true ticks true fontSize
> 16
Invalid "labelSide" argument: Should be one of 'left/top' or 'right/bottom'
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 labelSide bottom ticks true
> fontSize 16
Invalid "labelSide" argument: Should be one of 'left/top' or 'right/bottom'
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 labelSide bottom ticks true
> fontSize 16
Invalid "labelSide" argument: Should be one of 'left/top' or 'right/bottom'
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 labelPos bottom ticks true
> fontSize 16
Expected ',' or a keyword
> key ^rdylgn-5 pos 0.05 0.05 size 0.3 0.02 ticks true fontSize 16
Invalid "pos" argument: Need exactly 2 ','-separated 2-tuple of numbers
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true fontSize 16
> show #22 models
> hide #22 models
> show #22 models
> hide #22 models
> show #22 models
> hide #22 models
> show #22 models
> hide #22 models
> show #22 models
> hide #22 models
> show #22 models
> hide #22 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/In complex with
> CBX8:PHC2:RING1B/PCGF4 in complex with CBX8.tif" width 908 height 772
> supersample 3 transparentBackground true
> hide #21 models
> show #22 models
> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/In complex with
> CBX8:PHC2:RING1B/PCGF2 in complex with CBX8 .tif" width 908 height 772
> supersample 3 transparentBackground true
> save /Users/s2029357/Desktop/my_alignment_figure.png width 3000 supersample
> 3
> save /Users/s2029357/Desktop/PCGF2_CBX8.png width 3000 supersample 3
> hide #22 models
> show #21 models
> save /Users/s2029357/Desktop/PCGF4_CBX8.png width 3000 supersample 3
> hide #21 models
> show #20 models
> show #19 models
> lighting full
> view orient
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true fontSize 16
> ui tool show Matchmaker
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 1
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Hiding conservation header for alignment 1
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> matchmaker #20/C to #19/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx2_wt_and_pcgf2_model_3.cif, chain C (#19) with
cprc1_cbx2_wt_and_pcgf4_model_1.cif, chain C (#20), sequence alignment score =
1113.9
Alignment identifier is 2
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
Hiding conservation header for alignment 2
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C, cprc1_cbx2_wt_and_pcgf4_model_1.cif
#20/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2
RMSD between 111 pruned atom pairs is 0.747 angstroms; (across all 316 pairs:
15.385)
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true fontSize 16
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
175952 atoms, 19270 residues, atom seq_rmsd range 0.0239 to 102
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true fontSize 16
> hide #20 models
> save /Users/s2029357/Desktop/PCGF2_CBX2.png width 3000 supersample 3
> hide #19 models
> show #20 models
> save /Users/s2029357/Desktop/PCGF4_CBX2.png width 3000 supersample 3
> hide #20 models
> show #1 models
> show #2 models
> ui tool show Matchmaker
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 1
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1
Hiding conservation header for alignment 1
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> matchmaker #2/C to #1/C pairing ss showAlignment true
Parameters
---
Chain pairing | ss
Alignment algorithm | Needleman-Wunsch
Similarity matrix | BLOSUM-62
SS fraction | 0.3
Gap open (HH/SS/other) | 18/18/6
Gap extend | 1
SS matrix | | | H | S | O
---|---|---|---
H | 6 | -9 | -6
S | | 6 | -6
O | | | 4
Iteration cutoff | 2
Matchmaker cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1
Alignment identifier is 2
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2
Hiding conservation header for alignment 2
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)
> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red
175952 atoms, 19270 residues, atom seq_rmsd range 0.0239 to 98.6
> view orient
> =key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true fontSize 16
Unknown command: =key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true
fontSize 16
> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02 ticks true fontSize 16
> hide #2 models
> save /Users/s2029357/Desktop/CBX8_PCGF4.png width 3000 supersample 3
> save /Users/s2029357/Desktop/CBX4_PCGF2.png width 3000 supersample 3
> hide #1 models
> show #2 models
> save /Users/s2029357/Desktop/CBX4_PCGF4.png width 3000 supersample 3
> ui tool show "AlphaFold Error Plot"
Must choose path to predicted aligned file
> ui tool show Matchmaker
> show #2 atoms
> hide #2 cartoons
> hide #2 atoms
[Repeated 1 time(s)]
> show #2 atoms
> hide #2 surfaces
> show #2 surfaces
> hide #!2 surfaces
> graphics silhouettes true
> lighting shadows false
> lighting full
> lighting flat
> lighting soft
> lighting simple
> hide #!2 models
> show #22 models
> select /c
18220 atoms, 18616 bonds, 2318 residues, 7 models selected
> select /d
25669 atoms, 26239 bonds, 3351 residues, 7 models selected
> show /d
> show sel & #22 atoms
> show sel & #22 cartoons
> hide sel & #22 cartoons
> hide sel & #22 atoms
> show sel & #22 atoms
> hide sel & #22 atoms
> show sel & #22 cartoons
> ~labels
Unknown command: ~labels
> ~2dlabels
> select /d
25669 atoms, 26239 bonds, 3351 residues, 7 models selected
> color #22 #dd49b8ff
> color #22 #330099ff
> select /c
18220 atoms, 18616 bonds, 2318 residues, 7 models selected
> select #22/C:320
6 atoms, 5 bonds, 1 residue, 1 model selected
> select /c
18220 atoms, 18616 bonds, 2318 residues, 7 models selected
> select /c red
Expected a keyword
> color (#22 & sel) red
> select /none
Nothing selected
> view orient
> ui tool show Contacts
> contacts intraModel false intraMol false ignoreHiddenModels true reveal true
No contacts
> contacts intraModel false intraMol false ignoreHiddenModels true reveal true
No contacts
> contacts intraModel false intraMol false ignoreHiddenModels true reveal true
No contacts
> ui tool show Contacts
> contacts ignoreHiddenModels true reveal true
17020 contacts
> contacts ignoreHiddenModels true reveal true
17020 contacts
> lighting simple
> lighting full
> hide/l
Unknown command: hide/l
> hide /L,M,N,E,F,G,H
> hiDE /ALL
Unknown command: hiDE /ALL
> show /c,d
> hide /e,f,g,
Expected a collection of one of 'atoms', 'bonds', 'cartoons', 'models',
'pbonds', 'pseudobonds', 'ribbons', or 'surfaces' or a keyword
> hide /e,f,g
> hide /a,b
> hide /e,f,g,h,i,j,k,l,m,n
> ui tool show Contacts
> contacts resSeparation 5 intraModel false intraMol false ignoreHiddenModels
> true reveal true
No contacts
> contacts intraModel false intraMol false ignoreHiddenModels true reveal true
No contacts
> contacts intraModel false intraMol false ignoreHiddenModels true reveal true
> log true
Allowed overlap: -0.4
H-bond overlap reduction: 0.4
Ignore contacts between atoms separated by 4 bonds or less
Detect intra-residue contacts: False
Detect intra-molecule contacts: False
0 contacts
atom1 atom2 overlap distance
No contacts
> contacts ignoreHiddenModels true reveal true log true
Allowed overlap: -0.4
H-bond overlap reduction: 0.4
Ignore contacts between atoms separated by 4 bonds or less
Detect intra-residue contacts: False
Detect intra-molecule contacts: True
17020 contacts
atom1 atom2 overlap distance
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD 2.583 1.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O 2.236 1.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' 2.198 1.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD 2.169 1.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O 1.793 1.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH1 1.730 1.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CG 1.631 2.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD1 1.589 1.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CE 1.565 2.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CE 1.530 1.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' 1.523 1.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 1.523 2.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' 1.502 2.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NH1 1.496 2.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 N 1.479 2.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 O 1.471 1.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 O 1.433 1.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CE3 1.420 1.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 1.411 1.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD 1.404 1.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CG 1.392 1.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CE 1.390 2.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 1.338 1.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 C 1.331 1.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 1.304 2.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CD 1.269 2.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 C 1.268 2.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 N 1.238 1.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 33 CB 1.232 2.068
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH1 1.231 2.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG1 1.219 2.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 1.201 2.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP3 1.196 2.104
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 NH2 1.172 1.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB 1.160 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CG 1.155 2.185
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 O 1.146 2.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD1 1.138 2.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O 1.131 1.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CG 1.130 2.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 O 1.129 2.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 O 1.127 2.173
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE1 1.123 2.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CG 1.121 2.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB 1.115 2.185
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 ND1 1.104 2.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 1.102 2.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P 1.102 2.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 O 1.077 2.223
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD 1.047 2.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 C 1.043 2.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ3 1.037 2.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C4' 1.030 2.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD2 1.024 2.276
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD2 1.023 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O 1.019 1.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD 1.012 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE 1.007 2.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 O 1.003 2.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CA 1.002 2.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CG 0.996 2.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CG 0.990 2.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 O 0.985 2.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 O 0.981 2.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CD 0.978 2.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 NE1 0.971 2.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ3 0.971 2.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD1 0.965 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CB 0.963 2.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CZ 0.959 2.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 0.951 2.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CG 0.947 2.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 OE1 0.943 2.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB 0.937 2.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 O 0.935 2.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 O3' 0.934 2.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CE2 0.933 2.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 C 0.924 2.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CE 0.922 2.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 O 0.920 2.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA 0.917 2.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH 0.916 2.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 NZ 0.911 2.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD1 0.909 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG1 0.907 2.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB 0.907 3.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 CE 0.905 2.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 130 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 CG 0.904 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CD1 0.898 2.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CE1 0.897 2.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CZ 0.893 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 ND1 0.890 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 OD2 0.890 1.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 NZ 0.888 1.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CD2 0.882 2.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA 0.879 3.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH2 0.876 2.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 O 0.876 2.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CE1 0.872 2.308
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CG 0.871 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 O 0.870 2.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 C 0.869 2.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 NH2 0.848 2.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 NZ 0.845 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ 0.834 2.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 OP2 0.822 2.208
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 0.822 2.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CE 0.821 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CE 0.814 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4' 0.814 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 O 0.803 2.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 0.796 1.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CZ 0.781 2.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CG 0.780 2.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CA 0.777 3.203
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 P 0.775 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 386 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 225 OE2 0.769 2.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CE 0.767 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CE2 0.766 2.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P 0.764 3.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CG 0.756 2.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CE1 0.752 2.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ3 0.751 2.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 0.750 2.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CD 0.741 3.239
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 C 0.739 2.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 NH2 0.738 3.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 NH2 0.738 3.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 O 0.735 2.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 284 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 O 0.733 2.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CZ 0.726 2.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG1 0.720 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CG 0.712 2.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 OE2 0.710 2.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 O 0.707 2.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CE 0.707 2.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 OE1 0.704 2.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 CD 0.703 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 OE1 0.701 2.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 NE1 0.700 1.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 O 0.698 2.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 P 0.696 3.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 O 0.691 2.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH2 0.689 2.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 NH2 0.685 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 OD1 0.678 2.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CA 0.674 3.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 NH2 0.670 2.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 0.669 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O3' 0.668 2.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 CG 0.666 2.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CG 0.664 2.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 NZ 0.664 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 O 0.663 2.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CE2 0.663 2.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 OE2 0.656 2.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 P 0.653 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 O 0.651 2.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CD 0.649 2.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 210 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 NZ 0.647 2.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CZ 0.645 2.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 CE1 0.642 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE2 0.640 2.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NH2 0.639 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 NH2 0.639 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CD 0.638 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ3 0.636 3.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NH2 0.635 2.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 O 0.633 2.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 OE1 0.633 2.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 OE2 0.631 2.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD 0.631 3.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA 0.630 2.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5' 0.629 3.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 O 0.626 2.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CD2 0.626 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 NH2 0.625 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CD2 0.624 3.136
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 CB 0.624 3.136
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 5 O 0.623 2.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CG 0.622 3.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 O 0.622 2.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 253 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CD1 0.622 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ 0.621 2.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 0.621 2.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NH1 0.616 2.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CD 0.616 2.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ 0.615 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 NE 0.611 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CE1 0.609 2.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 0.609 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH2 0.606 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CD 0.606 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 O 0.603 2.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 NH2 0.603 2.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CG 0.602 2.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CD1 0.599 2.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NH1 0.597 2.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 O 0.597 2.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CE 0.595 3.165
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP1 0.594 2.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 235 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CE1 0.591 2.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C4' 0.587 3.173
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 C 0.586 2.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 NH1 0.586 2.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH1 0.585 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 298 O 0.585 2.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 CG2 0.584 3.176
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 66 OE1 0.582 2.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CD 0.581 3.179
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CE 0.579 3.071
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 O 0.577 2.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 O 0.577 2.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP1 0.577 2.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 0.573 2.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 CD1 0.570 3.190
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 252 CA 0.569 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 CB 0.564 3.196
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 NH2 0.562 2.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CE 0.561 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 C 0.554 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH2 0.553 2.107
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CE2 0.553 3.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CE 0.549 3.211
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 NH2 0.547 3.193
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 OE1 0.546 2.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CG2 0.546 3.214
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH2 0.546 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P 0.544 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NH2 0.541 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CB 0.541 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 NH2 0.541 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 0.539 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 O 0.537 2.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CD 0.536 2.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 O 0.534 2.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 320 CE 0.533 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 CD 0.532 3.228
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE1 0.532 2.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CG 0.531 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 CD 0.530 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 NZ 0.529 2.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CG 0.528 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CG2 0.527 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 5 O 0.527 2.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 NE2 0.527 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 O 0.526 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CZ 0.525 2.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CD2 0.525 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CE 0.523 3.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CD 0.520 2.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG1 0.520 3.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH1 0.519 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CD1 0.519 3.241
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CB 0.518 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C3' 0.518 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 O 0.514 2.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 OD2 0.514 2.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 OE1 0.513 2.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 CB 0.512 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 88 CB 0.512 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CD 0.511 2.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 OE2 0.510 2.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 231 O 0.507 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CG1 0.507 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 33 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 OP1 0.507 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CZ 0.506 2.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 NH1 0.506 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CA 0.506 3.254
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 OE1 0.506 2.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CE1 0.505 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 66 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CG1 0.504 2.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD 0.503 3.257
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CD 0.503 3.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 C 0.502 2.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 0.500 2.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 275 OE1 0.499 2.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CZ 0.498 2.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 OE1 0.495 2.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CA 0.494 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 CG2 0.494 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CD1 0.494 3.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 229 CB 0.493 3.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 CB 0.493 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 271 O 0.491 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CB 0.491 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 O 0.491 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 33 CB 0.490 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CD 0.488 3.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 NH2 0.488 2.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 117 CE2 0.487 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 ND1 0.487 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NH2 0.482 3.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 OD1 0.482 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 315 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 O 0.481 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CD2 0.481 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 O 0.479 2.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 331 CB 0.478 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 NE2 0.478 2.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 C 0.477 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 0.477 3.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 103 CD1 0.477 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CB 0.476 3.164
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CD 0.475 3.285
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 CD2 0.475 2.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CZ 0.475 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CE1 0.475 2.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CZ 0.472 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 CE1 0.471 3.169
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 OE1 0.469 2.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH2 0.469 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NE 0.468 3.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CE 0.466 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CD 0.466 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 CB 0.464 3.176
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 OH 0.464 2.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NH1 0.462 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 N 0.462 2.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH1 0.461 3.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 OD1 0.459 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NH1 0.458 2.202
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CE 0.457 3.183
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CD 0.457 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CD 0.457 2.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CG 0.457 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 C 0.455 2.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 OG1 0.454 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NH2 0.454 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE1 0.452 2.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CE1 0.452 2.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CD2 0.449 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CG 0.449 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 O 0.449 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CD 0.448 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 137 O 0.448 2.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 O 0.447 2.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 CD 0.447 2.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 103 CD1 0.447 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N2 0.447 2.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CG 0.446 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 OE2 0.445 2.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C3' 0.445 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 OE1 0.445 2.215
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 NH2 0.441 3.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CD1 0.438 3.212
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 30 CB 0.438 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 0.438 3.202
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH2 0.438 3.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 NE2 0.438 2.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 CD 0.437 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CB 0.436 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD 0.436 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CG 0.435 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CD 0.434 3.206
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NE 0.434 3.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 NE 0.432 3.088
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CD2 0.431 3.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 CG2 0.431 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 NZ 0.431 3.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 CB 0.431 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 CE 0.430 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 182 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 NH2 0.429 3.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 OG 0.428 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 O 0.428 2.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CD 0.427 3.213
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 CD 0.427 3.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 OE1 0.427 2.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 C 0.427 3.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 262 O 0.426 2.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 OD1 0.426 2.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 318 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 O 0.425 2.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 0.423 3.217
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 0.423 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 OE2 0.420 2.240
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CD 0.420 3.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CD1 0.419 3.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 NE2 0.419 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CG 0.418 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD1 0.417 2.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 213 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CD 0.414 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NH1 0.414 3.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 O 0.412 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CG 0.412 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 N 0.412 3.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P 0.411 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 161 CB 0.411 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 OD1 0.410 2.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 NH2 0.410 2.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 99 CB 0.410 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 CB 0.407 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CD2 0.406 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH1 0.406 3.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE2 0.406 3.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CD 0.405 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 358 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 CD 0.405 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 P 0.404 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD2 0.404 3.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD 0.403 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 P 0.403 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C7 0.402 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 O 0.402 2.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 O 0.399 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH2 0.399 2.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 289 NZ 0.398 3.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 C 0.397 3.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CG 0.396 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 243 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 OH 0.395 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 CA 0.395 3.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 0.395 2.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 147 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 CB 0.393 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CB 0.393 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CB 0.393 3.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CD1 0.392 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CD 0.391 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CZ 0.389 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE2 0.389 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CE 0.389 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CD1 0.388 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 190 CB 0.388 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 NH2 0.388 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB 0.386 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 O 0.386 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 CE 0.386 3.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CD 0.383 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 CB 0.383 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 257 CG2 0.383 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 0.382 3.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 N 0.382 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CD1 0.382 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CB 0.381 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C3' 0.381 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 CG 0.380 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 CG 0.379 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 306 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 285 NE2 0.379 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2 0.378 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE 0.378 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CD 0.378 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 CB 0.376 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 OH 0.375 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CB 0.375 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 CZ 0.374 2.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 CD 0.374 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NH1 0.374 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CB 0.374 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 O 0.373 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 CD2 0.373 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 CG2 0.373 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O5' 0.372 2.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 CG 0.372 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 49 N 0.371 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 130 CG2 0.371 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 99 CB 0.371 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 OE2 0.371 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 CB 0.370 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CZ 0.370 2.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 CA 0.370 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CG 0.370 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CE 0.369 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CD 0.368 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH1 0.368 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 OE1 0.368 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CB 0.367 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH1 0.367 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 NH2 0.367 2.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C5' 0.367 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 N 0.367 2.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 OD2 0.367 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 OP1 0.366 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4' 0.366 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 209 OG 0.365 2.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CD 0.364 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CH2 0.364 3.276
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 NE 0.362 2.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 ND1 0.362 2.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 CB 0.362 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 OD2 0.361 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 OG1 0.361 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CD 0.361 3.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 SD 0.361 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 333 CE 0.360 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 O 0.359 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 NZ 0.359 3.161
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CD2 0.358 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 NE 0.358 2.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 181 CD 0.357 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CD1 0.355 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2 0.355 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 OE2 0.353 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 41 CG2 0.353 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 NE2 0.353 2.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 CB 0.352 2.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CZ 0.351 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 386 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 225 OE2 0.351 2.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 NE 0.350 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CZ 0.350 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 O 0.349 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 OD1 0.349 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH2 0.348 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CG 0.348 2.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 OD1 0.347 2.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 303 OG1 0.347 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 286 CD2 0.347 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NH2 0.346 3.174
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 O 0.346 2.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CD 0.346 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C7 0.346 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 184 OD1 0.346 2.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 NE2 0.346 3.174
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 N 0.346 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG 0.346 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CE 0.345 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 23 CA 0.345 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 CB 0.344 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 22 O 0.343 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CZ 0.342 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 OH 0.342 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 OG 0.341 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CZ 0.339 2.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 CA 0.338 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CD 0.338 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CD 0.338 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 0.338 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CD 0.337 3.183
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 O 0.337 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 O 0.336 2.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 CE1 0.334 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 OG 0.334 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH2 0.334 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 CD 0.332 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CZ 0.332 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CD1 0.332 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CE 0.331 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C3' 0.331 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 CD 0.331 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 CE 0.330 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CA 0.330 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CB 0.330 3.190
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CD 0.330 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CD2 0.330 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 0.329 3.071
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 OG 0.328 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 NZ 0.328 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CG 0.328 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE 0.328 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CB 0.328 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C7 0.327 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG1 0.327 3.163
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH1 0.326 2.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C3' 0.326 3.194
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ 0.324 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C5' 0.324 3.196
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CD 0.323 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 103 CA 0.321 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 CG2 0.321 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 NZ 0.321 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH2 0.321 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CA 0.321 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CB 0.319 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CB 0.319 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CD1 0.319 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CE1 0.318 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 254 CA 0.318 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 OD1 0.318 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CD 0.317 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 P 0.316 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 CE 0.315 3.205
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CE1 0.315 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CG2 0.314 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 CD 0.314 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 ND1 0.313 2.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CB 0.313 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 157 CB 0.313 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 O 0.313 2.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CD2 0.313 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 42 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 OH 0.312 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CD 0.311 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CE1 0.311 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 CA 0.310 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH2 0.310 2.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CB 0.310 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 103 CA 0.309 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CE 0.309 2.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 NE2 0.308 3.212
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 298 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CG 0.308 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 OH 0.307 3.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 131 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 CD 0.307 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C8 0.307 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 OE1 0.306 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH2 0.305 3.215
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 0.305 2.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C8 0.304 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE1 0.304 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 CA 0.304 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG2 0.304 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CZ 0.304 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CD 0.303 3.217
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 CB 0.303 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD1 0.303 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 O 0.303 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 304 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CE2 0.302 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 CD 0.302 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 OD1 0.302 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CG 0.302 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE2 0.301 2.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 CB 0.301 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 NE 0.300 2.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C7 0.300 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 O 0.300 2.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4' 0.300 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CD 0.300 3.220
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD2 0.299 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CG2 0.299 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CE 0.299 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 OP2 0.298 2.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 29 CA 0.298 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 OH 0.298 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CB 0.297 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD 0.296 3.194
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CG 0.296 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 CD 0.295 3.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 OH 0.295 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CG 0.295 3.195
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 NH1 0.295 3.225
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 CB 0.294 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NH2 0.294 3.226
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CA 0.294 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CD2 0.294 3.226
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 OP1 0.293 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH 0.293 3.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NE 0.293 3.227
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CG 0.292 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 OH 0.291 3.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 281 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD 0.291 3.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 O 0.291 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CG2 0.291 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CZ 0.290 3.200
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4' 0.290 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD1 0.290 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CZ 0.289 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CG 0.289 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 255 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 258 CE 0.289 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CG2 0.289 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH2 0.288 2.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CG 0.288 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CG 0.287 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 OE2 0.287 2.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 NH1 0.287 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CG2 0.286 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH1 0.286 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ 0.286 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CB 0.286 3.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 OD1 0.285 2.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB 0.284 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 374 CG2 0.284 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 NH1 0.284 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CD 0.284 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 CG 0.283 3.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 P 0.282 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE1 0.282 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 O 0.282 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH2 0.282 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 O3' 0.281 3.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CG2 0.281 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C8 0.281 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 OP1 0.281 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CG 0.280 3.060
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 OP2 0.280 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CG 0.280 3.240
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CA 0.280 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 225 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 386 CE 0.280 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 O 0.279 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CE1 0.279 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CG 0.279 3.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 OD2 0.279 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 0.279 3.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C8 0.278 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C7 0.278 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CG 0.278 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 99 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 NZ 0.278 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD2 0.277 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH1 0.277 3.243
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CA 0.277 3.243
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C1' 0.277 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 OG 0.277 3.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 OE2 0.277 2.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 CB 0.277 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 165 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 SD 0.277 2.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 N 0.276 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 CB 0.276 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH2 0.275 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 O 0.275 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 168 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 244 CD2 0.275 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 N 0.275 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CE 0.275 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C7 0.275 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CB 0.275 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CD1 0.275 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 NH2 0.274 3.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 CG 0.274 3.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CZ 0.274 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 CB 0.274 3.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 OG1 0.274 3.066
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CG2 0.274 3.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 CB 0.273 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CB 0.273 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 CB 0.273 3.247
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CD1 0.273 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 229 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 O 0.272 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 73 O 0.271 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C7 0.271 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 OG1 0.271 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CE 0.271 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 146 O 0.271 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 OE1 0.271 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 119 OD1 0.270 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 95 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 CB 0.270 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CA 0.270 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CG 0.269 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 OD2 0.269 3.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 CG1 0.268 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 51 CD 0.267 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CD1 0.267 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CD 0.267 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CZ 0.265 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CZ 0.265 3.225
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 182 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 NH1 0.264 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CB 0.264 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CE2 0.264 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 ND2 0.264 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 OE1 0.263 2.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 NZ 0.263 3.257
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CD 0.263 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 CB 0.262 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C8 0.262 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CD1 0.261 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 CG 0.261 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH2 0.261 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NH2 0.261 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NE 0.260 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CD1 0.260 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 358 CD1 0.260 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 160 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 355 CD2 0.259 3.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH2 0.259 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 304 CG1 0.258 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 OE1 0.258 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 CB 0.257 3.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CB 0.256 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 103 CG2 0.256 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 29 CA 0.256 3.264
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CD 0.255 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 CD 0.254 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 50 CB 0.254 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 CZ 0.254 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P 0.254 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CD 0.254 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C7 0.253 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 OD2 0.253 2.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CD 0.253 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 165 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 168 CB 0.253 3.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH1 0.253 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB 0.253 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 49 CD1 0.252 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 NE2 0.252 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 CG 0.252 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 O 0.251 2.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C8 0.251 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 CB 0.250 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 333 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 336 OXT 0.250 2.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH2 0.250 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CA 0.250 3.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CZ 0.249 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C3' 0.249 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH1 0.249 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 31 CD 0.249 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 NE 0.249 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 O 0.249 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C5 0.248 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 49 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 NZ 0.248 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 152 C 0.247 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CZ 0.247 3.243
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 128 OD1 0.246 3.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CE 0.246 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 OH 0.246 3.094
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 OP1 0.245 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 CG 0.245 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 CG 0.245 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CD1 0.244 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 SG 0.244 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 CB 0.244 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 CB 0.244 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 NE 0.244 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CE2 0.243 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 N 0.243 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH 0.243 2.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 OD2 0.242 3.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD2 0.241 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CE2 0.241 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH1 0.240 2.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 O 0.240 2.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2 0.240 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 OP2 0.240 3.060
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C8 0.240 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 148 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CD2 0.239 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CZ 0.239 3.251
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG1 0.238 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 OP1 0.238 3.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 CD 0.238 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CG 0.236 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C7 0.236 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CD2 0.235 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CZ 0.235 2.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CD2 0.235 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD2 0.234 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 103 CG2 0.234 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 OP1 0.234 2.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C7 0.234 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 OE1 0.234 2.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 ND1 0.233 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CD1 0.233 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 253 CG 0.233 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CA 0.233 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CB 0.233 3.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CB 0.232 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 NE 0.232 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CE2 0.232 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CZ 0.231 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 N 0.231 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C7 0.231 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CA 0.231 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CD 0.231 3.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 CB 0.230 3.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD2 0.230 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CA 0.230 3.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CG 0.230 3.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CZ 0.229 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 CB 0.229 3.071
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 118 CD 0.229 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 112 O 0.229 3.071
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 C 0.228 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 CB 0.228 3.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 P 0.228 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH2 0.228 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CG 0.227 3.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 CG 0.227 3.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C8 0.227 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CB 0.226 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CD1 0.226 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C8 0.226 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CG 0.225 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 CD2 0.225 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 50 CB 0.225 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 OH 0.224 3.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CG 0.224 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 O 0.224 3.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE1 0.224 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CD1 0.223 3.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CZ 0.223 3.147
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CD 0.222 3.268
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CD1 0.222 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 36 OE2 0.221 2.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CE2 0.221 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C7 0.221 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 O 0.221 3.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 CA 0.221 3.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD2 0.221 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 CD 0.221 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CD2 0.221 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 OD1 0.220 3.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CG 0.220 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O 0.220 3.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 CG 0.220 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 NH2 0.220 2.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CE 0.220 3.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 13 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG1 0.219 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O 0.219 3.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 OE1 0.219 3.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 OE2 0.219 3.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 CG 0.218 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CG 0.218 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 CB 0.218 3.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 4 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 SD 0.218 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 CG2 0.217 3.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 0.217 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 OE1 0.217 2.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 O 0.217 3.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 CB 0.217 3.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 OD1 0.216 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 C 0.216 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NH1 0.216 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C8 0.216 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C8 0.215 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CD 0.215 3.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C8 0.214 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CG 0.214 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 0.214 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C5' 0.214 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 CB 0.214 3.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CD1 0.214 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CD2 0.214 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CE2 0.213 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CD2 0.213 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 78 CG 0.212 3.308
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C8 0.212 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C5 0.212 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 0.212 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 O 0.212 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 O3' 0.211 3.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C7 0.211 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CB 0.211 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CE1 0.211 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C7 0.211 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 CB 0.211 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 OG1 0.211 3.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 99 CA 0.210 3.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 117 CD2 0.210 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 OD2 0.210 2.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 NZ 0.210 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 0.210 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 O 0.210 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 CB 0.210 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C2' 0.209 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 153 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 NH1 0.209 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 CB 0.209 3.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 CG 0.209 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 OP1 0.209 3.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG1 0.209 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 135 OD1 0.208 3.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 NH2 0.208 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 CG 0.208 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 OD2 0.208 2.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 OG1 0.208 3.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C4' 0.208 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 CB 0.207 3.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 O 0.207 3.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 CB 0.207 3.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N2 0.207 3.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD1 0.207 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 NE 0.207 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C3' 0.207 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C8 0.206 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CB 0.206 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CB 0.206 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 0.206 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C8 0.206 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 78 CG 0.206 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C8 0.206 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE1 0.205 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 40 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C4' 0.205 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CE 0.205 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 CB 0.204 3.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 CB 0.204 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CZ 0.204 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 CB 0.204 3.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CB 0.203 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 OE1 0.203 2.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CD 0.203 3.097
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C8 0.202 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C8 0.202 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CZ 0.202 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 0.202 3.168
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5' 0.202 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CD1 0.202 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CE1 0.202 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 155 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 OG 0.201 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD2 0.201 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 320 OG 0.201 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N7 0.201 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 NH2 0.200 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CE1 0.200 2.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CD 0.200 3.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 OD2 0.200 3.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 NE2 0.200 3.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CD 0.200 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 OP1 0.199 2.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 OD1 0.199 3.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CG 0.199 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 CD 0.199 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 OH 0.198 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N7 0.198 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG2 0.198 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 CD 0.198 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O 0.198 3.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 CB 0.198 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE2 0.197 2.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 N 0.197 2.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C8 0.197 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CZ 0.197 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CG 0.197 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 0.197 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CE2 0.196 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CD 0.196 3.104
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 118 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 CD1 0.196 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C8 0.195 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 OP1 0.195 3.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CZ 0.195 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 OH 0.195 3.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 148 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CD1 0.195 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 SG 0.195 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 OP1 0.194 3.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 132 OD1 0.194 3.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG2 0.194 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 OG 0.194 3.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C8 0.194 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 223 CB 0.193 3.107
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 199 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 CD 0.193 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 O 0.193 3.107
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 CG 0.193 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CD1 0.192 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 CB 0.192 3.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 OG1 0.192 2.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 99 CA 0.192 3.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CG 0.192 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 NE 0.192 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C6 0.191 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP2 0.191 3.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CB 0.191 3.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH2 0.190 3.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 CD1 0.190 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CD1 0.190 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CZ 0.190 3.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CZ 0.190 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O 0.190 3.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C7 0.189 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CB 0.188 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 CG 0.188 3.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 C 0.188 3.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C3' 0.188 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 6 O 0.188 3.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CD1 0.187 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 30 CB 0.187 3.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 O 0.187 3.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 CG1 0.186 3.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 36 CD 0.186 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CD 0.186 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 SG 0.186 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CE1 0.186 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CB 0.185 3.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 205 O 0.185 3.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 CD 0.185 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 O 0.185 3.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CB 0.184 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 CE 0.184 3.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 C 0.184 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 11 CB 0.184 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C8 0.184 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 SD 0.184 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 O3' 0.184 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CB 0.184 3.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 38 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 39 CD 0.184 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CD 0.184 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 OG 0.184 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 36 OE2 0.183 2.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG2 0.183 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CB 0.183 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 O 0.183 3.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 OD1 0.183 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CZ 0.183 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C8 0.183 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 CB 0.183 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N7 0.182 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CB 0.182 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 CG 0.182 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 CG 0.182 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 O 0.182 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CD 0.182 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N2 0.182 3.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 CB 0.182 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG2 0.181 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CZ 0.181 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CD 0.181 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N7 0.180 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 OG1 0.180 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 OH 0.180 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 209 CB 0.180 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 OP1 0.180 3.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 CA 0.179 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NH1 0.179 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 OG1 0.179 3.161
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH2 0.179 2.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD1 0.179 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C7 0.179 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NE 0.179 3.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CD 0.179 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 O 0.179 3.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 C 0.179 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CD 0.178 3.162
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CA 0.178 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CG 0.178 3.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C8 0.178 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N7 0.178 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CE2 0.178 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 CB 0.178 3.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 O3' 0.178 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CG 0.177 3.123
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH2 0.177 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 O 0.177 3.123
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE1 0.177 2.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 N 0.177 3.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CZ 0.177 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 NE 0.177 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CE1 0.177 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 O 0.177 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C8 0.177 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 C 0.176 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C1' 0.176 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CD1 0.176 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 OD2 0.176 2.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CD 0.176 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 81 N 0.176 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CD1 0.176 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 NH2 0.175 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C8 0.175 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O5' 0.175 2.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD2 0.175 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 OG1 0.175 2.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 N 0.175 2.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C7 0.175 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 OH 0.174 2.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 161 CE 0.174 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 CB 0.174 3.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 O 0.174 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG2 0.174 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CG1 0.174 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 CB 0.174 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NE 0.174 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 O 0.173 3.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CG2 0.173 3.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 CG 0.173 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 41 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 NH2 0.173 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C2' 0.173 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH1 0.173 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 CG 0.173 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 NZ 0.173 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C5' 0.173 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C8 0.172 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 232 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 CG 0.172 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C8 0.172 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C8 0.172 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C8 0.172 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 CE1 0.172 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 1 O 0.172 3.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 OP1 0.171 3.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C8 0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CB 0.170 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 OD1 0.170 3.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CG1 0.170 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 CA 0.169 3.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 OG 0.169 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 0.169 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C8 0.169 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 308 CG 0.169 3.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N7 0.169 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C8 0.168 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CG1 0.168 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 O 0.168 3.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 P 0.168 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 CB 0.168 3.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CD1 0.167 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 C7 0.167 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CE 0.167 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CD1 0.167 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 O3' 0.167 3.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C8 0.167 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE1 0.166 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 CA 0.166 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 NZ 0.166 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 CB 0.166 3.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CD1 0.166 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CD1 0.165 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CG1 0.165 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NE 0.165 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 CE 0.165 3.175
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 O3' 0.165 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CD1 0.165 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 P 0.164 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C8 0.164 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CD 0.164 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE2 0.164 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 51 CG 0.164 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CA 0.164 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 35 O 0.163 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 48 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 NE2 0.163 3.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CA 0.163 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C7 0.163 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 CB 0.163 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 O 0.163 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CD1 0.163 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C8 0.163 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE2 0.163 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 OG 0.163 3.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE2 0.163 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH1 0.162 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 SD 0.162 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C7 0.162 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 OD1 0.162 3.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB 0.162 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 N 0.162 2.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 O 0.162 2.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CG 0.161 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 NH2 0.161 3.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 SD 0.161 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 CB 0.161 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 59 CD 0.161 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CD 0.161 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB 0.161 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 CA 0.161 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C8 0.161 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB 0.161 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C5 0.160 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5 0.160 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CD1 0.160 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CD1 0.160 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CB 0.159 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 N 0.159 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C8 0.159 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CG 0.159 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CG 0.159 3.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 CZ 0.158 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CD 0.158 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C5 0.158 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CD 0.158 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 O 0.158 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG2 0.158 3.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 CB 0.158 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 NH2 0.157 3.123
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CB 0.157 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 CB 0.157 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 1 O 0.157 3.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD2 0.157 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CB 0.157 3.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C8 0.157 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CG2 0.157 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C7 0.157 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 58 CG2 0.156 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 CB 0.156 3.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 41 CB 0.156 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 CD2 0.156 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NE 0.156 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C7 0.156 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 NE2 0.156 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CG 0.155 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 CG2 0.155 3.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 CG1 0.155 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5' 0.155 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 CD 0.155 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C8 0.155 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C6 0.155 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N2 0.155 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NE 0.155 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 O 0.155 3.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CG 0.155 3.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CB 0.155 3.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C7 0.154 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 OH 0.154 2.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CB 0.154 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C8 0.154 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 CG 0.154 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 CD 0.154 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 131 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 129 C 0.153 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 C 0.153 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C7 0.153 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 NZ 0.153 3.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 NE2 0.153 3.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C8 0.153 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CG 0.153 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CG1 0.152 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CD2 0.152 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 CB 0.152 3.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 41 CB 0.152 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CG 0.152 3.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CD 0.152 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N7 0.152 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 SG 0.152 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 CE 0.152 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NH1 0.151 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C3' 0.151 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 66 CD 0.151 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 38 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 39 CD 0.151 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C8 0.151 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C8 0.151 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CZ 0.151 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 0.151 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C8 0.150 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CB 0.150 3.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CD 0.150 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 CB 0.150 3.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C6 0.150 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 NH2 0.149 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CD1 0.149 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 N 0.149 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 OH 0.149 2.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CG 0.149 3.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 O 0.149 3.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 O 0.149 3.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CD1 0.149 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C8 0.149 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CB 0.149 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 313 CG 0.148 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD2 0.148 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 OE1 0.148 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C8 0.148 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 251 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 253 OD1 0.148 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 44 OG 0.148 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CE 0.148 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CD1 0.148 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C8 0.147 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CG1 0.147 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 O 0.147 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CD1 0.147 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CD 0.147 3.193
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 286 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 O 0.147 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CD2 0.147 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C8 0.147 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 CD 0.147 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 OE2 0.147 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 OP1 0.147 3.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CB 0.147 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 92 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 OE2 0.146 2.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N7 0.146 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD1 0.146 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 OE2 0.146 2.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CZ 0.146 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 190 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 O 0.146 3.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 OE1 0.146 3.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 ND1 0.145 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C5 0.145 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 O 0.145 3.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 117 CD1 0.145 3.255
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD1 0.145 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 92 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 OE2 0.145 2.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C8 0.145 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 OD1 0.145 3.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N7 0.145 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 103 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH2 0.144 3.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD2 0.144 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 OG1 0.144 3.196
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 CD2 0.144 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CB 0.144 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 N 0.144 2.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CB 0.144 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 OE1 0.143 3.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CD 0.143 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CD2 0.143 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE1 0.142 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CB 0.142 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 CA 0.142 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 383 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 ND2 0.142 2.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CG 0.142 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C6 0.142 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CB 0.142 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 NE 0.142 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N6 0.142 3.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG1 0.142 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG1 0.142 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 OG1 0.142 2.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 CB 0.142 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 1 O 0.141 3.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 OD1 0.141 3.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 NH1 0.141 3.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 NZ 0.141 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CG2 0.141 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 C 0.141 3.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 CD2 0.140 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH1 0.140 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CD1 0.140 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CG 0.140 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 CB 0.140 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 CG 0.140 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 NE 0.140 2.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C6 0.140 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CG1 0.140 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 OH 0.139 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CB 0.139 3.161
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CD2 0.139 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 NE 0.139 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 CB 0.139 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 CG1 0.139 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD2 0.139 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 OE2 0.139 3.161
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG1 0.139 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD 0.139 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 122 OG 0.138 3.202
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 CZ 0.138 3.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 111 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 O 0.138 3.162
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 OP1 0.138 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C7 0.138 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 CG 0.137 3.163
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 53 OE2 0.137 2.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C7 0.137 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C6 0.137 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CG 0.137 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD1 0.137 3.203
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 P 0.137 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 103 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH2 0.137 3.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD1 0.137 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 O 0.137 3.163
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C8 0.137 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C7 0.137 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C7 0.137 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 205 O 0.136 3.164
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 152 N 0.136 3.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 1 O 0.136 3.164
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 36 CD 0.136 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CB 0.136 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CG 0.136 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CG 0.136 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 OE1 0.135 3.165
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CG 0.135 3.165
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 CB 0.135 3.165
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 129 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CD 0.135 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CG 0.135 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C7 0.134 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 CA 0.134 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG 0.134 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C8 0.134 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C8 0.134 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CZ 0.134 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 NE2 0.133 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 NE2 0.133 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 224 CB 0.133 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 O 0.133 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CE 0.133 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 CB 0.133 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 SG 0.133 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CZ 0.133 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CD 0.133 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C5 0.133 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 SG 0.133 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB 0.132 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 CB 0.132 3.168
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 NH2 0.132 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CZ 0.132 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C5 0.132 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 CA 0.132 3.168
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C8 0.131 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NE 0.131 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 OE1 0.131 3.169
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 CD1 0.131 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CD 0.131 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG1 0.131 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 73 CG 0.131 3.169
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CB 0.131 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CD2 0.131 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB 0.131 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CA 0.131 3.169
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 O 0.130 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 13 CB 0.130 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C8 0.130 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 94 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 NH1 0.130 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C8 0.130 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C8 0.130 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 90 CB 0.130 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 CA 0.130 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CD 0.130 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 O 0.130 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C7 0.129 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE1 0.129 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 CB 0.129 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CG1 0.129 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CA 0.129 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 14 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 C 0.129 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG1 0.129 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 O 0.129 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CA 0.129 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 CG 0.129 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH1 0.128 2.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 O 0.128 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 102 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CE1 0.128 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CE2 0.128 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 NZ 0.128 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CD1 0.128 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CB 0.128 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP2 0.128 2.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 105 CG 0.128 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C8 0.128 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CD1 0.128 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 OG1 0.128 3.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 NZ 0.127 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C8 0.127 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 OE2 0.127 2.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C1' 0.127 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CE2 0.126 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 C 0.126 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CE 0.126 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 O 0.126 3.174
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG1 0.126 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C8 0.125 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CA 0.125 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CH2 0.125 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C8 0.125 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C8 0.125 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NH2 0.124 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C7 0.124 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C4' 0.124 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C3' 0.124 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C6 0.124 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD1 0.124 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CD2 0.123 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C5 0.123 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 O 0.123 3.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 CA 0.123 3.217
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 CE 0.123 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 OE2 0.123 3.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 O 0.123 3.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CD 0.123 3.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C8 0.123 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C7 0.122 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CG 0.122 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CE2 0.122 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 CG2 0.122 3.178
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C8 0.122 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 77 O 0.122 3.178
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 CD 0.122 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CA 0.122 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C8 0.122 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 ND1 0.122 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 SG 0.122 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CB 0.121 3.179
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 CB 0.121 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CZ 0.121 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 CD 0.121 3.179
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH2 0.121 3.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD1 0.121 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD2 0.120 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 209 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 211 N 0.120 2.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 ND1 0.120 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C6 0.120 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N7 0.120 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD2 0.120 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 222 CD 0.120 3.180
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CG 0.120 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 OD2 0.120 2.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 NZ 0.119 2.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C8 0.119 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C7 0.119 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C8 0.119 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CB 0.119 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C8 0.119 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CB 0.119 3.181
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 O 0.119 3.181
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 ND1 0.119 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CB 0.119 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C6 0.119 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CB 0.118 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CG 0.118 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C8 0.118 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CD 0.118 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C7 0.118 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CD 0.118 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CA 0.118 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ 0.117 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 CG 0.117 3.183
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG1 0.117 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 CB 0.117 3.183
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C5 0.117 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD2 0.117 3.223
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CD2 0.117 3.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C8 0.116 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 CD1 0.116 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ 0.116 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C6 0.116 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 OE1 0.116 3.184
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 ND1 0.116 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CB 0.115 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 N 0.115 2.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 CD 0.115 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CB 0.115 3.185
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 NE2 0.115 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 CB 0.114 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CD 0.114 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH2 0.114 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 NE 0.114 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 CB 0.114 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 CA 0.114 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 OD1 0.114 2.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C8 0.114 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 NE2 0.113 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CE 0.113 3.227
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CH2 0.113 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG2 0.113 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CZ 0.113 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 O3' 0.113 3.107
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CD2 0.113 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 SD 0.113 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5' 0.112 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 OD1 0.112 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N7 0.112 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 CB 0.112 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CB 0.112 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 O 0.112 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CB 0.112 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C8 0.112 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CA 0.112 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 O 0.112 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C7 0.112 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 0.112 2.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CA 0.112 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 NE 0.112 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 CG2 0.112 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 O 0.111 3.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 26 CB 0.111 3.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CD 0.111 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD 0.111 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 O 0.111 3.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CA 0.111 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CG 0.111 3.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 CB 0.111 3.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 50 O 0.111 3.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CD2 0.110 3.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 O 0.110 3.190
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD1 0.110 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 OP2 0.109 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5' 0.109 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 81 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CB 0.109 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CB 0.109 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 O3' 0.109 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CD2 0.109 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CB 0.109 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 O 0.109 2.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C7 0.108 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG1 0.108 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C8 0.108 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 CG 0.108 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CB 0.108 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C8 0.108 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 301 CB 0.108 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 N 0.108 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 OE1 0.108 2.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 19 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE1 0.108 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CB 0.108 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CD2 0.107 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD2 0.107 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 77 CG1 0.107 3.193
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O4' 0.107 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 OG 0.107 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 OD1 0.107 3.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 95 CG2 0.107 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C7 0.107 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N1 0.106 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 CG2 0.106 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C8 0.106 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CB 0.106 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C8 0.106 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C6 0.106 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG1 0.106 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 CE 0.106 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C8 0.106 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C8 0.105 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 35 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 42 CG1 0.105 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 C 0.105 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 CA 0.105 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 CA 0.105 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 O 0.105 3.195
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CG 0.105 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 14 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 24 NH2 0.105 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C8 0.105 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 C 0.105 2.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N1 0.104 2.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CE2 0.104 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 OE2 0.104 3.196
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CE1 0.104 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4' 0.104 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 OG 0.104 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH2 0.104 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 103 N 0.104 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 O 0.103 3.197
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C3' 0.103 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD2 0.103 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CA 0.103 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CE1 0.103 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 CB 0.103 3.197
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 CB 0.103 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 CB 0.103 3.197
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH1 0.103 2.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 272 O 0.103 3.197
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CG1 0.102 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG1 0.102 3.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C6 0.102 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 O3' 0.102 3.238
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 216 O 0.102 3.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CG 0.102 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CG2 0.102 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 O3' 0.102 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 O 0.102 3.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C8 0.102 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 P 0.102 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 214 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 CG 0.102 3.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 P 0.102 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C8 0.101 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C8 0.101 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C6 0.101 3.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C8 0.101 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C8 0.101 3.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 OD2 0.101 2.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 N 0.101 2.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 O 0.101 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C7 0.101 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 CG 0.101 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CE2 0.101 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 24 CB 0.100 3.200
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 90 CB 0.100 3.200
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 OE2 0.100 3.200
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CG 0.100 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NH2 0.100 2.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C6 0.100 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 N 0.100 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CZ 0.100 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 OD2 0.100 2.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 O 0.100 3.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 CZ 0.100 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 307 CG2 0.099 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C7 0.099 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 CA 0.099 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CA 0.099 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C2' 0.099 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CD1 0.098 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CB 0.098 3.202
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C8 0.098 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CD1 0.098 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 N3 0.098 2.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 OD2 0.098 2.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 O2 0.097 2.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N7 0.097 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 328 N 0.097 2.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 OG1 0.097 3.243
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ2 0.097 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C8 0.097 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C7 0.097 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 CD 0.097 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 O 0.096 3.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C5' 0.096 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CB 0.096 3.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CA 0.096 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 O 0.096 3.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ 0.096 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 11 OG 0.096 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD 0.096 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 OD1 0.096 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CB 0.096 3.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N7 0.096 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N2 0.096 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C8 0.096 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 OD1 0.095 3.205
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 195 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 O 0.095 3.205
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 0.095 2.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C3' 0.095 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 CZ 0.095 3.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CG 0.095 3.205
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CZ 0.095 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 CG 0.094 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 104 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 CB 0.094 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD2 0.094 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N2 0.094 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 OD2 0.094 3.206
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE2 0.094 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CA 0.094 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH1 0.094 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 CB 0.094 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 NH2 0.094 2.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 CD 0.094 3.206
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C7 0.094 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE1 0.093 3.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C8 0.093 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C7 0.093 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH2 0.093 3.187
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C6 0.093 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CD1 0.093 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O 0.093 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 18 CG 0.093 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 23 N 0.093 2.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 CE 0.093 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 24 CG 0.093 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 OG 0.093 3.247
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 CG2 0.093 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 O3' 0.092 3.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 13 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 53 CD1 0.092 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 CB 0.092 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 CB 0.092 3.248
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 230 O 0.092 3.208
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C6 0.092 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 N 0.092 2.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N7 0.092 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C8 0.092 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C5' 0.092 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH1 0.092 2.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C1' 0.092 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C1' 0.091 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CD1 0.091 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 CA 0.091 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 OG1 0.091 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 OP2 0.091 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CG 0.091 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 0.091 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD1 0.091 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 OG 0.091 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C7 0.091 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 O 0.091 2.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 97 CG2 0.091 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 49 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 P 0.091 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 CB 0.091 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 331 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 335 CB 0.091 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 OP1 0.090 3.210
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N6 0.090 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C8 0.090 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N7 0.090 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 OE1 0.090 2.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C6 0.090 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CG 0.090 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 O 0.090 3.210
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C8 0.090 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG 0.089 3.211
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 CD2 0.089 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD2 0.089 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 C 0.089 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CG 0.089 3.211
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 13 CB 0.089 3.211
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N7 0.089 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C1' 0.089 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 CE 0.089 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CZ 0.089 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CG2 0.088 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 86 OG 0.088 3.252
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 O 0.088 3.212
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CA 0.088 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE2 0.088 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CD2 0.088 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE1 0.088 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 50 CB 0.087 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 CG2 0.087 3.213
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C7 0.087 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 C6 0.087 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD2 0.087 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH2 0.087 3.163
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 OE2 0.087 2.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 O 0.087 3.213
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N7 0.087 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C8 0.087 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CA 0.087 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 OP2 0.087 2.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 CD2 0.086 3.094
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C5 0.086 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CD1 0.086 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 113 CG1 0.086 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C1' 0.086 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CD 0.086 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C8 0.086 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NH2 0.086 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 CG 0.086 3.214
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD2 0.086 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CD2 0.086 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CG 0.086 3.214
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CG 0.086 3.214
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5' 0.086 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CZ 0.085 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 O 0.085 3.215
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE1 0.085 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH1 0.085 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 104 CD 0.085 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CB 0.085 3.215
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C7 0.085 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 84 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 NH1 0.084 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CB 0.084 3.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C6 0.084 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 CA 0.084 3.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C7 0.084 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CB 0.084 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 O 0.084 2.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C6 0.084 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CA 0.084 3.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 38 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CE2 0.084 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C5' 0.083 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 OE2 0.083 3.217
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 CB 0.083 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C7 0.083 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CG2 0.083 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CA 0.083 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C7 0.083 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 OP1 0.082 3.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 31 CD 0.082 3.218
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 N 0.082 3.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE1 0.082 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C8 0.082 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 132 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CB 0.082 3.218
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CD1 0.082 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5' 0.082 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C8 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 38 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CE2 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C6 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CA 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 190 OG 0.081 2.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C1' 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CG2 0.081 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CE2 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C6 0.081 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N2 0.081 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 285 OG1 0.080 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 CB 0.080 3.220
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 CA 0.080 3.220
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG1 0.080 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 CB 0.080 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE1 0.080 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CD2 0.080 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C4 0.080 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 N 0.080 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C6 0.080 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C6 0.080 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CA 0.079 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 O 0.079 3.221
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NE 0.079 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C2' 0.079 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD2 0.079 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CG 0.079 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CB 0.079 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 P 0.079 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CG2 0.079 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 N 0.079 2.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 O 0.078 2.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 N 0.078 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 NH2 0.078 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CB 0.078 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 P 0.078 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N4 0.078 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CB 0.078 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 O 0.078 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 15 O 0.078 3.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 O 0.078 2.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 CG 0.078 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CA 0.077 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CB 0.077 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CA 0.077 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 CG 0.077 3.223
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 NZ 0.077 2.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C6 0.077 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 320 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 O 0.077 2.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CE2 0.076 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N7 0.076 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C7 0.076 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 53 OE2 0.076 2.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 41 N 0.076 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 O 0.076 3.224
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CG2 0.076 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 284 CG 0.076 3.224
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CB 0.076 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 N 0.076 3.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 CD1 0.076 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CD1 0.076 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CG1 0.075 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD2 0.075 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 249 CB 0.075 3.225
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 CA 0.075 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CB 0.075 3.225
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CB 0.075 3.225
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CD 0.075 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C7 0.075 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CB 0.075 3.225
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CD1 0.075 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C2' 0.075 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CG2 0.075 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C2' 0.075 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5 0.074 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C6 0.074 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 40 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C4' 0.074 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C6 0.074 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 OD1 0.074 3.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2 0.074 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CD1 0.074 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N6 0.074 3.176
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CB 0.074 3.226
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C8 0.074 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 OE1 0.073 3.227
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CB 0.073 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 CA 0.073 3.227
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CB 0.073 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C8 0.073 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 OP1 0.073 3.227
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 CA 0.073 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C5 0.073 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 O 0.073 3.227
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 CB 0.072 3.228
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C1' 0.072 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CD2 0.072 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG2 0.072 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CD 0.072 3.268
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 P 0.072 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C2' 0.072 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 CB 0.072 3.228
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 CA 0.072 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 85 CB 0.072 3.228
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C4' 0.071 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C6 0.071 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C7 0.071 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 39 O 0.071 2.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CG1 0.071 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CB 0.071 3.229
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C8 0.071 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 115 O 0.071 3.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD2 0.071 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 C 0.071 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 O3' 0.071 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C4 0.071 3.179
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 0.071 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 228 CA 0.070 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG 0.070 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 OD1 0.070 2.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD1 0.070 2.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 130 OXT 0.070 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C2' 0.070 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 O 0.070 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N7 0.070 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CA 0.069 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 O 0.069 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CZ 0.069 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 36 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH1 0.069 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 O 0.069 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 OP1 0.069 2.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 O 0.069 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 CD2 0.069 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 NZ 0.069 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C7 0.068 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH2 0.068 2.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C6 0.068 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CB 0.068 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CA 0.068 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C8 0.068 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 NH1 0.068 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 O 0.068 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C5 0.068 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 OH 0.068 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CG2 0.068 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 CB 0.067 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CG 0.067 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 O3' 0.067 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C8 0.067 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 OP1 0.067 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CD1 0.067 3.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 O 0.067 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 O 0.067 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG1 0.067 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 156 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CG 0.066 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 97 CB 0.066 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N6 0.066 3.214
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N7 0.066 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 C 0.066 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N2 0.066 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 O 0.066 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 N 0.066 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH2 0.066 3.184
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 97 CG2 0.066 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C6 0.066 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CD2 0.065 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 CG1 0.065 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C8 0.065 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 C 0.065 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG2 0.065 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 36 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH1 0.065 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CG1 0.065 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE1 0.065 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 O 0.065 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CG1 0.065 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 OE2 0.064 2.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG1 0.064 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD2 0.064 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C7 0.064 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C8 0.064 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 CB 0.064 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CZ 0.064 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 C 0.064 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 CA 0.064 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CD1 0.063 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 O3' 0.063 3.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD 0.063 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 O 0.063 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CG 0.063 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CD1 0.063 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CA 0.063 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CB 0.063 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NH1 0.063 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 OG 0.063 3.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 CB 0.063 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG2 0.063 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 NE2 0.063 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CA 0.063 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG1 0.063 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 308 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CB 0.063 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C7 0.062 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C7 0.062 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 OG1 0.062 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C7 0.062 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CG 0.062 3.238
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG1 0.062 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG2 0.062 3.238
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CA 0.062 3.238
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N2 0.061 3.219
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 187 CA 0.061 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 N3 0.061 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C7 0.061 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CB 0.061 3.239
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE1 0.061 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C7 0.061 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 CG 0.061 3.239
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 O 0.061 3.239
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CE 0.061 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG2 0.061 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 CG 0.061 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CB 0.061 3.239
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 OE1 0.060 2.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 N3 0.060 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG1 0.060 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 125 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 O 0.060 3.240
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CD 0.060 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD1 0.059 2.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C1' 0.059 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 245 CA 0.059 3.241
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 258 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CD 0.059 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5 0.059 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 NE2 0.059 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG1 0.059 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CZ 0.059 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 N 0.059 2.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 OE1 0.059 2.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 CG 0.058 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CG 0.058 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH1 0.058 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 23 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 ND2 0.058 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 O 0.058 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C7 0.058 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N6 0.058 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CD1 0.058 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CD1 0.058 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CZ 0.058 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C4' 0.057 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG2 0.057 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 CB 0.057 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C6 0.057 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 209 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 CB 0.057 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 CD 0.057 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CB 0.057 3.243
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NH2 0.057 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C7 0.057 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 O 0.057 3.243
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NE 0.057 2.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CD 0.057 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N7 0.057 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD2 0.057 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB 0.057 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 N3 0.056 2.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CE2 0.056 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 NE 0.056 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 O 0.056 2.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 OD2 0.056 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 N 0.056 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C8 0.056 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 CG 0.056 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 CB 0.056 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CG 0.055 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 84 CA 0.055 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N1 0.055 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CE 0.055 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 N 0.055 2.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C8 0.055 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 15 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 NH1 0.055 3.195
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 125 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 O 0.055 3.245
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CH2 0.055 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD1 0.055 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N6 0.054 3.226
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CG 0.054 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 23 CG 0.054 3.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C8 0.054 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 O 0.054 3.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 99 CB 0.054 3.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CG 0.054 3.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CA 0.054 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 216 O 0.053 3.247
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CZ2 0.053 3.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C8 0.053 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH1 0.053 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C1' 0.053 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 152 CA 0.053 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 N3 0.053 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 OE1 0.053 3.247
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5 0.053 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 O 0.052 3.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 CB 0.052 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C7 0.052 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 OD2 0.052 3.248
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 OH 0.052 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CD1 0.052 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 CG 0.052 3.248
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 O 0.052 3.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 204 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CG 0.052 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CG 0.052 3.248
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CD 0.051 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 CG 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 CB 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 30 CB 0.051 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N2 0.051 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CB 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 O 0.051 2.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 CB 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 OD2 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CE2 0.051 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C2' 0.051 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CA 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 O 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 O 0.051 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 56 CB 0.050 3.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CE1 0.050 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE1 0.050 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 O 0.050 2.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C6 0.050 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C6 0.050 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH 0.050 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 CB 0.050 3.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CB 0.050 3.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CD1 0.050 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 ND1 0.050 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C6 0.050 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 331 CA 0.049 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 C 0.049 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 O 0.049 3.251
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 C 0.049 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CA 0.049 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CD2 0.049 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CE 0.049 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 141 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 NZ 0.049 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C5' 0.049 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 CB 0.048 3.252
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ3 0.048 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 CA 0.048 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C6 0.048 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CA 0.048 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 359 CG 0.048 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 SG 0.048 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CG 0.048 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 OG 0.048 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O 0.048 3.252
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 O 0.047 2.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CG 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 N3 0.047 2.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CB 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 346 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 OD1 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C7 0.047 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 135 O 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD1 0.047 2.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 99 CB 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C6 0.047 3.173
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 O 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CB 0.047 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 103 CD2 0.047 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C6 0.047 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 289 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 OE1 0.047 2.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 C 0.046 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 ND1 0.046 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CD2 0.046 3.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 245 CG2 0.046 3.254
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 CB 0.046 3.254
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C2 0.045 3.205
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH2 0.045 2.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 0.045 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CD1 0.045 3.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C1' 0.045 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 CB 0.045 3.255
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CG 0.045 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG1 0.045 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CZ 0.045 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 N 0.044 2.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 O 0.044 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N6 0.044 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CG 0.044 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C6 0.044 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 O 0.044 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 56 CA 0.044 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD1 0.044 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CE 0.044 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 0.044 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N2 0.044 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 103 N 0.044 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CD1 0.044 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 O 0.044 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 O 0.043 3.257
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C6 0.043 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 24 C 0.043 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 24 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 14 OG 0.043 2.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CB 0.043 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O 0.043 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 93 CE 0.043 3.257
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 CA 0.043 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 0.043 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 NE2 0.043 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 CG 0.042 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CB 0.042 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 CB 0.042 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 NE2 0.042 3.208
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CA 0.042 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C7 0.042 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 OG1 0.042 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CD2 0.042 3.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CD 0.042 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C8 0.042 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 104 CG 0.042 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 CG 0.042 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CG 0.041 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 CA 0.041 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CD2 0.041 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CG 0.041 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C1' 0.041 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C6 0.041 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 CB 0.041 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CG 0.041 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CD2 0.040 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 CB 0.040 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N3 0.040 2.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CE1 0.040 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5' 0.040 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 O 0.040 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C2' 0.040 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CG 0.040 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CG 0.040 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CG2 0.040 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CE2 0.040 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 O 0.040 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD2 0.040 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 CG 0.040 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CG 0.039 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CG 0.039 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 ND1 0.039 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 CZ 0.039 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD2 0.039 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 O 0.039 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CB 0.039 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N3 0.039 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 NH1 0.039 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CB 0.039 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 O 0.039 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE1 0.039 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C8 0.039 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 CB 0.039 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CG2 0.039 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O 0.038 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C7 0.038 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NE 0.038 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CB 0.038 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 O 0.038 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 CB 0.038 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB 0.038 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CD2 0.038 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 OE1 0.038 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CG 0.038 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CG 0.037 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 O 0.037 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 246 CB 0.037 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C1' 0.037 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C2' 0.037 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 104 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 O 0.037 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CD1 0.037 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 N3 0.037 2.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB 0.037 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 OE2 0.037 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C8 0.037 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C5' 0.037 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CG 0.036 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 O 0.036 3.264
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CG 0.036 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 N 0.036 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CD 0.036 3.264
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C6 0.036 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 77 O 0.036 3.264
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N4 0.036 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CG 0.036 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CG 0.036 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C7 0.036 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 143 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CD2 0.036 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 125 C 0.035 2.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C6 0.035 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CD1 0.035 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 CG 0.035 3.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 C 0.035 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 CE 0.035 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 254 O 0.035 3.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 O 0.035 3.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CD 0.035 3.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 O 0.035 2.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CG 0.035 3.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 OG1 0.035 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 NZ 0.035 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 NH2 0.035 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 O 0.034 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 O 0.034 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CH2 0.034 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CG 0.034 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CB 0.034 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CB 0.034 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 39 CB 0.034 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 OG1 0.034 2.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CG 0.033 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 N3 0.033 2.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CG 0.033 3.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CD 0.033 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 284 CG 0.033 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG1 0.033 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG1 0.033 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 N 0.033 3.247
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CB 0.033 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 23 CB 0.033 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C7 0.033 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CZ 0.032 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CZ 0.032 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CB 0.032 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 CD1 0.032 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C8 0.032 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C4' 0.032 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 O 0.032 3.268
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 210 CG 0.032 3.218
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 ND2 0.032 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 P 0.032 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH1 0.032 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C6 0.031 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 O 0.031 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 O 0.031 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 CA 0.031 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CZ 0.031 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 8 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 NH2 0.031 3.219
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 OE1 0.031 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 O 0.031 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N6 0.031 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 OG1 0.031 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N1 0.031 2.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C8 0.031 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 P 0.030 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C6 0.030 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 CA 0.030 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CA 0.030 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C7 0.030 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C8 0.030 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 CD2 0.030 3.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CG 0.030 3.220
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C7 0.030 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 O 0.030 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 183 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 CG2 0.030 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 N3 0.030 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 93 NZ 0.030 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N1 0.030 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CB 0.030 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 NH2 0.029 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N7 0.029 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CD 0.029 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 O 0.029 2.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB 0.029 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 O 0.029 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CE1 0.029 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CD2 0.029 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 N 0.029 2.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 CB 0.029 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 O 0.029 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 205 NZ 0.029 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CG 0.029 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 137 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 NZ 0.029 2.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 CB 0.029 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C6 0.029 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C8 0.028 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG1 0.028 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 O 0.028 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB 0.028 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CB 0.028 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C7 0.028 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD2 0.028 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CD2 0.028 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C6 0.028 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CD1 0.028 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 O 0.028 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N3 0.028 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CD1 0.028 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 0.028 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CD 0.028 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 CB 0.028 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 187 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 191 CB 0.028 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 CA 0.028 3.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CG2 0.028 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C2' 0.028 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 N3 0.027 2.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 N 0.027 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CB 0.027 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE1 0.027 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 O 0.027 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 CG 0.027 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 O 0.027 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 254 CB 0.027 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C7 0.027 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C7 0.027 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 O 0.027 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 CB 0.027 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD2 0.027 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C6 0.027 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C6 0.026 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N2 0.026 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C1' 0.026 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 CG 0.026 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 112 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 0.026 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CE 0.026 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CG 0.026 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C2 0.026 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 CG 0.026 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 N 0.026 2.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CB 0.026 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 CB 0.026 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CG 0.026 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CA 0.026 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 N 0.026 2.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 P 0.025 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 NH1 0.025 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 CG1 0.025 3.275
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 CG 0.025 3.275
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 125 NE2 0.025 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 0.025 2.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ 0.025 3.255
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N9 0.025 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CD2 0.025 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C7 0.025 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG1 0.024 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CG 0.024 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C6 0.024 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CG 0.024 3.276
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CG1 0.024 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 OD1 0.024 2.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 135 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CD 0.024 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 322 CB 0.024 3.276
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CD2 0.024 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C7 0.024 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2 0.023 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CG 0.023 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 OD1 0.023 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CD2 0.023 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG1 0.023 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG2 0.023 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C6 0.023 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 OE1 0.023 2.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 16 CA 0.023 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 CA 0.023 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 O 0.023 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 O 0.023 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CB 0.023 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CZ 0.023 3.197
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CB 0.023 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C6 0.023 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C2' 0.023 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 37 O 0.023 2.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE2 0.023 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 239 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 CG 0.022 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD1 0.022 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CD2 0.022 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 OD2 0.022 2.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CD2 0.022 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 NE1 0.022 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 154 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 CB 0.022 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD2 0.022 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 CB 0.022 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 N 0.022 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C5' 0.022 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CB 0.022 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CD 0.021 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C6 0.021 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C6 0.021 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C1' 0.021 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CG 0.021 3.279
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CD1 0.021 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 ND1 0.021 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 CD2 0.021 3.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N1 0.021 2.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 O 0.021 3.279
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 99 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 O 0.021 3.279
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD2 0.021 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 CG2 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 CG 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 102 CD 0.020 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 OD2 0.020 2.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 OE1 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 CG 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 302 CB 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 311 C 0.020 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C6 0.020 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 CB 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N3 0.020 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CB 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 O 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE1 0.020 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 P 0.020 3.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 OE1 0.020 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CD1 0.020 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C8 0.020 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 CB 0.020 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CZ 0.020 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C7 0.019 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C6 0.019 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 CA 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 NH2 0.019 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 O 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C8 0.019 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CD2 0.019 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 6 C 0.019 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 SD 0.019 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 104 O 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 214 CA 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 CG 0.019 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 23 O 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 N 0.019 2.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 CB 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 O 0.019 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 CB 0.018 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 2 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 9 CG 0.018 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 130 O 0.018 2.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 NH2 0.018 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CA 0.018 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 NE2 0.018 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N1 0.018 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CB 0.018 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CG 0.018 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CG 0.018 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG1 0.018 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N4 0.018 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CG 0.018 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 31 CA 0.018 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 CA 0.018 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CZ 0.018 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 OD2 0.018 2.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C6 0.018 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CG1 0.018 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CD 0.018 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 0.018 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 OP2 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 CA 0.017 3.323
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CB 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 O 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 CB 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 CB 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD2 0.017 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG1 0.017 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C6 0.017 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 99 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 O 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 CD1 0.017 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 NE2 0.017 2.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C1' 0.017 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CE 0.017 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH1 0.017 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 CA 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CG2 0.017 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N1 0.017 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 O 0.017 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 NE 0.017 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 58 CB 0.017 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ 0.017 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 C 0.017 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CD1 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CD2 0.016 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CG 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CB 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CG 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C7 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 O 0.016 3.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C1' 0.016 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CB 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 NH2 0.016 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 O 0.016 3.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CB 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 CG 0.016 3.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 205 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 CG2 0.016 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 O 0.016 3.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH2 0.015 2.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 276 O 0.015 2.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N1 0.015 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 N 0.015 2.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 N3 0.015 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 OG1 0.014 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C2' 0.014 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 C 0.014 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C6 0.014 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 OD2 0.014 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 CB 0.014 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CD1 0.014 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 N 0.014 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CE1 0.014 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 CG 0.013 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C7 0.013 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 CA 0.013 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 OG1 0.013 2.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 C 0.013 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CG2 0.013 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CB 0.013 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CB 0.013 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 47 O 0.013 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NE 0.013 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD1 0.013 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD1 0.013 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 CB 0.013 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C6 0.013 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C6 0.013 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 N3 0.013 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C6 0.013 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CA 0.012 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CB 0.012 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N2 0.012 3.268
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 N 0.012 2.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C7 0.012 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 0.012 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 N 0.012 2.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 OG 0.012 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CA 0.012 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 12 CB 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 N1 0.011 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CD2 0.011 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CG 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N1 0.011 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 CG 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CB 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 O 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 CE1 0.011 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 272 O 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 CE1 0.011 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CG 0.011 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N1 0.011 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CD 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE2 0.011 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD2 0.011 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 O 0.011 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 O5' 0.011 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 ND1 0.011 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 7 OG1 0.011 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG1 0.011 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N1 0.010 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG1 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CB 0.010 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CA 0.010 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 CB 0.010 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CG 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CE1 0.010 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CG 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 CA 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 ND1 0.010 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 CD 0.010 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CG1 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CD 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 C 0.010 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CB 0.010 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 CB 0.010 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CG 0.010 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CB 0.009 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CG 0.009 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5 0.009 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 O 0.009 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CB 0.009 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 0.009 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 CB 0.009 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N4 0.009 3.241
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N6 0.009 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C6 0.009 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O 0.009 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CG 0.009 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CG 0.009 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG1 0.009 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C2' 0.009 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N9 0.009 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 CB 0.008 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 O 0.008 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 NE2 0.008 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 112 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 0.008 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 CG 0.008 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CZ 0.008 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 N 0.008 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 0.008 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4' 0.008 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CB 0.008 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 165 O 0.008 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N7 0.007 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 OE1 0.007 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 CA 0.007 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N1 0.007 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CB 0.007 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C1' 0.007 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 0.007 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2' 0.007 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 O 0.007 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CA 0.007 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CG 0.007 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 CB 0.007 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N1 0.007 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CG 0.007 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 O 0.006 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 23 CD1 0.006 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N1 0.006 2.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C8 0.006 3.214
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CG 0.006 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CG2 0.006 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 N 0.006 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 57 CB 0.006 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C6 0.006 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE1 0.006 2.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 OD1 0.006 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 NH1 0.006 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 C 0.006 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 39 CB 0.006 3.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 37 O 0.006 2.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 O 0.005 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH1 0.005 2.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 CG 0.005 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 P 0.005 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N4 0.005 3.275
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 OD1 0.005 2.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C3' 0.005 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 285 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 18 NH1 0.005 2.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CA 0.005 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 CG 0.005 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CE2 0.005 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 86 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 CE 0.005 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N1 0.005 2.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C1' 0.005 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD1 0.005 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 CA 0.005 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CG1 0.004 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 CB 0.004 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C6 0.004 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 CA 0.004 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CB 0.004 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CD2 0.004 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C1' 0.004 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N4 0.004 3.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CE 0.004 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CB 0.004 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 CA 0.004 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CB 0.004 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 CE 0.004 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 CG 0.004 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 OE1 0.003 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CD 0.003 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N3 0.003 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2 0.003 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 OH 0.003 2.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CB 0.003 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C6 0.003 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C5 0.003 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 N 0.003 2.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 SG 0.003 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N3 0.003 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 OD2 0.003 2.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 O 0.003 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N3 0.003 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C6 0.003 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N3 0.003 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CD 0.003 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 O 0.002 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 103 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 OE1 0.002 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CG1 0.002 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 CB 0.002 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE2 0.002 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C2 0.002 3.248
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CD1 0.002 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 CA 0.002 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CZ 0.002 3.248
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N1 0.002 2.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 0.002 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 O 0.002 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CA 0.002 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 NE2 0.002 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 CG 0.002 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C6 0.002 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 57 CB 0.001 3.299
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N2 0.001 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 NE 0.001 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 O 0.001 2.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CG 0.001 3.299
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 CA 0.001 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C8 0.001 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 CG 0.001 3.299
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N1 0.001 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C1' 0.001 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C7 0.001 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 CB 0.001 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CD 0.001 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C1' 0.001 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CE 0.001 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 220 CG 0.001 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N1 0.001 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 O4' 0.000 2.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 C 0.000 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N4 0.000 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CA 0.000 3.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C6 0.000 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE1 0.000 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N7 0.000 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CG -0.000 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 125 CB -0.000 3.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C8 -0.000 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 CB -0.000 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N3 -0.000 3.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N2 -0.000 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CB -0.000 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N4 -0.000 3.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 235 N -0.000 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C6 -0.000 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N3 -0.000 2.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 213 CD -0.001 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 P -0.001 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N6 -0.001 3.251
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 103 O -0.001 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 OE2 -0.001 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 O -0.001 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CB -0.001 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C1' -0.001 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 O -0.001 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 309 CB -0.001 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 P -0.001 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CG -0.001 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N3 -0.001 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 O -0.001 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N1 -0.001 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C7 -0.002 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 24 C -0.002 3.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CD2 -0.002 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 OE2 -0.002 2.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CB -0.002 3.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CD -0.002 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 CG -0.002 3.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N1 -0.002 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 16 O -0.002 3.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N1 -0.002 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2 -0.002 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C6 -0.002 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CZ -0.003 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 21 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 CB -0.003 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 328 CA -0.003 3.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 -0.003 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 154 CB -0.003 3.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N6 -0.003 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 O -0.004 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CE1 -0.004 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 204 CB -0.004 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 CG2 -0.004 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 OH -0.004 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 88 CA -0.004 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH1 -0.004 2.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CB -0.005 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 242 N -0.005 2.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CD2 -0.005 3.185
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C5 -0.005 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C6 -0.005 3.255
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CG2 -0.005 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 OH -0.005 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CB -0.005 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 NE2 -0.005 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CD -0.005 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 O -0.005 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 88 N -0.005 2.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 N3 -0.005 2.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CB -0.005 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 117 CD2 -0.005 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C8 -0.005 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 O -0.005 2.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C7 -0.005 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 23 CD1 -0.005 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 NE -0.005 3.285
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CB -0.005 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CB -0.006 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CZ -0.006 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C6 -0.006 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N1 -0.006 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C6 -0.006 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C7 -0.006 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 21 SG -0.006 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CA -0.006 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 O -0.006 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 O -0.006 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CB -0.006 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 N3 -0.006 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N1 -0.006 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N3 -0.006 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 CG -0.006 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 104 O -0.006 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 O -0.007 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 303 O -0.007 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N3 -0.007 2.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CE1 -0.007 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CG -0.007 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 OD2 -0.007 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 -0.007 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 CA -0.007 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 CD2 -0.007 3.187
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CB -0.007 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 103 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 OE1 -0.007 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N6 -0.007 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C6 -0.008 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C6 -0.008 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CG -0.008 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N1 -0.008 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CD -0.008 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 OG1 -0.008 2.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 C -0.008 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N1 -0.008 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG2 -0.009 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 O -0.009 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CA -0.009 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CG2 -0.009 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CE2 -0.009 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N7 -0.009 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N1 -0.009 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 O -0.009 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD -0.009 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 NE2 -0.009 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CA -0.009 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 OG1 -0.009 2.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 O -0.009 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 181 CB -0.009 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CA -0.009 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CZ -0.009 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CD1 -0.009 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 331 CD -0.009 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5 -0.009 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CD -0.009 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 N3 -0.009 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C5 -0.009 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 36 N -0.010 2.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 285 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 CE1 -0.010 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CG -0.010 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C1' -0.010 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 SG -0.010 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N1 -0.010 2.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 245 CG2 -0.010 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 OG1 -0.010 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 -0.010 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C5 -0.010 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2 -0.010 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 191 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 CG -0.010 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 CB -0.010 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C1' -0.010 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CG -0.010 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 OE2 -0.010 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CD -0.010 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 CE2 -0.011 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 O -0.011 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 225 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 386 NZ -0.011 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD2 -0.011 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 -0.011 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 7 CG2 -0.011 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CD -0.011 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2 -0.011 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD2 -0.011 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 O -0.011 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 CG -0.011 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 O -0.011 2.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 O -0.011 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 -0.011 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 O -0.011 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 P -0.011 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N1 -0.011 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 CG -0.011 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 N -0.011 2.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CE1 -0.011 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2' -0.012 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C5' -0.012 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 O -0.012 3.192
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 CB -0.012 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 C -0.012 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 CA -0.012 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 NZ -0.012 2.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CG -0.012 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 N -0.012 2.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CE -0.012 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C6 -0.012 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE2 -0.012 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CB -0.013 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 CA -0.013 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 CG -0.013 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C6 -0.013 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CB -0.013 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 -0.013 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CB -0.013 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 O -0.013 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 CG2 -0.013 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 283 CB -0.013 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CB -0.013 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 CB -0.013 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 CG2 -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 CA -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C2' -0.014 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 CZ -0.014 3.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 117 CB -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 O -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CB -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 O -0.014 3.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C5 -0.014 3.264
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG1 -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD2 -0.014 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 O -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 OD2 -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CB -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CB -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CZ -0.014 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 57 CA -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 O -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 CB -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N3 -0.014 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 O -0.014 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N1 -0.014 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 CA -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 OE2 -0.015 2.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CG1 -0.015 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C6 -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CA -0.015 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD1 -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CD1 -0.015 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CA -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CG -0.015 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C8 -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CG -0.015 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH2 -0.015 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 N3 -0.015 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 ND2 -0.015 3.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CD2 -0.015 3.195
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE2 -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C4 -0.015 3.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 C -0.015 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CE -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE -0.015 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CG -0.015 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CE1 -0.015 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C4' -0.015 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C6 -0.015 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C1' -0.016 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 O2 -0.016 3.196
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CG -0.016 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 -0.016 2.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 N -0.016 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CB -0.016 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 ND2 -0.016 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CA -0.016 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 O -0.016 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N6 -0.016 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 OE2 -0.016 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CG -0.016 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 369 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 370 CD2 -0.016 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CG -0.016 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C7 -0.016 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C4 -0.016 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 O -0.016 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N3 -0.016 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 160 CG -0.016 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG -0.016 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 O -0.017 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 CD1 -0.017 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CB -0.017 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NE -0.017 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 CB -0.017 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 N -0.017 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CE1 -0.017 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2' -0.017 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N1 -0.017 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 CG2 -0.017 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C5 -0.017 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C8 -0.017 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C1' -0.017 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 CB -0.017 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 NZ -0.018 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH2 -0.018 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CZ -0.018 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2 -0.018 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 -0.018 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CD1 -0.018 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 135 O -0.018 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 O -0.018 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CG -0.018 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 O -0.018 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CG -0.018 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CG -0.018 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CG -0.019 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CG1 -0.019 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 C -0.019 3.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C1' -0.019 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 OE2 -0.019 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CG2 -0.019 3.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CD -0.019 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 OE2 -0.019 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 223 N -0.019 2.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 304 N -0.019 2.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 NH1 -0.019 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C5 -0.019 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CB -0.020 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CA -0.020 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 O -0.020 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 N -0.020 2.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CE2 -0.020 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD -0.020 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 P -0.020 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C4 -0.020 3.270
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 O2 -0.020 2.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 O2 -0.020 2.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 23 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 ND2 -0.020 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 O -0.020 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C1' -0.020 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C5 -0.020 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N9 -0.020 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 N -0.020 3.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CE1 -0.021 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N1 -0.021 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 O -0.021 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C1' -0.021 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 CG -0.021 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG1 -0.021 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C1' -0.021 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CB -0.021 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CZ -0.021 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 -0.021 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 O -0.021 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 O -0.021 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N3 -0.021 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CA -0.021 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 113 CA -0.021 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 OH -0.021 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N7 -0.021 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C6 -0.021 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C7 -0.021 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 N -0.021 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 O -0.021 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CB -0.022 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N1 -0.022 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CD -0.022 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 324 CB -0.022 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 O -0.022 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CB -0.022 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 N3 -0.022 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 -0.022 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 N -0.022 2.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N1 -0.022 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C6 -0.022 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 N -0.022 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE1 -0.022 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 N -0.022 2.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C2' -0.022 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 O -0.023 3.323
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD1 -0.023 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CG1 -0.023 3.323
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 CA -0.023 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N1 -0.023 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 O2 -0.023 2.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C6 -0.023 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CD1 -0.023 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CB -0.023 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CE2 -0.023 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2 -0.023 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N1 -0.023 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CD1 -0.023 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N2 -0.023 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 N -0.023 3.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 P -0.023 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CD -0.023 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C8 -0.023 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CG -0.023 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA -0.023 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 O -0.024 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 N -0.024 2.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 O -0.024 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE2 -0.024 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 NZ -0.024 2.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 253 CD -0.024 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 O5' -0.024 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N3 -0.024 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG1 -0.024 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 113 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CB -0.025 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CD2 -0.025 3.205
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 86 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 NZ -0.025 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 N3 -0.025 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 N -0.025 2.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 CG -0.025 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 -0.025 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 NH1 -0.025 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CA -0.025 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 OD2 -0.025 2.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CD -0.025 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CG -0.025 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CA -0.025 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 O -0.025 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 66 CD -0.025 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CG1 -0.025 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 SG -0.025 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 N4 -0.026 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 6 CG -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N1 -0.026 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 O2 -0.026 2.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 O -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 O -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 CG2 -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 CG2 -0.026 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 O -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 OD2 -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CA -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CA -0.026 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 CB -0.026 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CG -0.026 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 -0.026 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 N -0.026 2.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 CG2 -0.026 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 OP1 -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C1' -0.027 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 -0.027 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C7 -0.027 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C1' -0.027 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 117 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 317 CB -0.027 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N1 -0.027 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH2 -0.027 3.277
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N1 -0.027 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 O -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 308 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NE -0.027 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 CG -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 OE1 -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N1 -0.027 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C6 -0.027 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N3 -0.027 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CA -0.027 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 CG2 -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 OG1 -0.027 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 O -0.027 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 CB -0.027 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ -0.028 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C6 -0.028 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N1 -0.028 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C2' -0.028 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N6 -0.028 3.308
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N3 -0.028 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C2 -0.028 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O -0.028 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 CB -0.028 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C8 -0.028 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 CB -0.028 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C1' -0.028 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 CB -0.028 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CA -0.028 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CZ2 -0.028 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CB -0.028 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C2 -0.029 3.279
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 NH2 -0.029 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 N -0.029 2.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N3 -0.029 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CD2 -0.029 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N1 -0.029 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 CB -0.029 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 -0.029 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 CB -0.029 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 N3 -0.029 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD2 -0.029 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CE2 -0.029 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N7 -0.029 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C6 -0.029 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CE -0.029 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG1 -0.029 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 232 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 CB -0.030 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 NZ -0.030 3.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 269 O -0.030 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N3 -0.030 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 CB -0.030 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CB -0.030 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CG -0.030 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CE2 -0.030 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 N3 -0.030 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 C -0.030 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD1 -0.030 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CE2 -0.030 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 CG2 -0.030 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA -0.030 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N1 -0.030 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 CB -0.030 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 CG -0.030 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N1 -0.030 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 CB -0.030 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 O -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CB -0.031 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 OG -0.031 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CZ -0.031 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 O -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 CA -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CE -0.031 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 CG -0.031 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 CB -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CA -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH1 -0.031 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 77 CB -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CB -0.031 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 CG -0.031 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 184 CG -0.031 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N4 -0.031 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CA -0.031 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 OE1 -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD -0.031 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 CG -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 O -0.031 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CG -0.032 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N1 -0.032 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CG1 -0.032 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 53 O -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 O -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C5' -0.032 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 CB -0.032 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 -0.032 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 OG -0.032 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 N -0.032 2.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 CG2 -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 C -0.032 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CB -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C7 -0.032 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 241 CG -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CE1 -0.032 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 CA -0.032 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CG -0.032 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C2 -0.032 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE1 -0.032 2.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C3' -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N1 -0.032 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N1 -0.032 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 O -0.032 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 N -0.032 2.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CE1 -0.033 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 100 CA -0.033 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CZ -0.033 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 C -0.033 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 CB -0.033 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CZ -0.033 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 19 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CG1 -0.033 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 O2 -0.033 2.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 301 OG -0.033 2.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 CB -0.033 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 CB -0.033 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 O -0.033 3.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 OG1 -0.033 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 N -0.033 2.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 CB -0.033 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CB -0.033 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 66 OE1 -0.033 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 O -0.033 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N1 -0.033 2.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 CE -0.034 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 CB -0.034 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N1 -0.034 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CB -0.034 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CG -0.034 3.064
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 CB -0.034 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 CD -0.034 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD1 -0.034 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 N3 -0.034 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CD -0.034 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD1 -0.034 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C6 -0.034 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 8 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 NH2 -0.034 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CB -0.034 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N4 -0.034 3.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CE1 -0.034 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 O -0.034 3.064
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 O -0.035 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 O -0.035 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N1 -0.035 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 P -0.035 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 O -0.035 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 -0.035 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 47 CB -0.035 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 264 O -0.035 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 N3 -0.035 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N4 -0.035 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C2' -0.035 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH1 -0.035 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C4 -0.035 3.285
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD2 -0.035 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 N -0.035 2.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N1 -0.035 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CG -0.035 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CD -0.035 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N1 -0.035 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N3 -0.035 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 -0.035 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 C -0.035 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 123 N -0.035 2.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N6 -0.035 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 NE -0.036 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N3 -0.036 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CG -0.036 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 CB -0.036 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD2 -0.036 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 323 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 320 CA -0.036 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 OG -0.036 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 CB -0.036 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 CB -0.036 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CZ -0.036 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CD1 -0.036 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C1' -0.036 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 OG -0.036 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 8 CB -0.036 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CD -0.036 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CB -0.036 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 N -0.036 2.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH2 -0.036 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N4 -0.036 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 O -0.036 2.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH2 -0.037 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 O2 -0.037 2.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N3 -0.037 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 N3 -0.037 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N1 -0.037 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 CA -0.037 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 241 CB -0.037 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CG -0.037 3.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N1 -0.037 3.317
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N3 -0.037 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NE -0.037 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 OE1 -0.037 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CG -0.037 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 -0.037 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CB -0.037 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE2 -0.037 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CD -0.037 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C4 -0.037 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 P -0.038 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 OD2 -0.038 2.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CD2 -0.038 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 CB -0.038 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 325 N -0.038 2.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N3 -0.038 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CB -0.038 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CB -0.038 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 O2 -0.038 2.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CD2 -0.038 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 116 CB -0.038 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 O -0.038 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 CG -0.038 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C6 -0.038 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CG -0.038 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 O -0.038 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CA -0.038 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CG1 -0.039 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD1 -0.039 2.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 O -0.039 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C2' -0.039 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 O2 -0.039 2.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CZ -0.039 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N3 -0.039 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C7 -0.039 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 -0.039 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD2 -0.039 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C8 -0.039 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 CG -0.039 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 360 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 CG2 -0.039 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CG -0.040 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 35 O -0.040 2.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 53 CD -0.040 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CB -0.040 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CD -0.040 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N2 -0.040 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 OP1 -0.040 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 OP1 -0.040 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C6 -0.040 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 CD -0.040 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CA -0.040 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C1' -0.040 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C8 -0.040 3.260
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH2 -0.040 2.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 SD -0.040 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 CB -0.040 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C8 -0.041 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 N -0.041 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 NH2 -0.041 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N9 -0.041 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N1 -0.041 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 CB -0.041 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NE -0.041 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 O -0.041 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 -0.041 2.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CD1 -0.041 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 O -0.041 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 N -0.041 2.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C6 -0.041 3.261
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 O -0.041 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 OE1 -0.041 2.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C6 -0.041 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C3' -0.042 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 O -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 O2 -0.042 2.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 298 N -0.042 2.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C2 -0.042 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 O -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 O -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 O2 -0.042 2.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 O -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CB -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N4 -0.042 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 OD1 -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 N -0.042 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C5 -0.042 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 O -0.042 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 OG -0.042 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 CG -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CG -0.043 3.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CB -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CB -0.043 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 CB -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 NE2 -0.043 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C6 -0.043 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CG -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 O -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CG -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N1 -0.043 2.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C6 -0.043 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 15 N -0.043 2.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 122 CB -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 O -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 116 CB -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CA -0.043 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CG2 -0.043 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N2 -0.044 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 CG -0.044 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 286 CE2 -0.044 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 CD2 -0.044 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C7 -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C6 -0.044 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 153 N -0.044 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 370 CE1 -0.044 3.224
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CB -0.044 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 O -0.044 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 OG1 -0.044 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CB -0.044 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 ND1 -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N7 -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE2 -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CD -0.044 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CA -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CG -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 NZ -0.044 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2 -0.044 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CE1 -0.044 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 O -0.044 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 4 CB -0.044 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 O2 -0.044 2.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N3 -0.044 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NH1 -0.044 2.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 21 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 25 O -0.044 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CG1 -0.045 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 OD1 -0.045 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N7 -0.045 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N3 -0.045 2.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD1 -0.045 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O -0.045 2.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 O -0.045 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CZ -0.045 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N7 -0.045 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 OD1 -0.045 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NE -0.045 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 O2 -0.045 2.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD1 -0.046 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 C -0.046 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CG -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 NE2 -0.046 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 159 O -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 CG -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2 -0.046 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 96 O -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 -0.046 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 CG -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 CB -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 O -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 251 O -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG1 -0.046 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 CB -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C7 -0.046 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 OP1 -0.046 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 NE2 -0.047 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 CG1 -0.047 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 32 CB -0.047 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CB -0.047 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CE2 -0.047 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 100 CA -0.047 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C7 -0.047 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C4 -0.047 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 N -0.047 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N3 -0.047 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 126 CG -0.047 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 O -0.047 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NH2 -0.047 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 P -0.047 4.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 C -0.047 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 115 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CG1 -0.047 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N6 -0.047 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N9 -0.047 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 93 NZ -0.047 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N1 -0.047 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N3 -0.047 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5 -0.048 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD1 -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CA -0.048 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 CB -0.048 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 OD2 -0.048 2.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 NH1 -0.048 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CD2 -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 CB -0.048 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 O2 -0.048 2.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG2 -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 CG2 -0.048 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD2 -0.048 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 CA -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 58 CB -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 NE -0.048 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CB -0.048 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C6 -0.048 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CB -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 CG -0.048 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N6 -0.048 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 374 CB -0.048 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 CD2 -0.048 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 281 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 285 CA -0.048 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C4 -0.048 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C1' -0.048 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C1' -0.048 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CB -0.049 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 CG -0.049 3.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 SD -0.049 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C5' -0.049 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 286 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 CE1 -0.049 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 -0.049 2.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD2 -0.049 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N9 -0.049 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH2 -0.049 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 109 N -0.049 2.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CG -0.049 3.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 CB -0.049 3.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NE -0.049 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CE -0.049 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 O -0.050 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 58 CB -0.050 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N2 -0.050 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 P -0.050 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CA -0.050 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 CA -0.050 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CB -0.050 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N6 -0.050 3.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 46 N -0.050 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CB -0.050 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 N3 -0.050 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 CB -0.050 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH2 -0.050 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 30 N -0.050 2.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.050 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 CG -0.050 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C1' -0.050 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 O -0.050 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CZ -0.050 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CA -0.050 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C7 -0.051 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 OH -0.051 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 O2 -0.051 2.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 OP2 -0.051 2.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 94 CG -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 CB -0.051 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N4 -0.051 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 367 CA -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 OD1 -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 CG -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 NZ -0.051 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N1 -0.051 2.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 SD -0.051 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CG2 -0.051 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 N -0.051 2.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 O -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 329 O -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CB -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C6 -0.051 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C1' -0.051 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C6 -0.051 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 O -0.051 2.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 CD -0.051 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 CA -0.051 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 N -0.051 2.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CG2 -0.051 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 CG -0.051 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CG -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CZ -0.052 3.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 CG -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 NE2 -0.052 2.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C6 -0.052 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 O -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE1 -0.052 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N1 -0.052 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 N3 -0.052 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 O2 -0.052 2.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 47 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 -0.052 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CB -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CE -0.052 3.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CB -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CZ -0.052 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 O -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 239 O -0.052 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 O3' -0.052 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N1 -0.052 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 CG -0.052 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 183 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 CG -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 C -0.052 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CG2 -0.052 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C6 -0.053 3.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CB -0.053 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 112 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 53 CG -0.053 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CG2 -0.053 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 N3 -0.053 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CD -0.053 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N6 -0.053 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 CB -0.053 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD1 -0.053 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 CG -0.053 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 OP2 -0.053 2.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CB -0.053 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C4 -0.053 3.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C6 -0.053 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C7 -0.053 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 O3' -0.053 3.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 NE2 -0.053 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 157 CG -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH2 -0.054 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 CB -0.054 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 C -0.054 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 CB -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CB -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 320 CB -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CG -0.054 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C6 -0.054 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 O -0.054 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 182 CB -0.054 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C6 -0.054 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CG -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 O -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C5 -0.054 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 N -0.054 2.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 OE2 -0.054 2.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CB -0.054 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 N4 -0.055 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CG2 -0.055 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C2 -0.055 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CB -0.055 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C5' -0.055 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 N -0.055 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C6 -0.055 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 O -0.055 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 O -0.055 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 O -0.055 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 OE2 -0.055 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CD1 -0.055 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CD -0.055 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 210 OD1 -0.055 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5' -0.055 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C4 -0.055 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 NE2 -0.055 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 CB -0.056 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 OG -0.056 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 28 N -0.056 2.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD1 -0.056 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 N3 -0.056 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 O -0.056 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 204 CG -0.056 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 N -0.056 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CG -0.056 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 OG1 -0.056 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 N -0.056 2.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CG -0.056 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N3 -0.056 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N1 -0.056 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD1 -0.056 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C1' -0.056 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 N -0.056 2.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C6 -0.056 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 OG -0.056 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N1 -0.056 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 P -0.056 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CZ -0.057 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CB -0.057 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 112 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 53 CG -0.057 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CD2 -0.057 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 NH1 -0.057 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CZ -0.057 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N1 -0.057 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD1 -0.057 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 C -0.057 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N3 -0.057 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 NE -0.057 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH2 -0.057 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 O -0.057 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 O4' -0.057 2.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 OP1 -0.057 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 OE1 -0.057 2.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C6 -0.057 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE1 -0.057 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CB -0.057 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 CG -0.057 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N7 -0.057 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 CB -0.057 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CB -0.057 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 CA -0.057 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 P -0.058 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CB -0.058 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 C -0.058 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 OG -0.058 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N1 -0.058 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 CB -0.058 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 CE -0.058 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 CG -0.058 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C6 -0.058 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 O -0.058 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 195 CB -0.058 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 O2 -0.058 2.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C6 -0.058 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 C -0.058 3.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C8 -0.058 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C5 -0.058 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 13 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C5' -0.058 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 323 CG2 -0.058 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 O2 -0.058 2.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 NE2 -0.059 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CB -0.059 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 CB -0.059 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG1 -0.059 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 N -0.059 2.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 N3 -0.059 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CG -0.059 3.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 N3 -0.059 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 331 CG -0.059 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C1' -0.059 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 -0.059 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 O -0.059 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 OH -0.059 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 C6 -0.059 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CB -0.059 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 CB -0.059 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 CB -0.059 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2 -0.059 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE2 -0.059 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 P -0.059 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 N -0.059 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C5 -0.059 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N1 -0.059 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5 -0.059 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 OP2 -0.059 2.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 32 OG -0.059 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 CG -0.060 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 NE2 -0.060 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CD -0.060 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 273 CG -0.060 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD2 -0.060 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 N -0.060 2.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG2 -0.060 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NE -0.060 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 N -0.060 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CD2 -0.060 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CG2 -0.060 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 1 C -0.060 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 CB -0.060 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 O2 -0.060 2.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 N -0.060 2.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C4 -0.060 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 CE -0.060 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C4 -0.060 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 O2 -0.061 2.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CB -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CB -0.061 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CD1 -0.061 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 386 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE1 -0.061 2.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 O -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C1' -0.061 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG -0.061 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 N -0.061 2.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 CB -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB -0.061 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 258 CB -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 O -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C6 -0.061 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CB -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CE -0.061 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CB -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 -0.061 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD1 -0.061 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 N3 -0.061 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 N -0.061 2.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 O -0.061 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 N -0.061 2.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CB -0.062 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 333 NZ -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 129 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 OE1 -0.062 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 OG1 -0.062 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C1' -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 O2 -0.062 2.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N1 -0.062 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CD -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 O -0.062 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CG2 -0.062 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 286 N -0.062 2.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 N -0.062 2.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CG -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH2 -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 P -0.062 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C4 -0.062 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 O2 -0.062 2.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 117 CD2 -0.062 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CA -0.062 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5 -0.062 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH2 -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 -0.062 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2 -0.062 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 O -0.062 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 O -0.062 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 O -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CA -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 CA -0.063 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 C -0.063 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N2 -0.063 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 O -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CB -0.063 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CE -0.063 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 CG2 -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C1' -0.063 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 103 CG -0.063 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CB -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG1 -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C7 -0.063 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CB -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CG -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C6 -0.063 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N1 -0.063 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 307 CG1 -0.063 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CG2 -0.063 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CG -0.063 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 O2 -0.064 2.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5 -0.064 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CA -0.064 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 O -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 OH -0.064 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 OP2 -0.064 2.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 O -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2 -0.064 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CG2 -0.064 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 O -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 210 O -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 N3 -0.064 2.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 CG1 -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5 -0.064 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CB -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 N -0.064 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C6 -0.064 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CG -0.064 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N6 -0.064 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 CD -0.064 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N7 -0.064 3.314
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 O2 -0.064 2.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH2 -0.064 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 N -0.064 2.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C6 -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG1 -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 OD2 -0.065 2.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 15 O -0.065 2.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CD2 -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4' -0.065 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CA -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 ND1 -0.065 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C6 -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CG -0.065 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 O -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 NE2 -0.065 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 O -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CB -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CA -0.065 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CA -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N1 -0.065 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 323 C -0.065 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CD -0.065 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 O2 -0.065 2.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 N -0.065 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 O -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 CG -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N6 -0.065 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG2 -0.065 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 320 CG -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2' -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N6 -0.065 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 OH -0.065 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4 -0.065 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CG2 -0.065 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 183 O -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CA -0.065 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 OD1 -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CB -0.065 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CD1 -0.065 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 116 CA -0.065 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 245 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 CG -0.066 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 OE2 -0.066 3.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CG -0.066 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 SD -0.066 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH2 -0.066 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CD -0.066 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 16 CB -0.066 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 142 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 258 CD2 -0.066 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N6 -0.066 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C6 -0.066 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CB -0.066 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 290 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CD1 -0.066 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N1 -0.066 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C6 -0.066 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2 -0.066 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C1' -0.066 3.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CG -0.066 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 O -0.066 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N1 -0.066 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C5 -0.066 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 N -0.066 2.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH1 -0.066 2.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 O -0.066 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CG -0.067 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 -0.067 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C6 -0.067 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 O -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C6 -0.067 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CZ -0.067 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N7 -0.067 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C4 -0.067 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 71 N -0.067 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 CG -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C4 -0.067 3.287
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 O -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 67 CB -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD2 -0.067 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 CB -0.067 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 ND1 -0.067 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 N -0.067 2.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 115 CG2 -0.067 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 27 CG -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD1 -0.067 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C1' -0.067 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CB -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 89 CB -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CG -0.067 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 N -0.067 2.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CB -0.067 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 NH1 -0.067 2.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ -0.068 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CZ -0.068 3.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 O -0.068 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C1' -0.068 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 N -0.068 2.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 OD2 -0.068 2.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 O -0.068 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C6 -0.068 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CZ -0.068 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N1 -0.068 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 C -0.068 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CD2 -0.068 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 NE2 -0.068 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CE2 -0.068 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 OG -0.068 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 OG1 -0.068 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N6 -0.068 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N4 -0.068 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 CB -0.068 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CA -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 253 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 251 OG -0.069 2.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C6 -0.069 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C4' -0.069 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C3' -0.069 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CE2 -0.069 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 O -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 128 N -0.069 2.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 116 CA -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N1 -0.069 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG1 -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 O -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CE -0.069 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CA -0.069 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 104 O -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CD2 -0.069 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 C -0.069 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 -0.069 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 14 N -0.069 3.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CB -0.069 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CH2 -0.069 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 25 CB -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5 -0.070 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 N -0.070 2.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CE1 -0.070 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CD -0.070 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CG -0.070 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 O -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 CB -0.070 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 115 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CG2 -0.070 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C6 -0.070 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 -0.070 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 O2 -0.070 2.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CB -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CG -0.070 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP2 -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD2 -0.070 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 O -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 CA -0.070 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 CG -0.070 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N2 -0.070 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 CG -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 CA -0.070 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CD -0.070 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 O2 -0.071 2.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N9 -0.071 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 OP1 -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 CG -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 N3 -0.071 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C5 -0.071 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CE -0.071 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N3 -0.071 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG1 -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2 -0.071 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N1 -0.071 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 CG -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 OE1 -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CB -0.071 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 -0.071 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CB -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CD2 -0.071 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 O -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 C -0.071 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 CB -0.071 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CG -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 146 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 OE1 -0.072 2.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 N -0.072 2.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C5 -0.072 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CA -0.072 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 75 CA -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 77 CB -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CG -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 C -0.072 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C2 -0.072 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2' -0.072 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C6 -0.072 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 O -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 202 CG -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N9 -0.072 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 CG -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CZ -0.072 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 CG -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CD -0.072 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 CB -0.072 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N1 -0.072 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 SD -0.072 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CA -0.072 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 O -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 242 OG -0.073 2.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 11 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 CA -0.073 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 P -0.073 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 O2 -0.073 2.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5' -0.073 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CA -0.073 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CB -0.073 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB -0.073 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 CA -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CE2 -0.073 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 CG -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 O -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N6 -0.073 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CG -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 229 CD -0.073 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG2 -0.074 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 N -0.074 2.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CD -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 CA -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CG1 -0.074 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 96 CB -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CB -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 OP1 -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 312 O -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NE -0.074 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 307 CB -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 O -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 OP1 -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CE -0.074 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CA -0.074 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 O -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CA -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 NZ -0.074 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 NE2 -0.074 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 CB -0.074 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 125 N -0.074 2.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CG -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 O -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 CB -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 O -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 P -0.075 4.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 NZ -0.075 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 CG1 -0.075 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 NE2 -0.075 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 CB -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 95 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 CE -0.075 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 96 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 CB -0.075 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 O2 -0.075 2.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 N3 -0.075 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 -0.075 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 N -0.075 2.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CB -0.075 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C5 -0.075 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG2 -0.075 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C5 -0.075 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CG2 -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 N4 -0.075 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD1 -0.075 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CG1 -0.075 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CD2 -0.075 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N9 -0.075 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CB -0.076 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 NE2 -0.076 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CD1 -0.076 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 77 CB -0.076 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N1 -0.076 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O -0.076 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 142 CB -0.076 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 N -0.076 2.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 NE2 -0.076 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C5 -0.076 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CG1 -0.076 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CA -0.076 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N1 -0.076 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CZ -0.076 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 CA -0.076 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5 -0.076 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N6 -0.076 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 CB -0.076 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C1' -0.076 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N9 -0.076 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C1' -0.076 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CD1 -0.076 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C2 -0.076 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C4 -0.077 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 CE -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 CB -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 CG2 -0.077 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 N -0.077 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 CA -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 C -0.077 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 NE2 -0.077 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 CG2 -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C4 -0.077 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C1' -0.077 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 22 CA -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 21 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE1 -0.077 3.257
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 OE1 -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 N -0.077 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C6 -0.077 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N9 -0.077 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CD2 -0.077 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CG -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C4 -0.077 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CG2 -0.077 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 O2 -0.077 2.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH1 -0.077 2.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 264 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 266 CD -0.077 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N1 -0.077 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 -0.077 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 O3' -0.077 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 63 CG -0.077 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C1' -0.078 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 N -0.078 2.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 144 CB -0.078 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C1' -0.078 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG1 -0.078 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CE2 -0.078 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 O -0.078 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2 -0.078 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB -0.078 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C1' -0.078 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 O -0.078 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 O2 -0.078 2.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 O2 -0.078 2.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CB -0.078 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 OH -0.078 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C6 -0.078 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 OP2 -0.078 2.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 CB -0.078 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG2 -0.078 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CG -0.079 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 CB -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 OE2 -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C5 -0.079 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 N -0.079 2.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CD1 -0.079 3.259
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C7 -0.079 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CB -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 O -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB -0.079 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 CB -0.079 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 CG -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 41 O -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CD2 -0.079 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 276 C -0.079 3.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 NZ -0.079 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N9 -0.079 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CB -0.079 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CD -0.079 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C8 -0.079 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N3 -0.080 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 CD -0.080 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 275 NE2 -0.080 2.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 N -0.080 2.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CG -0.080 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH2 -0.080 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CD1 -0.080 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH1 -0.080 2.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 166 OG -0.080 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 96 CB -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD1 -0.080 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 CB -0.080 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 O -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 33 CB -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 CB -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CB -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 O -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N6 -0.080 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE1 -0.080 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C1' -0.080 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CB -0.080 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C4' -0.081 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 CG -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CD -0.081 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 CB -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CG1 -0.081 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CG -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N1 -0.081 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 OD1 -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CB -0.081 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CA -0.081 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 O -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CA -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 53 CD -0.081 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 O -0.081 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD2 -0.081 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2 -0.081 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N3 -0.081 2.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 P -0.081 4.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CG1 -0.081 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 O3' -0.081 3.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 O -0.082 2.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CG -0.082 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 CZ -0.082 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CB -0.082 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD1 -0.082 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 CB -0.082 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 N -0.082 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 N -0.082 2.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CB -0.082 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 O -0.082 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C1' -0.082 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CG2 -0.082 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CD2 -0.082 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N7 -0.082 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N6 -0.082 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CG -0.082 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 NH2 -0.082 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 NE2 -0.082 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 51 CG -0.082 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N4 -0.082 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 CG -0.082 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG2 -0.082 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CD2 -0.083 3.263
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N3 -0.083 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 N3 -0.083 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 CB -0.083 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 CB -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 OP1 -0.083 2.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 O -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C1' -0.083 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 30 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CD1 -0.083 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 CA -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 O -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CB -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 CB -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 C -0.083 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CD -0.083 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N9 -0.083 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 SD -0.083 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 CG -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 77 O -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 O -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 CB -0.083 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C6 -0.083 3.303
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CB -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N1 -0.084 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 N -0.084 2.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 N -0.084 2.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 51 O -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 77 CB -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 178 CG -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG2 -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 N3 -0.084 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 5 O -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CG2 -0.084 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CZ -0.084 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C4 -0.084 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 253 CD -0.084 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 CG -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CZ -0.084 3.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 148 CB -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD2 -0.084 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NH1 -0.084 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C2 -0.084 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C1' -0.084 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 O -0.084 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 N -0.084 2.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 O2 -0.084 2.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD2 -0.084 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB -0.085 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CG -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 CG -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 CB -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CG -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CZ -0.085 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CB -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 O2 -0.085 2.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 206 OG -0.085 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 N -0.085 2.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 O -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 O -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CG -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG2 -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 O -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 202 CE -0.085 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CB -0.085 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 281 CB -0.085 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 51 CG -0.085 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CD -0.085 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CB -0.085 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C4' -0.085 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2 -0.085 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C6 -0.085 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C6 -0.085 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 CB -0.085 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N1 -0.086 2.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 O -0.086 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C5' -0.086 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 CB -0.086 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 -0.086 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C1' -0.086 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 O -0.086 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CG1 -0.086 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C5 -0.086 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 1 C -0.086 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C1' -0.086 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CB -0.086 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N6 -0.086 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CD -0.086 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 N -0.086 2.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 O -0.086 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 184 CA -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 48 CB -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CD1 -0.087 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 126 CB -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C6 -0.087 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C7 -0.087 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 N -0.087 2.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CE2 -0.087 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 O -0.087 3.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 CA -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 O -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N3 -0.087 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C3' -0.087 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH1 -0.087 2.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH1 -0.087 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 CG1 -0.087 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 CA -0.087 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 CA -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C6 -0.087 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 10 O -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C7 -0.087 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C5 -0.087 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 CG -0.087 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C1' -0.087 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 OG -0.087 2.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB -0.087 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CE -0.087 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N3 -0.088 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 O -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 O -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CE -0.088 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG2 -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CG2 -0.088 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N6 -0.088 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 258 CD1 -0.088 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 N -0.088 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 O -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 237 N -0.088 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 187 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 OG1 -0.088 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C7 -0.088 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C1' -0.088 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 CG -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 N -0.088 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CG -0.088 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N1 -0.088 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 O2 -0.088 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CG1 -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5 -0.088 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N7 -0.088 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2' -0.088 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 CB -0.088 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CG2 -0.088 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N2 -0.089 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 280 CB -0.089 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 N -0.089 2.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C7 -0.089 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C1' -0.089 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C2 -0.089 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CD1 -0.089 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C2 -0.089 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 146 NZ -0.089 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C5 -0.089 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C6 -0.089 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CA -0.089 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 OH -0.089 2.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CG -0.089 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD -0.089 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 O -0.089 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C2' -0.089 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 O2 -0.089 2.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 CD2 -0.089 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG2 -0.089 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C6 -0.089 3.309
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 O -0.089 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 O -0.089 2.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 48 NE2 -0.089 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 O -0.089 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CZ -0.089 3.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C8 -0.089 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C1' -0.089 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 114 O -0.090 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 NE -0.090 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CZ -0.090 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C5 -0.090 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 51 O -0.090 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 N -0.090 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C6 -0.090 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 114 O -0.090 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 NE2 -0.090 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 OG1 -0.090 2.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 CD -0.090 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 O -0.090 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 -0.090 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB -0.090 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH1 -0.090 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 OG1 -0.090 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C1' -0.090 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C1' -0.090 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 N -0.090 2.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 OG1 -0.090 2.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 ND2 -0.090 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 SD -0.091 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 65 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 P -0.091 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C4 -0.091 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CD1 -0.091 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CD1 -0.091 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CB -0.091 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CG2 -0.091 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 129 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 O -0.091 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4 -0.091 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N4 -0.091 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 N -0.091 2.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 CG -0.091 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 OE1 -0.091 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD -0.091 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CD2 -0.091 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 N -0.091 2.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH2 -0.091 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD2 -0.091 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 CB -0.091 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N1 -0.091 2.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD2 -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 N -0.092 2.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD2 -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 N -0.092 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CG2 -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C7 -0.092 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD2 -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 CD -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CB -0.092 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CG2 -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 40 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 OP2 -0.092 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 O -0.092 2.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N3 -0.092 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 P -0.092 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 OH -0.092 2.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 O -0.092 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG2 -0.092 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CD -0.093 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N9 -0.093 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 O -0.093 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 104 O -0.093 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 O -0.093 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C6 -0.093 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 CB -0.093 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N6 -0.093 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG2 -0.093 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 N -0.093 2.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CB -0.093 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 N -0.093 2.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N1 -0.093 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C6 -0.093 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 P -0.093 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 NE2 -0.093 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CD2 -0.093 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 N -0.093 2.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 O -0.093 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CE2 -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CG2 -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG1 -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 204 CD -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 O -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C6 -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CD -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 119 OD2 -0.094 2.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 O2 -0.094 2.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2' -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 O -0.094 2.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 O -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 NH2 -0.094 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CD -0.094 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CG -0.094 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 CA -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 O -0.094 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 CB -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 NH1 -0.094 2.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5 -0.094 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CG -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 CA -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 253 CB -0.094 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 -0.094 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 129 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 CG2 -0.094 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C6 -0.094 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 NH2 -0.094 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 OG1 -0.095 2.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N1 -0.095 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CA -0.095 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 CB -0.095 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C4 -0.095 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 -0.095 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N3 -0.095 2.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 O6 -0.095 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 92 CB -0.095 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD -0.095 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CD2 -0.095 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 C -0.095 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 CA -0.095 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CA -0.095 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 -0.095 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE2 -0.095 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG2 -0.095 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 O -0.095 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 160 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 O -0.095 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CB -0.095 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB -0.095 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CD1 -0.095 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 O2 -0.095 2.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CD2 -0.096 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5 -0.096 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C1' -0.096 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CZ -0.096 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 92 NZ -0.096 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CE3 -0.096 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG -0.096 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 CB -0.096 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 P -0.096 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CB -0.096 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N7 -0.096 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C6 -0.096 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 30 CA -0.096 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 -0.096 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C4 -0.096 3.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 77 CD1 -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C1' -0.097 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N9 -0.097 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CB -0.097 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 O -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 165 CB -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CD1 -0.097 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 OD2 -0.097 2.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2 -0.097 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 OG -0.097 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 CB -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 O -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N2 -0.097 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 N -0.097 2.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE2 -0.097 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 N -0.097 2.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 CG -0.097 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 OP2 -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 O -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 O -0.097 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N1 -0.097 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CD1 -0.097 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG2 -0.097 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C1' -0.098 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH2 -0.098 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 N -0.098 2.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NH2 -0.098 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CD2 -0.098 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 O -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CD1 -0.098 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C4 -0.098 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N3 -0.098 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 O -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 154 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 158 CG2 -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CB -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 N -0.098 2.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5' -0.098 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 O2 -0.098 2.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 OE2 -0.098 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CB -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 N -0.098 2.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CG -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 -0.098 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C5 -0.098 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 149 O -0.098 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG2 -0.098 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C6 -0.098 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CZ -0.098 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N1 -0.099 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 CG -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 N -0.099 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 90 O -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 99 OE2 -0.099 2.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE1 -0.099 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C1' -0.099 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CG2 -0.099 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 OG1 -0.099 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 O -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 OG1 -0.099 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C5 -0.099 3.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CD -0.099 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 157 CB -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 CG -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C1' -0.099 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CG -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CG -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CG -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 O -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NE -0.099 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C6 -0.099 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 235 O -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 C -0.099 3.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CD -0.099 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 CB -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 N -0.099 2.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4' -0.099 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CG -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 O -0.099 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 P -0.099 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE -0.099 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C6 -0.100 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5 -0.100 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 CB -0.100 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N1 -0.100 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C2' -0.100 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N9 -0.100 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5 -0.100 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CB -0.100 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD1 -0.100 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C4 -0.100 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CD -0.100 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C1' -0.100 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CG -0.100 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CB -0.100 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CG -0.100 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 24 CA -0.100 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CE2 -0.100 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CB -0.100 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 O -0.100 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD2 -0.101 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CD -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 O2 -0.101 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD1 -0.101 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 CG2 -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 CG -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 ND2 -0.101 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 CG2 -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 N -0.101 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N9 -0.101 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 N -0.101 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O2 -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CB -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 CA -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 CG -0.101 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2 -0.101 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 N -0.101 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 O2 -0.101 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CG2 -0.101 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 OE2 -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 CG -0.101 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD2 -0.101 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 88 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 CB -0.101 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 188 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CG -0.101 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CB -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5 -0.102 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C5' -0.102 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C6 -0.102 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CG -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CG -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 16 CB -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 OP2 -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CA -0.102 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH1 -0.102 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CB -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 61 CG2 -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 CB -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 N -0.102 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 CG -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 O -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 O2 -0.102 2.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CD2 -0.102 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C5' -0.102 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 N -0.102 2.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C6 -0.102 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 274 OG -0.102 2.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N7 -0.102 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 O -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 128 CB -0.102 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 CB -0.102 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 N -0.103 2.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 CD -0.103 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N2 -0.103 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 OD1 -0.103 2.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N7 -0.103 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N1 -0.103 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CD2 -0.103 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CD1 -0.103 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 N -0.103 2.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG1 -0.103 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 O -0.103 2.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CD -0.103 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4' -0.103 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 O -0.103 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CG -0.103 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CZ -0.103 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 O -0.103 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CB -0.103 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 O -0.103 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N7 -0.103 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CB -0.103 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 -0.103 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CD2 -0.104 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 111 CA -0.104 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CZ -0.104 3.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 SD -0.104 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N3 -0.104 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 OP2 -0.104 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 OD2 -0.104 2.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 48 CB -0.104 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 SD -0.104 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 -0.104 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 O -0.104 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 NZ -0.104 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 O -0.104 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG2 -0.104 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N9 -0.104 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 CA -0.104 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C6 -0.104 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C4 -0.104 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C1' -0.104 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE2 -0.104 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD2 -0.104 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N2 -0.104 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 N -0.104 2.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C1' -0.104 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 123 CB -0.104 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 243 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 OH -0.104 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 O -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 CB -0.105 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CB -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 92 CB -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N1 -0.105 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C5 -0.105 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N3 -0.105 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 P -0.105 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N1 -0.105 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CB -0.105 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C6 -0.105 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CB -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 O2 -0.105 2.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N7 -0.105 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CD1 -0.105 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C3' -0.105 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C5 -0.105 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 155 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CA -0.105 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CA -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CG -0.105 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE -0.105 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N1 -0.105 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CB -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD2 -0.105 3.285
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 OE2 -0.105 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 115 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CG1 -0.105 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CZ -0.105 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CD1 -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CA -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 O -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 CA -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 CA -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 O -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N1 -0.106 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 CD -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 O -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 N -0.106 2.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 CG -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 OE2 -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG2 -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N6 -0.106 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 N -0.106 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 N -0.106 2.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CG -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 OE1 -0.106 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CD -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C1' -0.106 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CD -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C8 -0.106 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 N -0.106 2.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 O -0.106 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 286 CE -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 N -0.106 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 CE -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 304 CG2 -0.106 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C1' -0.106 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5' -0.106 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C6 -0.106 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 N -0.106 2.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 95 CG -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG1 -0.106 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 O2 -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 N -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 -0.107 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 N -0.107 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 N -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 NE -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N2 -0.107 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 N -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CE -0.107 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CD1 -0.107 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 O -0.107 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O3' -0.107 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C1' -0.107 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 C -0.107 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5 -0.107 3.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CG -0.107 3.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 N -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CD -0.107 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C1' -0.107 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 41 CA -0.107 3.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C5 -0.107 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 OG -0.107 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 N -0.107 2.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 O -0.107 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N9 -0.107 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 O -0.107 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 CG -0.107 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C1' -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C1' -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CB -0.108 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CD -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CG1 -0.108 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 O -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 46 O -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CB -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 58 O -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 O -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 374 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD1 -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 OE1 -0.108 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 199 CA -0.108 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CZ -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 199 CD -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C6 -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG1 -0.108 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C7 -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5 -0.108 3.358
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 O -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CD -0.108 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 NH1 -0.108 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 O -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CG2 -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 10 CG -0.108 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CB -0.108 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C1' -0.108 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N3 -0.108 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 O2 -0.108 2.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 N -0.109 2.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 N -0.109 2.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C1' -0.109 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 O -0.109 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 O -0.109 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C1' -0.109 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 N -0.109 2.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CB -0.109 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N9 -0.109 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 O -0.109 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 OE1 -0.109 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE2 -0.109 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 CG -0.109 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N1 -0.109 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N3 -0.109 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 O2 -0.109 3.289
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CD -0.109 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C6 -0.109 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C6 -0.109 3.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 N3 -0.109 2.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C4 -0.109 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C4 -0.109 3.359
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CG -0.109 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 O -0.109 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N7 -0.110 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4 -0.110 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 O2 -0.110 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CB -0.110 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 O -0.110 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CD -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N6 -0.110 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CB -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CD -0.110 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N4 -0.110 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 N -0.110 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CG1 -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CD -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 O -0.110 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 CB -0.110 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 N -0.110 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N9 -0.110 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 N -0.110 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 102 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 O -0.110 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD2 -0.110 3.290
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CG -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 264 CG2 -0.110 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C4 -0.110 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C7 -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N7 -0.110 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 O -0.110 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N2 -0.110 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 N -0.110 2.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 -0.110 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N3 -0.111 2.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 CB -0.111 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 O2 -0.111 2.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG1 -0.111 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 N -0.111 2.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CB -0.111 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CG -0.111 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 OD2 -0.111 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 O2 -0.111 2.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C4 -0.111 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 O -0.111 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 O -0.111 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 15 N -0.111 2.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 153 CA -0.111 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C5 -0.111 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CB -0.111 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2 -0.111 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C5 -0.111 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 O2 -0.111 2.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 -0.111 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 O2 -0.111 2.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 OG1 -0.111 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CB -0.111 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CB -0.111 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 N -0.112 2.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 255 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 258 CD -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 N -0.112 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 61 CG2 -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 CB -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 NH2 -0.112 3.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CB -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 CA -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2 -0.112 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CG1 -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CD1 -0.112 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 CG -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C5 -0.112 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CD2 -0.112 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD2 -0.112 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 12 CG1 -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CD2 -0.112 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 CB -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 O -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CA -0.112 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 CB -0.112 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 N -0.113 2.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C6 -0.113 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 128 N -0.113 2.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 SG -0.113 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2 -0.113 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 88 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 CB -0.113 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 CA -0.113 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CG2 -0.113 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C1' -0.113 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CA -0.113 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 O -0.113 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O -0.113 2.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N1 -0.113 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 CB -0.113 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C3' -0.113 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CB -0.113 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 CB -0.113 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CE1 -0.113 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N7 -0.113 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH1 -0.113 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH1 -0.113 2.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 OG -0.113 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C1' -0.113 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C1' -0.113 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 CG -0.113 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 -0.113 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C6 -0.113 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C4 -0.113 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NH1 -0.113 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 N -0.113 2.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 CB -0.113 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 O4' -0.113 2.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C1' -0.114 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 N -0.114 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 N3 -0.114 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 15 CA -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 CD -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD2 -0.114 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CG -0.114 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 CB -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 CB -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CB -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 OE1 -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 32 CA -0.114 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 N -0.114 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5 -0.114 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N1 -0.114 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CD2 -0.114 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 O2 -0.114 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C4 -0.114 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CA -0.114 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 OH -0.114 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C6 -0.114 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CB -0.114 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N9 -0.114 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 N -0.115 2.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CB -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 O -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 386 N -0.115 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 O -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C1' -0.115 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CG2 -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CB -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CG2 -0.115 3.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N1 -0.115 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CZ -0.115 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 O -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C5 -0.115 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 OD2 -0.115 3.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 O -0.115 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 270 OG -0.115 2.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 O2 -0.116 2.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C1' -0.116 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 CA -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 CG -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CG -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 -0.116 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C5 -0.116 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CB -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 OG1 -0.116 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 N -0.116 2.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 C -0.116 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 CB -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CA -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 222 CA -0.116 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5 -0.116 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 CA -0.116 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 O -0.116 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 111 N -0.117 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 O2 -0.117 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 CB -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 155 CG -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CD1 -0.117 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 30 N -0.117 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 N -0.117 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C6 -0.117 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C4' -0.117 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 CD2 -0.117 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CB -0.117 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2 -0.117 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 N -0.117 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 CG -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N6 -0.117 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CA -0.117 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 CA -0.117 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C6 -0.117 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 O -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CG2 -0.117 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CG -0.117 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CG1 -0.117 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CZ -0.117 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 OE1 -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 O2 -0.117 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 CD -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 CB -0.117 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N1 -0.118 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2 -0.118 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 OG -0.118 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 CB -0.118 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 N -0.118 2.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CB -0.118 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N1 -0.118 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CE2 -0.118 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CG2 -0.118 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C1' -0.118 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N6 -0.118 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 O -0.118 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 -0.118 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 C -0.118 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 CG -0.118 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CE2 -0.118 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 OG -0.118 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 85 N -0.118 2.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 O2 -0.118 2.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 8 O -0.118 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 O -0.118 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 N -0.118 2.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C4 -0.118 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2 -0.119 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 N4 -0.119 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CG -0.119 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CA -0.119 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CD1 -0.119 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 O -0.119 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CZ -0.119 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 NE2 -0.119 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C4 -0.119 3.369
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C7 -0.119 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 O2 -0.119 2.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 2 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 NH1 -0.119 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C5 -0.119 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 4 CB -0.119 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CD2 -0.119 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 CG -0.119 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N1 -0.119 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CG -0.119 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 C -0.119 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 N -0.119 2.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG -0.119 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 O2 -0.120 2.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 9 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 NE -0.120 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C4 -0.120 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CG2 -0.120 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 115 CG2 -0.120 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CD1 -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 51 CA -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 O -0.120 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 CB -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 213 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 CG -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 CB -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CZ -0.120 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 -0.120 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH2 -0.120 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 CB -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 ND1 -0.120 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N6 -0.120 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CG -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 C -0.120 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 C -0.120 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' -0.120 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CG2 -0.120 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 194 CG -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 O -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C5 -0.120 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C5 -0.120 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CD1 -0.120 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 248 O -0.120 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 CA -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 CB -0.120 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH1 -0.120 2.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CB -0.120 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C6 -0.120 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N6 -0.120 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 CA -0.120 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CZ -0.120 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 O -0.121 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 88 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 P -0.121 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2 -0.121 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 O -0.121 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C7 -0.121 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N4 -0.121 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD1 -0.121 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C4 -0.121 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 C -0.121 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 C -0.121 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 O -0.121 2.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 N -0.121 2.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 CA -0.121 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 CE -0.121 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 CB -0.121 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 N -0.121 2.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CD1 -0.121 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CA -0.121 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 O -0.121 2.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 O -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C6 -0.122 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 N -0.122 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 P -0.122 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG2 -0.122 3.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 148 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CB -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 N -0.122 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 57 OD1 -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C5 -0.122 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C4 -0.122 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 O2 -0.122 2.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 CB -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 O -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C6 -0.122 3.372
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4' -0.122 3.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 -0.122 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CD1 -0.122 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 O -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CG -0.122 3.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5 -0.122 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 CG -0.122 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C2' -0.122 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 286 CB -0.122 3.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C2' -0.123 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C6 -0.123 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CZ -0.123 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 O -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 OD1 -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 275 O -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD2 -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG2 -0.123 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 CB -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 -0.123 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE1 -0.123 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C8 -0.123 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CZ -0.123 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 C -0.123 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD2 -0.123 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 CB -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CG -0.123 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CB -0.123 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE2 -0.123 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 246 N -0.123 2.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH2 -0.123 2.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 CG -0.123 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CG2 -0.123 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 CG1 -0.123 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 181 N -0.123 2.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 OG -0.123 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C4 -0.123 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C5 -0.123 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG2 -0.123 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 115 CB -0.124 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C5 -0.124 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 O -0.124 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C7 -0.124 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 CG -0.124 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C1' -0.124 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 153 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 O -0.124 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 CG -0.124 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O -0.124 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C2 -0.124 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CB -0.124 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CD2 -0.124 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CD1 -0.124 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CD -0.124 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 CB -0.124 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CB -0.124 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 N -0.124 2.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 26 N -0.124 2.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C2 -0.124 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CD2 -0.124 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 NE2 -0.124 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CG1 -0.124 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 O -0.125 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 NE -0.125 3.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 O -0.125 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N3 -0.125 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 CB -0.125 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 CZ -0.125 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 -0.125 2.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N9 -0.125 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CD1 -0.125 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C2' -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 CD -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CD1 -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2 -0.125 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CG2 -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 O -0.125 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C6 -0.125 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N1 -0.125 3.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CH2 -0.125 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 N -0.125 2.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 O -0.125 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 131 O -0.125 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CE -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C6 -0.125 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CD1 -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CA -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CB -0.125 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C2 -0.125 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 257 O -0.125 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CA -0.125 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N4 -0.125 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2 -0.125 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C5 -0.125 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C4 -0.125 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 NZ -0.125 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CE1 -0.125 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 N -0.126 2.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CD -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 OD1 -0.126 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 C -0.126 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 OG1 -0.126 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C6 -0.126 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C4 -0.126 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG2 -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CA -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CD2 -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CE -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE2 -0.126 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CG -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N4 -0.126 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CD2 -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C4 -0.126 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 CG -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C4 -0.126 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CG -0.126 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CG -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C6 -0.126 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CE1 -0.126 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N1 -0.126 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CZ -0.126 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 OG1 -0.126 2.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C4 -0.126 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C1' -0.126 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N1 -0.126 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 277 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 NE2 -0.126 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 34 CA -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 CD1 -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 CG -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 OE2 -0.126 3.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 O -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4 -0.126 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 CG -0.126 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CG -0.126 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 N -0.127 2.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE1 -0.127 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CA -0.127 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 220 CA -0.127 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 N -0.127 2.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CE -0.127 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 CG -0.127 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE1 -0.127 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CZ -0.127 3.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N1 -0.127 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 CA -0.127 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C3' -0.127 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C5 -0.127 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N6 -0.127 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 OE1 -0.127 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CB -0.127 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CA -0.127 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N9 -0.127 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O -0.127 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 261 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 264 OG1 -0.127 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C6 -0.128 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CD1 -0.128 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 17 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 20 CB -0.128 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 -0.128 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C1' -0.128 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N1 -0.128 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CG -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 N -0.128 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 P -0.128 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 OE1 -0.128 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 51 CA -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 CB -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 123 OG -0.128 2.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2 -0.128 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 OD2 -0.128 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 CA -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 CB -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG2 -0.128 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 N -0.128 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CG -0.128 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CG -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 CG -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 CD -0.128 3.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 222 N -0.128 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH1 -0.128 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CZ3 -0.128 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 N -0.128 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 10 CG -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C7 -0.128 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 CA -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CA -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C4 -0.128 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CB -0.128 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 O -0.128 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 N -0.128 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CB -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 CA -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 CD -0.129 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 CB -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 O -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 CB -0.129 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 115 CB -0.129 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 N -0.129 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CB -0.129 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 139 CB -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 CG2 -0.129 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 N -0.129 2.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CZ -0.129 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CB -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N7 -0.129 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 282 CB -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 N -0.129 2.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C1' -0.129 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 CD -0.129 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 148 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CG -0.129 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 4 CB -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C4 -0.129 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 CB -0.129 3.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 O2 -0.129 2.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CA -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 14 O -0.129 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 OG -0.129 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 O -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 317 CE -0.130 3.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 C -0.130 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 312 O -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 N -0.130 2.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2 -0.130 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CD2 -0.130 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CB -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 OE1 -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C8 -0.130 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N9 -0.130 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 OG1 -0.130 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG1 -0.130 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 N -0.130 2.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N7 -0.130 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 CB -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 250 ND1 -0.130 2.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 O -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NH1 -0.130 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 323 CB -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2 -0.130 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 OE1 -0.130 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C6 -0.130 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ3 -0.130 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG2 -0.131 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CA -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 CG -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 5 CB -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ -0.131 3.161
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 CB -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C6 -0.131 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 N -0.131 2.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 221 CG -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 N -0.131 2.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C6 -0.131 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 O -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N4 -0.131 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CD -0.131 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CB -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C4' -0.131 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C7 -0.131 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C5' -0.131 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 49 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 OP2 -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 5 CB -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 CD -0.131 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 -0.131 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 CB -0.131 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C2 -0.131 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 NE2 -0.131 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 CD -0.132 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5 -0.132 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 -0.132 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C7 -0.132 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5 -0.132 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 144 CA -0.132 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CD -0.132 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N3 -0.132 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C6 -0.132 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2 -0.132 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CG -0.132 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 OG -0.132 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 CG2 -0.132 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 N -0.132 2.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C2 -0.132 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CG1 -0.132 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CA -0.132 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CG -0.132 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 CB -0.132 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CG -0.132 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 SD -0.132 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 OP1 -0.132 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 O -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N1 -0.133 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 CG2 -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CG2 -0.133 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 CB -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 N -0.133 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5 -0.133 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 CB -0.133 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C6 -0.133 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 N -0.133 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 CB -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 O -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N2 -0.133 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 O -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 123 CB -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 CB -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C6 -0.133 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CG2 -0.133 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CB -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 CB -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CD1 -0.133 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH2 -0.133 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 O -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CB -0.133 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 NE2 -0.133 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 OE1 -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C6 -0.133 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 N -0.133 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N7 -0.133 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 N -0.133 2.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 55 O -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 O -0.133 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 OG -0.133 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CG1 -0.133 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 O -0.133 3.163
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 NH2 -0.133 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C5 -0.133 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 N -0.134 2.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CG2 -0.134 3.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 N -0.134 2.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 O -0.134 2.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 N3 -0.134 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE1 -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C4 -0.134 3.354
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 NE2 -0.134 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 N -0.134 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5 -0.134 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 P -0.134 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CG -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 -0.134 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N7 -0.134 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 N -0.134 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CG2 -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CZ -0.134 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE2 -0.134 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 OE2 -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CB -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 383 C -0.134 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 O -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 82 OG -0.134 2.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 O -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 276 N -0.134 2.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CB -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 O -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 CD -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C5 -0.134 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 N4 -0.134 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 CG1 -0.134 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 C -0.134 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CB -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 OE2 -0.135 2.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CD -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 100 CG -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CB -0.135 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 N -0.135 2.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 CD -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 C -0.135 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 O -0.135 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 C -0.135 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 -0.135 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C6 -0.135 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 181 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 C -0.135 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 CB -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N6 -0.135 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 OD1 -0.135 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CE2 -0.135 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N7 -0.135 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CA -0.135 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 37 CB -0.135 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD1 -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CE1 -0.135 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N4 -0.135 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P -0.135 4.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD1 -0.135 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 317 CB -0.135 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CB -0.135 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 O -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 CB -0.136 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 CB -0.136 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 CB -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CD2 -0.136 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 N1 -0.136 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CZ -0.136 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 N -0.136 2.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 -0.136 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C6 -0.136 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 NZ -0.136 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 O -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CZ -0.136 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 275 CD -0.136 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CD2 -0.136 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CD -0.136 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 C5 -0.136 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 OG -0.136 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 CG -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 83 CB -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 102 CD -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CB -0.136 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 -0.136 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N7 -0.136 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C5' -0.136 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CB -0.136 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CB -0.136 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 N -0.136 2.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 15 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 NH2 -0.136 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 N -0.136 2.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG2 -0.136 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH2 -0.137 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CZ -0.137 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CB -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CD2 -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 N -0.137 2.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CB -0.137 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CA -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C1' -0.137 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 N -0.137 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CE -0.137 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N4 -0.137 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 8 N -0.137 2.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CB -0.137 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N3 -0.137 3.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C6 -0.137 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 CB -0.137 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 CG -0.137 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 N -0.137 2.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CG -0.137 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CB -0.137 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C1' -0.137 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 N -0.137 2.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 CG -0.137 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CB -0.137 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CG -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N6 -0.137 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CD -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C6 -0.137 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 C -0.137 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CB -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD2 -0.137 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 O -0.137 2.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C6 -0.138 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CA -0.138 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 NH2 -0.138 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 O -0.138 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 N -0.138 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C6 -0.138 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 335 O -0.138 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD2 -0.138 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 161 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 OG -0.138 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD2 -0.138 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C2 -0.138 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C2 -0.138 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C1' -0.138 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG1 -0.138 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C1' -0.138 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 O2 -0.138 2.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5 -0.138 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CA -0.138 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 CG2 -0.138 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 NH1 -0.138 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 170 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 CZ -0.138 3.388
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 N -0.138 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 CB -0.138 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2 -0.138 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CZ -0.138 3.168
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 OP2 -0.138 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG1 -0.138 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 CG -0.138 3.168
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C4 -0.139 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 240 CD2 -0.139 3.319
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N7 -0.139 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 CB -0.139 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 86 OG -0.139 2.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 O -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N7 -0.139 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 170 C -0.139 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 285 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 287 CD -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C6 -0.139 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 CB -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 SD -0.139 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 CG -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 CB -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 73 O -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 CG -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 N -0.139 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 N -0.139 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 N -0.139 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 N -0.139 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C1' -0.139 3.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 53 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 O -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CB -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG -0.139 3.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 244 CB -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 CB -0.139 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CG -0.139 3.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 N -0.139 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C6 -0.139 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 CG2 -0.139 3.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 N -0.140 2.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N7 -0.140 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 O -0.140 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C5' -0.140 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CG2 -0.140 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 CB -0.140 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CA -0.140 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CA -0.140 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD -0.140 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 CA -0.140 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 C -0.140 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C4 -0.140 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C6 -0.140 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 N -0.140 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2 -0.140 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 11 N -0.140 2.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 CG -0.140 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C6 -0.140 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 CD -0.140 3.170
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CG -0.140 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CE1 -0.140 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 20 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 17 OG -0.140 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 CB -0.140 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 316 OG -0.140 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N4 -0.140 3.390
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 CB -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NE -0.141 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C5 -0.141 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C1' -0.141 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG -0.141 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 NH2 -0.141 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 N -0.141 2.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 318 OD1 -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 CG2 -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CG -0.141 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 108 O -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 NZ -0.141 2.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 CD -0.141 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 CB -0.141 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CB -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 C -0.141 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 95 CG1 -0.141 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N7 -0.141 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 CD1 -0.141 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 CB -0.141 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C5 -0.141 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 92 NZ -0.141 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CZ -0.141 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C6 -0.141 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 37 CB -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 143 OG -0.141 2.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C1' -0.141 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CB -0.141 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 OG1 -0.141 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE1 -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CA -0.141 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 CB -0.141 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C4 -0.141 3.361
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 O -0.142 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2 -0.142 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 CG -0.142 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C1' -0.142 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CD2 -0.142 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C2 -0.142 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C5 -0.142 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CB -0.142 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 CB -0.142 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 246 N -0.142 2.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 236 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 CG -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C4 -0.142 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C4 -0.142 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 P -0.142 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CB -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N7 -0.142 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 N -0.142 3.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CE2 -0.142 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 ND2 -0.142 2.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CD -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C4' -0.142 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH1 -0.142 2.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 O5' -0.142 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 -0.142 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C2 -0.142 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 O -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 O -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 O -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH1 -0.142 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 281 OG -0.142 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB -0.142 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CG -0.142 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C1' -0.142 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 83 CB -0.142 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 C -0.142 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C5 -0.142 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 O -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N3 -0.143 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CG2 -0.143 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 SD -0.143 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CB -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5' -0.143 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N3 -0.143 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 O2 -0.143 2.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 313 CB -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C6 -0.143 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N1 -0.143 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C5 -0.143 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CE1 -0.143 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 OE2 -0.143 2.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 NE2 -0.143 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C5 -0.143 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 245 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 O -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ -0.143 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N1 -0.143 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 O -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5 -0.143 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N4 -0.143 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CB -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 N -0.143 2.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 12 OG1 -0.143 2.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CB -0.143 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 115 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CG2 -0.143 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 N -0.143 2.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CA -0.143 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CG2 -0.143 4.123
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 O6 -0.143 3.173
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 N -0.143 2.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CE1 -0.143 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 CA -0.143 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 28 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 21 CB -0.144 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 N -0.144 2.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N3 -0.144 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 182 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 O -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N1 -0.144 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CG2 -0.144 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 O -0.144 2.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 N -0.144 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 O -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N3 -0.144 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 115 CA -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C1' -0.144 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 N -0.144 2.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 OG1 -0.144 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C5 -0.144 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C4 -0.144 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CH2 -0.144 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CD2 -0.144 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 N -0.144 2.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CB -0.144 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CA -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CG -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CG -0.144 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 160 CB -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C6 -0.144 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C5 -0.144 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 O -0.144 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CD -0.144 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 O6 -0.145 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 245 CB -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CG2 -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 SD -0.145 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 N -0.145 2.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N3 -0.145 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C1' -0.145 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 O -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CB -0.145 3.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 CB -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 O -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 O -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C1' -0.145 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 CA -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG -0.145 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CB -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 N -0.145 2.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 O -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CA -0.145 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 OG1 -0.145 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 OH -0.145 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 OG -0.145 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CE -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N3 -0.145 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CB -0.145 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 O2 -0.145 2.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 N -0.145 2.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH1 -0.146 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 N4 -0.146 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N2 -0.146 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CG2 -0.146 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N1 -0.146 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 CD1 -0.146 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 316 CB -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CB -0.146 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N9 -0.146 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CA -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 CA -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 OD1 -0.146 2.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CZ -0.146 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 276 CA -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CE -0.146 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CG2 -0.146 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 N -0.146 2.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CG1 -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 83 OG1 -0.146 2.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C1' -0.146 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CB -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 CZ -0.146 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CZ -0.146 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 35 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 O -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 N -0.146 2.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 322 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 CD -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 O -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 166 CB -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CD2 -0.146 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CZ -0.146 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CB -0.146 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 O -0.146 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CG -0.146 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C4 -0.146 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.146 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 CB -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N9 -0.146 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 108 CA -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C5 -0.146 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C1' -0.146 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 CB -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 O -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 148 CG -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 -0.146 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CB -0.146 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 O -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 283 N -0.147 2.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG1 -0.147 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD2 -0.147 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 CB -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 C -0.147 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 258 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 255 OE2 -0.147 2.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NE -0.147 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 O -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N7 -0.147 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 P -0.147 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 54 CB -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C4 -0.147 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C6 -0.147 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C4 -0.147 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CD -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CD1 -0.147 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 C -0.147 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C4 -0.147 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 N -0.147 2.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 O -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 N -0.147 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 CE -0.147 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 -0.147 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CG -0.147 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 100 CG -0.147 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CE2 -0.147 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 -0.147 2.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 O -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 OE2 -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 CD -0.147 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 C -0.147 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N1 -0.147 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 148 CG -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 O -0.147 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 CG2 -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 65 OD1 -0.148 2.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG2 -0.148 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C4 -0.148 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CG1 -0.148 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 O -0.148 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CB -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 N -0.148 2.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CZ -0.148 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CG -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CB -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CG1 -0.148 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C6 -0.148 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C6 -0.148 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CB -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C5 -0.148 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 CA -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CB -0.148 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 -0.148 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 N -0.148 2.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C5 -0.148 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C6 -0.148 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C5' -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2' -0.148 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C1' -0.148 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C5 -0.148 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CD -0.148 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CZ -0.148 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 N -0.149 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 CA -0.149 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C1' -0.149 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 C -0.149 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CA -0.149 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C5 -0.149 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 OE1 -0.149 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CG -0.149 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 O -0.149 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 O2 -0.149 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG1 -0.149 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N1 -0.149 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 C -0.149 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C4 -0.149 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CG2 -0.149 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C4 -0.149 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CD2 -0.149 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 CG2 -0.149 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C7 -0.149 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 N -0.149 2.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N3 -0.149 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 O -0.149 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 CA -0.149 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 CA -0.149 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 N -0.150 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 O -0.150 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 N -0.150 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 OE2 -0.150 2.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 N -0.150 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 N -0.150 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 SG -0.150 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 O -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C2 -0.150 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 22 O -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C1' -0.150 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N2 -0.150 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CG -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C5' -0.150 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N4 -0.150 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 CG -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 O -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 -0.150 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CB -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 54 CB -0.150 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 N -0.150 2.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE2 -0.150 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 CD -0.150 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 115 C -0.150 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C4 -0.151 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CB -0.151 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 CG -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CG -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N7 -0.151 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C1' -0.151 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH2 -0.151 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CB -0.151 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 N -0.151 2.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE2 -0.151 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CB -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 CB -0.151 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 OG -0.151 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 N -0.151 2.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 C -0.151 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 O -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CG -0.151 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2 -0.151 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CE1 -0.151 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C1' -0.151 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 311 CG -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CB -0.151 3.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 321 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 323 N -0.151 2.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 CB -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 O -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 OG1 -0.151 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 9 O -0.151 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5 -0.151 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 O -0.152 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N1 -0.152 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C1' -0.152 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C5 -0.152 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CB -0.152 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CG1 -0.152 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 N -0.152 2.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C1' -0.152 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N4 -0.152 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 N -0.152 2.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 159 OG1 -0.152 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 CG -0.152 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C4 -0.152 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N1 -0.152 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 270 CB -0.152 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 O2 -0.152 2.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C4 -0.152 3.402
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 CG -0.152 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 OE2 -0.152 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 O -0.152 2.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 35 N -0.152 2.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 47 C -0.152 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CA -0.152 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 C -0.152 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 OE2 -0.152 2.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 O -0.152 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 OE1 -0.152 3.332
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 9 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 NE -0.152 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O -0.152 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH2 -0.152 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 OE1 -0.153 2.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 NZ -0.153 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CB -0.153 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CD -0.153 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N3 -0.153 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CD -0.153 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CD2 -0.153 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CD2 -0.153 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 O -0.153 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 180 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 CA -0.153 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 N -0.153 2.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C1' -0.153 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 N -0.153 2.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C6 -0.153 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C6 -0.153 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C6 -0.153 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 N -0.153 2.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 CB -0.153 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C4 -0.153 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 N -0.153 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 CB -0.153 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CA -0.153 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 N -0.153 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5' -0.153 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CB -0.153 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N1 -0.153 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 160 CB -0.154 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C2' -0.154 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N3 -0.154 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 O -0.154 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD2 -0.154 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 O6 -0.154 3.184
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 O -0.154 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2 -0.154 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CB -0.154 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C6 -0.154 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 C -0.154 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CD -0.154 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 N -0.154 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 O -0.154 2.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CG -0.154 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 OG1 -0.154 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 N -0.154 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C1' -0.154 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG2 -0.154 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 99 N -0.154 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 N -0.154 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 301 O -0.154 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N6 -0.154 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CB -0.154 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 N -0.154 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 OE2 -0.154 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 205 C -0.154 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 CG -0.154 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CD -0.154 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 312 O -0.154 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 O2 -0.154 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 N -0.154 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 N -0.155 2.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 OP2 -0.155 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CG1 -0.155 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N2 -0.155 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 NH1 -0.155 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 CG -0.155 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5 -0.155 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CD1 -0.155 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 O -0.155 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C2 -0.155 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N4 -0.155 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 CG -0.155 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 N3 -0.155 3.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 O -0.155 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N3 -0.155 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 N -0.155 2.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 O -0.155 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 N3 -0.155 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C6 -0.155 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG2 -0.155 3.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 CG -0.155 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CE2 -0.155 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 N -0.155 2.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CB -0.155 3.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 O -0.155 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CA -0.156 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 59 CG2 -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N9 -0.156 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CD2 -0.156 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 O -0.156 2.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 N -0.156 2.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 N -0.156 2.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CB -0.156 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 258 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 N -0.156 2.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CH2 -0.156 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CG -0.156 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CD1 -0.156 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 OG -0.156 2.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH2 -0.156 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 97 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CB -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 CB -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 CA -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5 -0.156 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 N -0.156 2.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CA -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 O -0.156 3.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 P -0.156 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C7 -0.156 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 NH2 -0.156 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CZ -0.156 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CG -0.156 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 -0.156 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 76 O -0.156 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 O -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C6 -0.157 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N7 -0.157 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 CB -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 N -0.157 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 129 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 131 CD -0.157 3.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 C -0.157 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 O -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 N -0.157 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C5 -0.157 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 267 N -0.157 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CB -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 O -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 NH1 -0.157 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CG -0.157 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 N -0.157 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 CB -0.157 3.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CE -0.157 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CG -0.157 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 N -0.157 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 250 CA -0.157 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 CA -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 N -0.157 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 O -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 O6 -0.157 3.187
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 O -0.157 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CD -0.157 3.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CD2 -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CB -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CG -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C6 -0.158 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C1' -0.158 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 N4 -0.158 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CD -0.158 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 96 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 CG -0.158 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 N -0.158 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C1' -0.158 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 CG1 -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C4 -0.158 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N3 -0.158 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5 -0.158 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG2 -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 65 OD1 -0.158 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C4 -0.158 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 O -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CD1 -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C5 -0.158 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 CG2 -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C2 -0.158 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C6 -0.158 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 C -0.158 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 O -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 CB -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CA -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 O -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CZ -0.158 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CD2 -0.158 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 C -0.158 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CG -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 CG -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CE2 -0.158 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 47 C -0.158 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 13 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C5' -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 O -0.158 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CD2 -0.158 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 38 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CD2 -0.158 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD2 -0.158 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 298 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CD -0.158 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 36 OE1 -0.158 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CB -0.159 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N1 -0.159 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ -0.159 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 OH -0.159 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH2 -0.159 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 O -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 -0.159 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 O2 -0.159 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 CD -0.159 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C6 -0.159 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 16 CB -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CB -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 N -0.159 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 CG -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CB -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C5' -0.159 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 27 CB -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CE -0.159 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 ND2 -0.159 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 O -0.159 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 O -0.159 3.189
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 O2 -0.159 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 CG2 -0.159 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 OG1 -0.159 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 53 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 O -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 OH -0.159 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 O -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 N -0.159 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 CD -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 O4' -0.159 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CG -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 CB -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CB -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 125 CG -0.159 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 CB -0.159 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 CA -0.160 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 CA -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 OP1 -0.160 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 -0.160 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C4 -0.160 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 105 O -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 O -0.160 2.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 75 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 O -0.160 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CG1 -0.160 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 CA -0.160 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CB -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 OE2 -0.160 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 O -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 CB -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 42 CA -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C6 -0.160 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CE1 -0.160 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N3 -0.160 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 N -0.160 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N6 -0.160 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 NE -0.160 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 N -0.160 2.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 284 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 288 CG -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CB -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CG1 -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 CB -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 OP1 -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CG -0.160 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N9 -0.160 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD2 -0.160 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CB -0.160 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD2 -0.160 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 N -0.161 2.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 O -0.161 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 CD -0.161 3.191
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CB -0.161 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2 -0.161 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 -0.161 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CA -0.161 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CG -0.161 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CB -0.161 3.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 C -0.161 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 -0.161 3.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CD1 -0.161 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CA -0.161 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CG2 -0.161 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N3 -0.161 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 N -0.161 2.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 112 CD1 -0.161 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH2 -0.161 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N7 -0.161 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N7 -0.162 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 N -0.162 2.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CD2 -0.162 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5 -0.162 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N7 -0.162 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 O -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 C -0.162 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 O -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N7 -0.162 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C5' -0.162 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 O -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 N -0.162 2.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 -0.162 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 21 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CD1 -0.162 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 CG -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG1 -0.162 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 CA -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 N -0.162 2.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 281 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 285 CG2 -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH2 -0.162 2.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CB -0.162 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C2 -0.162 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE2 -0.162 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CG1 -0.162 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N9 -0.162 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD2 -0.162 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CB -0.162 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD2 -0.162 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 O2 -0.162 2.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N7 -0.162 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 OG1 -0.162 2.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 CD -0.162 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C2 -0.162 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 23 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 NZ -0.162 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 CG -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CD2 -0.163 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 P -0.163 4.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 8 O -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N7 -0.163 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 O -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 C -0.163 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 113 CB -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 76 O -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CD1 -0.163 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5' -0.163 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 CB -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 CG -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C5' -0.163 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CE1 -0.163 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C5 -0.163 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CB -0.163 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 OP1 -0.163 2.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 14 N -0.163 2.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CZ -0.163 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CB -0.163 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 CG2 -0.163 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 C -0.163 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 O -0.163 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C1' -0.164 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 C -0.164 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 103 O -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 C -0.164 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N9 -0.164 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CD1 -0.164 3.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C1' -0.164 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C6 -0.164 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N7 -0.164 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 OE1 -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 138 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 141 OG -0.164 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 N -0.164 2.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 O -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N4 -0.164 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CB -0.164 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CB -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 O -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 40 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 OP2 -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N1 -0.164 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG1 -0.164 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 O -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 OP1 -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CB -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C4 -0.164 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 OD1 -0.164 2.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 165 CG -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 -0.164 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG2 -0.164 3.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5' -0.164 3.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C5 -0.164 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 CA -0.164 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 OH -0.164 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 -0.164 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C6 -0.165 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C6 -0.165 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 O -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CD -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C5' -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 CB -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C6 -0.165 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N9 -0.165 3.445
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 N -0.165 2.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2 -0.165 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CD -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5 -0.165 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 CB -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 CD -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 166 N -0.165 2.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 84 OG1 -0.165 2.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 32 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CD1 -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CG -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C1' -0.165 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 CA -0.165 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C1' -0.165 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 191 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 CB -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 OG1 -0.165 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 N -0.165 2.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CD2 -0.165 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 316 CG -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 O -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C5 -0.165 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C1' -0.165 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 CG -0.165 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CB -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CG2 -0.165 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CB -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 O -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C2 -0.165 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 -0.165 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CA -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH2 -0.165 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C6 -0.165 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CD -0.165 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 O2 -0.165 2.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ -0.166 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD2 -0.166 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 N -0.166 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C1' -0.166 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 O -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CB -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CB -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 95 N -0.166 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C1' -0.166 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 N -0.166 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 N -0.166 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD2 -0.166 3.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 CA -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C5 -0.166 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 N -0.166 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD -0.166 3.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 84 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 CZ -0.166 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 O2 -0.166 2.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 O -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH1 -0.166 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 O -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 38 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CD2 -0.166 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CA -0.166 3.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C4 -0.166 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 O -0.166 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N4 -0.166 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C1' -0.166 3.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CD2 -0.166 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CB -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CB -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 11 CB -0.166 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 N -0.167 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 323 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 N -0.167 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CG -0.167 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 N -0.167 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C1' -0.167 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 3 O -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C6 -0.167 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 O -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 O -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 CE1 -0.167 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 CB -0.167 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 N -0.167 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2 -0.167 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CD1 -0.167 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 O2 -0.167 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 -0.167 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 273 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 113 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 325 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CZ -0.167 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C6 -0.167 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C1' -0.167 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CG -0.167 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C5 -0.167 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CB -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 ND1 -0.167 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C2' -0.167 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C6 -0.167 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 OE1 -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH2 -0.167 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CG1 -0.167 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 O -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 O -0.167 2.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CA -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C5 -0.167 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CD -0.167 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CA -0.167 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 N -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N7 -0.168 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CD1 -0.168 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CB -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 N -0.168 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CG1 -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.168 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N9 -0.168 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CD -0.168 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 N -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C5 -0.168 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 OD2 -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 N -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE2 -0.168 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 239 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 CB -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 O -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C6 -0.168 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 OE1 -0.168 3.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N7 -0.168 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 O -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C1' -0.168 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 O -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CB -0.168 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C6 -0.168 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 O -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CG -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 CG2 -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 N -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CG -0.168 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 N -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N9 -0.168 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CG -0.168 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 N -0.168 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH2 -0.168 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 OH -0.168 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 O -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CA -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CG -0.168 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CA -0.168 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2 -0.168 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 208 CG -0.168 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NE -0.169 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N7 -0.169 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 253 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 NE1 -0.169 2.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CD2 -0.169 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 O -0.169 2.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C5 -0.169 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 N -0.169 2.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 O -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 117 CB -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CG -0.169 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 241 CB -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 O -0.169 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 CB -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG1 -0.169 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C6 -0.169 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C2 -0.169 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CG1 -0.169 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C5 -0.169 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CD -0.169 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CD2 -0.169 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 N -0.169 2.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 24 CG -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CB -0.169 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 O -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 CB -0.169 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 99 N -0.169 2.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 N -0.169 2.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 N -0.169 2.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 -0.169 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 ND1 -0.169 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 93 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 OG -0.169 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 141 CB -0.169 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N9 -0.169 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4' -0.169 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH2 -0.170 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 8 CG -0.170 3.200
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 190 CA -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CD -0.170 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 O -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 CE1 -0.170 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 O -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CA -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C4 -0.170 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD2 -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CD2 -0.170 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 276 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CD2 -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 CB -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD1 -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 120 CB -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 O -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 NH2 -0.170 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CB -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 O2 -0.170 2.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C6 -0.170 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 96 CB -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C1' -0.170 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 O -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 O -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CB -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C4 -0.170 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CB -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CB -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 81 CG2 -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 CB -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 323 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 322 O -0.170 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 182 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 184 N -0.170 2.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CD2 -0.170 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 SD -0.170 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 N1 -0.170 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C6 -0.170 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 O -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CD2 -0.171 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 96 CB -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C6 -0.171 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C4 -0.171 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CB -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 CB -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N9 -0.171 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CG -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C4 -0.171 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C1' -0.171 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C6 -0.171 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C6 -0.171 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 3 NE -0.171 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CD1 -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CA -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH1 -0.171 2.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD2 -0.171 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 97 O -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CD -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CE1 -0.171 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CA -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CA -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C1' -0.171 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 N -0.171 2.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CA -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 O -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 NZ -0.171 2.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 OP2 -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 170 O -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 N -0.171 2.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CB -0.171 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CA -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 21 CG1 -0.171 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 352 N -0.172 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 P -0.172 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CB -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 274 CB -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2 -0.172 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C6 -0.172 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CD1 -0.172 3.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 N -0.172 2.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH1 -0.172 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C6 -0.172 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CG -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD2 -0.172 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CG -0.172 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N7 -0.172 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 114 CB -0.172 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C6 -0.172 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C6 -0.172 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 N -0.172 2.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CG -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 4 CG2 -0.172 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 O -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5 -0.172 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 OP2 -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 N -0.172 2.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2 -0.172 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 O4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C1' -0.172 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 N -0.172 2.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 N -0.172 2.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 CB -0.172 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CG -0.172 3.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CE1 -0.172 3.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CA -0.172 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 N -0.172 2.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NH2 -0.173 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 CG -0.173 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2 -0.173 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CB -0.173 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C8 -0.173 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 -0.173 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CG1 -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 CB -0.173 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 O -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CA -0.173 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5 -0.173 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CB -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 272 C -0.173 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 CG -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C6 -0.173 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2 -0.173 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 OE1 -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 N -0.173 2.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 23 CA -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C2 -0.173 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 CD -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N4 -0.173 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CA -0.173 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CB -0.173 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 276 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 CB -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 346 N -0.173 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 O -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 CB -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 O -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 284 CB -0.173 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 CB -0.173 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NE -0.173 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C4 -0.173 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CG -0.173 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CA -0.173 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 76 N -0.173 2.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CZ3 -0.174 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 O2 -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N4 -0.174 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 OP1 -0.174 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C4 -0.174 3.394
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CE2 -0.174 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 NE2 -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 N -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CZ -0.174 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CB -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C5' -0.174 3.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 C -0.174 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 46 O -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 O -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 N -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CB -0.174 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 93 NZ -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NH1 -0.174 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 225 CG -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C1' -0.174 3.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CG -0.174 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 N -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C4 -0.174 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 N -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CB -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 N -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 9 O -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CG2 -0.174 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 N -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CA -0.174 3.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 O -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CB -0.174 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N1 -0.174 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 68 CB -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CB -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 O -0.174 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C6 -0.174 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 O2 -0.174 2.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CB -0.174 3.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N3 -0.174 3.424
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 O -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CB -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CB -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C6 -0.175 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 CB -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CD1 -0.175 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 N -0.175 2.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CA -0.175 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N2 -0.175 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5' -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C2 -0.175 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CB -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 O -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C6 -0.175 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CB -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 N -0.175 2.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 OP1 -0.175 2.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 N -0.175 2.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CA -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 285 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 281 O -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 O -0.175 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C6 -0.175 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CD2 -0.175 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CG -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2 -0.175 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 74 C -0.175 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CB -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 O -0.175 3.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CB -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CD2 -0.175 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 82 CB -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CG1 -0.175 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C1' -0.175 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CB -0.175 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 P -0.175 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 N -0.175 2.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CZ -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CG -0.176 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CD2 -0.176 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH2 -0.176 2.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 4 CA -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C6 -0.176 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C6 -0.176 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE1 -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG1 -0.176 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG2 -0.176 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 CD -0.176 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C1' -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 CD2 -0.176 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 36 OE1 -0.176 2.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C4 -0.176 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE2 -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 NH2 -0.176 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C1' -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C5 -0.176 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 76 CA -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 CG -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C7 -0.176 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 CG -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2 -0.176 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 N -0.176 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 213 CB -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 O -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CB -0.176 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C1' -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 OH -0.176 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C1' -0.176 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5 -0.176 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CG -0.176 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 CB -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 O -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CD1 -0.176 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 CA -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CB -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C6 -0.176 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 O -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 O -0.176 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 O -0.177 2.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 76 CA -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N7 -0.177 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 O6 -0.177 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 O -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N9 -0.177 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CZ -0.177 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 N -0.177 2.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C6 -0.177 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C1' -0.177 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 O -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 O4' -0.177 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CG -0.177 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE2 -0.177 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 OD2 -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C6 -0.177 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 C -0.177 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 N -0.177 2.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 N -0.177 2.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CG -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 78 CA -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C6 -0.177 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 O -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CA -0.177 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5' -0.177 3.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 O2 -0.177 2.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C1' -0.177 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C6 -0.177 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 128 CA -0.177 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 CB -0.177 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C6 -0.177 3.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 O -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N9 -0.178 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 302 CA -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C5 -0.178 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 83 CB -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 O -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CB -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG1 -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 9 CA -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5 -0.178 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 13 N -0.178 2.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C4 -0.178 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 154 CB -0.178 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 OG1 -0.178 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CA -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 242 N -0.178 2.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 CA -0.178 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 OE2 -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CB -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 N -0.178 2.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 CG -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 N -0.178 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 N -0.178 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 N -0.178 2.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 O -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 OE2 -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 324 OG -0.178 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 O -0.178 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 O -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C1' -0.179 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N7 -0.179 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C6 -0.179 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C2 -0.179 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 193 N -0.179 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C1' -0.179 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CG1 -0.179 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 120 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 O -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 153 OE1 -0.179 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C4' -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2 -0.179 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C1' -0.179 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 -0.179 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 180 CG -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 24 N -0.179 2.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CE1 -0.179 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 C -0.179 3.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C1' -0.179 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N4 -0.179 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG2 -0.179 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 O -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CB -0.179 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CD2 -0.179 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 CG -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 C -0.179 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG2 -0.179 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 N -0.179 2.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 117 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C6 -0.179 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 O -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 O -0.179 2.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 C -0.179 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 135 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 CB -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 O -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CB -0.179 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C6 -0.179 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CD1 -0.179 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 CA -0.179 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CD -0.180 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 NE2 -0.180 2.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 14 O -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 OP2 -0.180 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 SG -0.180 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 O -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD2 -0.180 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 NH1 -0.180 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N1 -0.180 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 47 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NH1 -0.180 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 N -0.180 2.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 CB -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 169 CB -0.180 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C4 -0.180 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N7 -0.180 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N9 -0.180 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N1 -0.180 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 OP2 -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 N -0.180 2.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CG -0.180 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 O -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N7 -0.180 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 SG -0.180 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 20 CA -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N1 -0.180 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CD1 -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N9 -0.180 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N3 -0.180 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG1 -0.180 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2 -0.180 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C2 -0.180 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C4 -0.180 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N1 -0.180 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 -0.180 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 NH1 -0.181 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 OP1 -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C6 -0.181 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG2 -0.181 3.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 OE1 -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG1 -0.181 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C7 -0.181 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C4 -0.181 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C5' -0.181 3.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 OE1 -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 N -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C6 -0.181 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C6 -0.181 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2 -0.181 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C1' -0.181 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 OG1 -0.181 2.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 N -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 N -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5' -0.181 3.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 38 CA -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG1 -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 74 ND2 -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C7 -0.181 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CB -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N9 -0.181 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CA -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 O -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 C -0.181 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 N -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 CA -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 CG -0.181 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 O -0.181 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 26 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 OG -0.181 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C6 -0.181 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 CE -0.181 3.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 SD -0.181 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 N -0.181 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C2 -0.182 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CZ -0.182 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CB -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 C -0.182 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 N -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CB -0.182 3.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CA -0.182 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C1' -0.182 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 N -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 CA -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 223 CA -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 C -0.182 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5 -0.182 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CZ -0.182 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 N -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2 -0.182 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N7 -0.182 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 N -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C4 -0.182 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 OD1 -0.182 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 76 N -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 N -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 O -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CA -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 CG -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 OG -0.182 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CB -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CE2 -0.182 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NH2 -0.182 2.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 252 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 312 CB -0.182 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 2 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 4 O -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CB -0.183 3.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N1 -0.183 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 11 CB -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 CB -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CA -0.183 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CD -0.183 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CZ -0.183 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CG -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ -0.183 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 P -0.183 4.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CD -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C6 -0.183 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N7 -0.183 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 N -0.183 2.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH2 -0.183 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 N -0.183 2.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP3 -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N9 -0.183 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 104 CG -0.183 3.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C1' -0.183 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C6 -0.183 3.433
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 105 O -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N3 -0.183 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH1 -0.183 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 CB -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C5' -0.183 3.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 OE2 -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 -0.183 2.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CG -0.183 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C8 -0.183 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 40 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CE1 -0.183 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 74 ND2 -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C1' -0.184 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 N -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CA -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CD1 -0.184 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 O -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 147 C -0.184 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 N -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N6 -0.184 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N7 -0.184 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 O -0.184 3.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 N -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CG2 -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 N -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 262 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CD -0.184 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 C -0.184 3.254
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG2 -0.184 3.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CD1 -0.184 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 CB -0.184 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CB -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 27 CB -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CD1 -0.184 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 CB -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C7 -0.184 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 O -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 N -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 CA -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 111 CB -0.184 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 24 N -0.184 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 N -0.184 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 SG -0.184 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CB -0.184 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C6 -0.184 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 318 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 C -0.185 3.215
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 OG -0.185 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 CG -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N7 -0.185 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 N -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NH1 -0.185 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 O2 -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N6 -0.185 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 -0.185 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 O -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N3 -0.185 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 CB -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CG -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 O -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CA -0.185 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CD -0.185 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 6 CB -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 O -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CB -0.185 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 OG1 -0.185 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 N -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 O -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 307 N -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 CD -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CZ -0.185 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 OG -0.185 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C4 -0.185 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C5 -0.185 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CD1 -0.185 3.365
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N4 -0.185 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 NE2 -0.185 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 CB -0.185 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CD1 -0.185 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CG -0.185 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 CB -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 CG -0.185 3.215
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 O -0.185 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C5 -0.185 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 N -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 N -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 ND1 -0.185 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C1' -0.185 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 N -0.185 2.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 O -0.185 2.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 111 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 O -0.186 2.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 CB -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C7 -0.186 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 CB -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 O -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 CG -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CB -0.186 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 SD -0.186 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 N -0.186 2.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 N -0.186 2.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N9 -0.186 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 322 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 319 O -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 CG -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 N -0.186 2.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CD1 -0.186 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 CD1 -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 O -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CA -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 O -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CG -0.186 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 CB -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CB -0.186 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CE2 -0.186 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 C -0.186 3.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CB -0.186 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 ND1 -0.186 3.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 N -0.186 2.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 O -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C1' -0.186 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N6 -0.186 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 -0.186 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N9 -0.186 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CG -0.186 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 OH -0.186 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CG -0.186 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 323 OG -0.187 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 CG -0.187 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 CA -0.187 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD -0.187 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 N -0.187 2.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CD2 -0.187 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE2 -0.187 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C6 -0.187 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N9 -0.187 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 73 C -0.187 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C1' -0.187 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C6 -0.187 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 O -0.187 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CD1 -0.187 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 60 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 OD2 -0.187 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N9 -0.187 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CG -0.187 3.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CZ -0.187 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CZ -0.187 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 O -0.187 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CB -0.188 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N7 -0.188 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 O -0.188 2.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N9 -0.188 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N1 -0.188 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CA -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CE -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 CB -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 38 CA -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE1 -0.188 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CB -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 O -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 358 CG -0.188 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 O -0.188 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N4 -0.188 3.438
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CA -0.188 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C1' -0.188 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 N -0.188 2.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 P -0.188 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C1' -0.188 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CB -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CG2 -0.188 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 22 N -0.188 2.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CG2 -0.188 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CB -0.188 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 CE2 -0.188 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 322 O -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 CG1 -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 N -0.188 2.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 18 CB -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 CB -0.188 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE2 -0.188 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB -0.188 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 N -0.189 2.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 23 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 NZ -0.189 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N4 -0.189 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 O2 -0.189 2.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CD -0.189 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C1' -0.189 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 OE1 -0.189 2.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 O2 -0.189 3.219
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CE1 -0.189 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CB -0.189 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 N -0.189 2.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 O -0.189 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N7 -0.189 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 SG -0.189 3.199
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 370 CZ -0.189 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C1' -0.189 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CD2 -0.189 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C6 -0.189 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CG -0.189 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C6 -0.190 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N7 -0.190 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CD1 -0.190 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 O -0.190 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 7 O -0.190 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CB -0.190 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 OP1 -0.190 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 NH2 -0.190 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CB -0.190 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH1 -0.190 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C5 -0.190 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 -0.190 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CB -0.190 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C6 -0.190 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 CA -0.190 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 N -0.190 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CG -0.190 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N4 -0.190 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C1' -0.190 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 N -0.190 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 116 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 O -0.190 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH2 -0.190 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CB -0.190 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD2 -0.191 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N9 -0.191 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CB -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 O -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C6 -0.191 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG2 -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD1 -0.191 3.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CD -0.191 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 NE -0.191 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CG -0.191 3.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 N -0.191 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 O -0.191 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 37 CG -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C4 -0.191 3.411
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 CG -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 NE -0.191 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C4 -0.191 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C6 -0.191 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CE2 -0.191 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CG2 -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 N -0.191 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 O -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 N -0.191 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N7 -0.191 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 37 CG -0.191 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 -0.191 3.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C1' -0.191 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C6 -0.191 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 C -0.191 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 OH -0.191 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NH2 -0.192 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CG1 -0.192 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 60 CB -0.192 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CE2 -0.192 3.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 3 O -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N9 -0.192 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 156 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 SD -0.192 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 4 CA -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 OP2 -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 NH2 -0.192 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD2 -0.192 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N9 -0.192 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 329 O -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CG -0.192 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C2 -0.192 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 O -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C1' -0.192 3.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 -0.192 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 316 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 40 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CE1 -0.192 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CB -0.192 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 O -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 188 CB -0.192 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 O -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 C -0.192 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 10 CB -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CD1 -0.192 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CB -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 230 O -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 N -0.192 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CG -0.192 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 84 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 CD -0.192 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N6 -0.193 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N1 -0.193 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C1' -0.193 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 O -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C4 -0.193 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CE1 -0.193 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N1 -0.193 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 O -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 -0.193 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CG -0.193 3.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C1' -0.193 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CB -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 CB -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N7 -0.193 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CB -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 N -0.193 2.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 NE2 -0.193 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 O -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 332 CA -0.193 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C6 -0.193 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 OH -0.193 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CG -0.193 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2 -0.193 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 O -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 O -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CG -0.193 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CB -0.193 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CD1 -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 CB -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 374 CA -0.193 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 O -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CA -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 44 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C5' -0.194 3.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 CA -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CG -0.194 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CG1 -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CB -0.194 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 CB -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CE2 -0.194 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N1 -0.194 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 P -0.194 3.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 O -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 9 N -0.194 2.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CG -0.194 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CB -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 N4 -0.194 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 N -0.194 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C1' -0.194 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 O -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 O -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE1 -0.194 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 N -0.194 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 132 CB -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 O -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CB -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N4 -0.194 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 N -0.194 2.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 O -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CB -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CB -0.194 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE1 -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 CA -0.194 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG2 -0.194 3.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N6 -0.194 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 103 O -0.194 2.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CD2 -0.195 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C2 -0.195 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CG1 -0.195 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 CB -0.195 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CZ -0.195 3.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CD -0.195 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 -0.195 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 C -0.195 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 258 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 146 CB -0.195 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG2 -0.195 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CA -0.195 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N1 -0.195 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 OH -0.195 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 -0.195 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C5 -0.195 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 188 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD1 -0.195 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N7 -0.195 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 O -0.195 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 -0.195 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CB -0.195 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 59 O -0.195 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 NE -0.195 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C1' -0.195 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 N -0.195 2.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C5 -0.195 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C6 -0.196 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C6 -0.196 3.226
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CG -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N9 -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD2 -0.196 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N7 -0.196 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 O -0.196 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CG -0.196 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 CG -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C6 -0.196 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2' -0.196 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 OE1 -0.196 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 OG1 -0.196 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 N -0.196 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C4 -0.196 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CE2 -0.196 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C5 -0.196 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 NH1 -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 CA -0.196 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CB -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2 -0.196 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CB -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 C -0.196 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 NH1 -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C1' -0.196 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 O -0.196 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C4 -0.196 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 308 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 312 CG -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 O -0.196 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 NZ -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CB -0.196 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C5 -0.196 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C4 -0.196 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 O -0.196 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 N -0.196 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 C -0.196 3.226
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N9 -0.196 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CD1 -0.197 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 281 SD -0.197 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N4 -0.197 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 182 OG1 -0.197 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C6 -0.197 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C1' -0.197 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N6 -0.197 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 CD -0.197 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2 -0.197 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NH2 -0.197 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 N -0.197 2.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N9 -0.197 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 C -0.197 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 304 CA -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 O4' -0.197 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N4 -0.197 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C5 -0.197 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG1 -0.197 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N1 -0.197 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 CG -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N4 -0.197 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 O -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 NE -0.197 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 CE -0.197 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 103 O -0.197 2.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N9 -0.197 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 132 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CG -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CA -0.197 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 O -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 O -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CB -0.197 4.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CG -0.197 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 CA -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 OH -0.198 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 211 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 CB -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG1 -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 CG -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 CB -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 CA -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CD2 -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 O4 -0.198 3.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 O -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 N -0.198 2.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 OE2 -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 O -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 -0.198 2.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE2 -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 CB -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 O -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 N4 -0.198 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 35 CG2 -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 N -0.198 2.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C4 -0.198 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 C -0.198 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 N -0.198 2.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CA -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N4 -0.198 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 CB -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CG1 -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 O -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 153 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CZ -0.198 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 CG2 -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CD1 -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N7 -0.198 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 CA -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 C -0.198 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 N -0.198 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 CB -0.198 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N9 -0.198 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N6 -0.198 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2 -0.198 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CB -0.198 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C4 -0.198 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C1' -0.198 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C7 -0.198 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C4 -0.199 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CB -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C6 -0.199 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C1' -0.199 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 OH -0.199 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C6 -0.199 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 C -0.199 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 OE1 -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2 -0.199 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CD1 -0.199 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 160 CB -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NE -0.199 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CE2 -0.199 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 O -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C1' -0.199 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N4 -0.199 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE -0.199 3.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 CG2 -0.199 3.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N7 -0.199 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 O6 -0.199 3.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 N -0.199 2.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 OH -0.199 2.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 N -0.199 2.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CG1 -0.199 3.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C4' -0.199 3.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5 -0.199 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 O -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C1' -0.199 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N1 -0.199 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 O6 -0.199 3.229
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 306 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 N -0.199 2.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 OE2 -0.199 2.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CD -0.199 3.229
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CA -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 CA -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 OG1 -0.199 2.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 OP1 -0.199 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 224 N -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 CB -0.200 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 249 N -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 N -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 CB -0.200 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 NH1 -0.200 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N7 -0.200 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C1' -0.200 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 O2 -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 CG -0.200 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 C -0.200 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 148 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 152 CG -0.200 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 O -0.200 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 170 NH2 -0.200 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CD2 -0.200 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 CB -0.200 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 N -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CE2 -0.200 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 59 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 117 NH2 -0.200 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 O -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C6 -0.200 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH1 -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CG2 -0.200 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CA -0.200 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C5 -0.200 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 N -0.200 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CE -0.200 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CG -0.200 3.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 CB -0.200 3.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 44 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C5' -0.200 3.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 315 O -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CA -0.201 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 OE2 -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CB -0.201 3.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C3' -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2 -0.201 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NH1 -0.201 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N1 -0.201 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 O -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CB -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N6 -0.201 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CZ -0.201 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH1 -0.201 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 N -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C6 -0.201 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 O -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 N -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 N -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 O -0.201 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 N -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C4 -0.201 3.231
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 C -0.201 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C5 -0.201 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 CB -0.201 3.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C6 -0.201 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C6 -0.201 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 241 N -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 N -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 N -0.201 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C5 -0.201 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 116 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 O -0.201 2.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CD -0.201 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N6 -0.202 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 O -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C4 -0.202 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 CA -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C6 -0.202 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 OG1 -0.202 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CG -0.202 3.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 O -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NH2 -0.202 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 O -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CG -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N9 -0.202 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 29 O -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG2 -0.202 3.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CD2 -0.202 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 37 CB -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 111 OG -0.202 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CD2 -0.202 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CB -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 O -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 295 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 27 N -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 78 CA -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CB -0.202 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C5 -0.202 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 -0.202 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 143 O -0.202 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N6 -0.202 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 O -0.202 2.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 N -0.203 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CG -0.203 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N7 -0.203 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 CB -0.203 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 N -0.203 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 NE2 -0.203 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 N4 -0.203 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N1 -0.203 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 NH1 -0.203 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 O6 -0.203 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CA -0.203 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 143 CA -0.203 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 60 O -0.203 3.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 O2 -0.203 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C4 -0.203 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CB -0.203 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 CE -0.203 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ3 -0.203 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C6 -0.203 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB -0.203 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 CB -0.203 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CD -0.203 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 -0.203 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CB -0.203 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 N -0.203 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CZ -0.203 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C4 -0.203 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 N -0.203 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 CB -0.204 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 O -0.204 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 O -0.204 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 181 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 OD1 -0.204 3.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CZ -0.204 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 OE2 -0.204 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CE1 -0.204 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 N -0.204 2.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 ND1 -0.204 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CE -0.204 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CD1 -0.204 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 N -0.204 2.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C5 -0.204 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 N -0.204 2.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C4 -0.204 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N7 -0.204 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CD -0.204 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N2 -0.204 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 N -0.204 2.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C5 -0.204 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 C -0.204 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 252 N -0.204 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG2 -0.204 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 CA -0.204 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C5 -0.204 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 322 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 325 OG -0.204 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C1' -0.204 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 N -0.204 2.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 53 O -0.204 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CB -0.204 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 83 N -0.204 2.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CB -0.204 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 129 CA -0.204 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CB -0.204 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 ND2 -0.205 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N3 -0.205 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 O6 -0.205 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 N -0.205 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 O -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 O -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CB -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 CA -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG2 -0.205 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 OD2 -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CD2 -0.205 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CE2 -0.205 3.385
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB -0.205 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 97 OD1 -0.205 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 273 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 35 N -0.205 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NE -0.205 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C5 -0.205 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG1 -0.205 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C2 -0.205 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 37 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 OD1 -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 N -0.205 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 N -0.205 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG -0.205 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 165 N -0.205 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C8 -0.205 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C5' -0.205 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2 -0.205 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5' -0.205 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NE -0.205 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 367 CG2 -0.205 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 O -0.205 2.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CA -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 21 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 OP1 -0.205 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 OG -0.205 2.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 O -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 OE1 -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 OE1 -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 304 CA -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 CA -0.206 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 OP2 -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 181 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 178 O -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 OE1 -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CB -0.206 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 137 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CE -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C5 -0.206 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 O -0.206 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CB -0.206 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 O -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 O4' -0.206 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 P -0.206 4.186
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 O -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 CG -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 102 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CD1 -0.206 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CG -0.206 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 CB -0.206 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C5' -0.206 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 N -0.206 2.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CA -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 323 N -0.206 2.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 OE1 -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 295 CA -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C4 -0.206 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N7 -0.206 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CD -0.206 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 CA -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N9 -0.206 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C7 -0.206 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 O -0.206 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 OE2 -0.206 2.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 222 CD -0.206 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CD -0.207 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 CB -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2 -0.207 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CG2 -0.207 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C4 -0.207 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 CG -0.207 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 55 CB -0.207 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CD -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 O -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 10 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N7 -0.207 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 N -0.207 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C6 -0.207 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 38 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CG -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 112 CG -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CD2 -0.207 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 OG -0.207 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C5' -0.207 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 OH -0.207 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C8 -0.207 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 CB -0.207 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 O6 -0.207 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 289 CB -0.207 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 O -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 OD2 -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 19 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CD1 -0.207 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CB -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CB -0.207 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CB -0.207 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CB -0.207 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 NH1 -0.207 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 N -0.207 2.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NH2 -0.207 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5 -0.208 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C5 -0.208 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 N -0.208 2.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CA -0.208 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C8 -0.208 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 15 CA -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 O6 -0.208 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C6 -0.208 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 O -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 CB -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CG -0.208 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 OG1 -0.208 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 O -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 OH -0.208 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N3 -0.208 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 157 N -0.208 2.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4 -0.208 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C1' -0.208 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CB -0.208 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 CG -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 C -0.208 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 O -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 SD -0.208 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N7 -0.208 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 78 CE -0.208 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 NH1 -0.208 2.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 CB -0.208 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 O -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CD2 -0.208 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C6 -0.208 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 O -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N1 -0.208 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 262 CA -0.208 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N1 -0.208 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C4 -0.209 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 CA -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C2 -0.209 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 N -0.209 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C5 -0.209 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CD1 -0.209 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 O -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CB -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C5 -0.209 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CZ -0.209 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 O -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 O -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CB -0.209 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CG -0.209 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CE1 -0.209 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CB -0.209 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N9 -0.209 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 CD -0.209 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N1 -0.209 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CD2 -0.209 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE1 -0.209 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C1' -0.209 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD2 -0.209 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 N -0.209 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C6 -0.209 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CD -0.209 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 N1 -0.209 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 CA -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 O -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CZ -0.209 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C1' -0.209 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 CE -0.209 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 CB -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N9 -0.209 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 7 N -0.209 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C6 -0.209 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG2 -0.209 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 CB -0.209 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C6 -0.209 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 P -0.210 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CD1 -0.210 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 N -0.210 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 112 CD1 -0.210 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 29 C -0.210 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 99 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG1 -0.210 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 CB -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 309 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 CD -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CD1 -0.210 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 348 OE1 -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N4 -0.210 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 O -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C1' -0.210 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 CB -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 358 O -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 258 CA -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 CB -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 98 CA -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C2' -0.210 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CD2 -0.210 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 O -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 CB -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 CB -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C4 -0.210 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 O -0.210 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 N -0.210 2.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 116 N -0.210 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD1 -0.210 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 N -0.210 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CG -0.210 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N6 -0.211 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2 -0.211 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C6 -0.211 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N7 -0.211 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 C -0.211 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 N -0.211 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 CB -0.211 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 O -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 14 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 16 CE -0.211 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 NE2 -0.211 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C6 -0.211 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 N -0.211 2.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD1 -0.211 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C3' -0.211 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 CB -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N3 -0.211 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 O -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 O -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CD1 -0.211 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CA -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CD -0.211 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C6 -0.211 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C6 -0.211 3.431
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CG -0.211 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CG -0.211 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C5 -0.211 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N1 -0.211 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C1' -0.211 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 N -0.211 2.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2 -0.211 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 CG -0.211 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CD2 -0.211 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 319 N -0.211 2.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 -0.211 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 OE2 -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 48 CG -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C6 -0.211 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 CB -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 N -0.211 2.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5 -0.211 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CG -0.211 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 O3' -0.211 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 359 O -0.211 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 N -0.211 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 N -0.211 2.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N9 -0.211 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C4 -0.212 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 O -0.212 3.392
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 O6 -0.212 2.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 N -0.212 2.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CB -0.212 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CZ -0.212 3.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 CA -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 117 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CG -0.212 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C2 -0.212 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 O -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C2 -0.212 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5 -0.212 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 O -0.212 2.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 CA -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 CG -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 204 O -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C4 -0.212 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 O -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C6 -0.212 3.432
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C1' -0.212 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C4 -0.212 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CG -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD2 -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 CB -0.212 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 CA -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 CG2 -0.212 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C4 -0.212 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CA -0.212 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CA -0.212 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 NH1 -0.212 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N1 -0.212 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 N -0.212 2.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C6 -0.212 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2 -0.213 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 9 CG -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 41 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 CZ -0.213 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 358 CD2 -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 CD -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 NE -0.213 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 O -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 NE2 -0.213 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CG -0.213 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CE1 -0.213 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 O -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE1 -0.213 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 143 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 O4' -0.213 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N3 -0.213 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 C -0.213 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CG -0.213 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CE1 -0.213 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 183 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 CD -0.213 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 84 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 CG -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CG1 -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C2 -0.213 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 C -0.213 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N1 -0.213 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 24 CA -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CA -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CE1 -0.213 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 CB -0.213 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CG1 -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 O -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CG -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD1 -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 14 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 CB -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O -0.213 2.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C5 -0.213 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 184 OD1 -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CD1 -0.213 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 C -0.213 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 -0.213 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 2 C -0.213 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 N -0.213 2.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 -0.214 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C1' -0.214 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 CB -0.214 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 O -0.214 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD1 -0.214 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C1' -0.214 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N1 -0.214 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 OG1 -0.214 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 C -0.214 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C6 -0.214 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 CG -0.214 3.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE2 -0.214 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 CB -0.214 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 CB -0.214 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C4 -0.214 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C5 -0.214 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C6 -0.214 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 P -0.214 4.194
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 CA -0.214 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 OG1 -0.214 2.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 ND2 -0.214 2.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 38 N -0.214 2.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C5' -0.214 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 O4 -0.214 3.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 ND2 -0.214 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CE1 -0.214 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 OG1 -0.214 2.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C4 -0.214 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N2 -0.214 3.464
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 CG -0.214 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 CB -0.214 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 CB -0.215 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 CB -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 CG2 -0.215 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 O -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C5 -0.215 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CG -0.215 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 N -0.215 2.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 N -0.215 2.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C1' -0.215 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 N -0.215 2.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C1' -0.215 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG2 -0.215 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 CB -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CD2 -0.215 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C6 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CB -0.215 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 O -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 253 CG -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 165 CB -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CB -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 CG2 -0.215 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C5 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CD -0.215 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 O -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 O -0.215 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C4 -0.215 3.435
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB -0.215 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C4 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C6 -0.215 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CG -0.216 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 O -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 N -0.216 2.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 192 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NE -0.216 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CB -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 O -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 N -0.216 2.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N7 -0.216 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 O4 -0.216 3.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CB -0.216 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 128 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 126 OG1 -0.216 2.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 270 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 O -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CD -0.216 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 CG -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 CB -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2' -0.216 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C6 -0.216 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 O -0.216 2.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 N -0.216 2.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE1 -0.216 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 103 O -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 O -0.216 2.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CD -0.216 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 209 CB -0.216 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C7 -0.216 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD2 -0.216 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CB -0.216 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NE -0.216 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CA -0.216 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CB -0.217 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NE -0.217 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 P -0.217 4.197
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ -0.217 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 O -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C5 -0.217 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 OE2 -0.217 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 15 O -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C4' -0.217 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C2 -0.217 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N7 -0.217 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG1 -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 OD1 -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CD -0.217 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2 -0.217 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 16 CB -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CB -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 6 N -0.217 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 C -0.217 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C4' -0.217 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 N -0.217 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 O -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C2 -0.217 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 -0.217 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CD2 -0.217 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C4 -0.217 3.437
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N7 -0.217 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 C -0.217 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CG1 -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 237 CA -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 O -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CD1 -0.217 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 CB -0.217 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 O -0.217 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 N -0.217 2.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CB -0.218 4.198
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 CA -0.218 3.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 CG -0.218 3.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 N -0.218 2.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CD -0.218 3.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CB -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C6 -0.218 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 O -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CB -0.218 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 202 NZ -0.218 2.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C7 -0.218 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 33 N -0.218 2.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 N3 -0.218 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 CG -0.218 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CD1 -0.218 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 CB -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CA -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C1' -0.218 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 ND1 -0.218 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N7 -0.218 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N6 -0.218 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C3' -0.218 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2 -0.218 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2 -0.218 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N2 -0.218 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 O -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N1 -0.218 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 NE2 -0.218 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 ND1 -0.218 3.228
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 CA -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 O -0.218 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N4 -0.219 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 N -0.219 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C6 -0.219 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C4 -0.219 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N7 -0.219 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C5 -0.219 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 N -0.219 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG1 -0.219 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C4 -0.219 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N4 -0.219 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 48 CG -0.219 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 367 OG1 -0.219 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CE1 -0.219 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5 -0.219 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 CG2 -0.219 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 OG1 -0.219 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N9 -0.219 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N9 -0.219 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 CG -0.219 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C1' -0.219 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 CB -0.219 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 N -0.219 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 77 CA -0.219 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CE2 -0.219 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5 -0.219 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C6 -0.219 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C1' -0.219 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N7 -0.219 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 C -0.219 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 N3 -0.219 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CB -0.219 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 O -0.219 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CB -0.219 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 C -0.219 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C1' -0.219 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N1 -0.219 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 N -0.219 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CB -0.220 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 248 CA -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2 -0.220 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 CG -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 SG -0.220 3.360
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 O -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 NZ -0.220 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N7 -0.220 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 O -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 CG2 -0.220 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C6 -0.220 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 14 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 16 CE -0.220 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CD -0.220 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 289 N -0.220 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C5' -0.220 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CD2 -0.220 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 100 CG -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N4 -0.220 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C5 -0.220 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N1 -0.220 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 O -0.220 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 N -0.220 2.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 31 N -0.220 3.280
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CD -0.220 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 CB -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CB -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CB -0.220 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C6 -0.220 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C5 -0.220 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2 -0.220 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N7 -0.220 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N7 -0.220 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 NH2 -0.221 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 N -0.221 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 332 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 290 CB -0.221 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CD -0.221 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 NE2 -0.221 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 O -0.221 2.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CG -0.221 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C7 -0.221 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 NE2 -0.221 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CA -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CG -0.221 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N9 -0.221 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N1 -0.221 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CA -0.221 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CG2 -0.221 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N1 -0.221 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N9 -0.221 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C4 -0.221 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD2 -0.221 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 322 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CD2 -0.221 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C1' -0.221 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 CA -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CD1 -0.221 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C4 -0.221 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 CD -0.221 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 CA -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C4 -0.221 3.251
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 N -0.221 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 CG -0.221 3.251
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 SG -0.221 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C6 -0.221 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 156 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CB -0.221 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N9 -0.221 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 -0.221 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 N -0.221 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 4 CB -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE1 -0.221 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C6 -0.221 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 O -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CB -0.221 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 CA -0.221 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 N -0.221 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 198 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 O -0.222 2.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 115 N -0.222 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 9 CA -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 23 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 CB -0.222 3.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 N -0.222 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 CB -0.222 3.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 359 C -0.222 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 306 O -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C5 -0.222 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 CA -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 N -0.222 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 OP1 -0.222 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 O -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5 -0.222 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 CB -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C1' -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CE1 -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 CA -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 CB -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N9 -0.222 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CA -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 O -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 133 CB -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 CA -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CB -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 129 O -0.222 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CA -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 135 CB -0.222 3.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 39 N -0.222 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 160 N -0.222 2.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CE2 -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 116 N -0.222 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CE2 -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 OG1 -0.222 2.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NE -0.222 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 C -0.222 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 61 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 65 ND2 -0.222 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CE1 -0.222 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 255 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 258 NZ -0.223 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C1' -0.223 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 NH2 -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NE -0.223 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 CB -0.223 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C6 -0.223 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG1 -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 2 C -0.223 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 -0.223 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 N -0.223 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CB -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 272 O -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N3 -0.223 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 C -0.223 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CD -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CB -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 CB -0.223 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C6 -0.223 3.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG1 -0.223 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N7 -0.223 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N4 -0.223 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 OD2 -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C1' -0.223 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 29 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 O -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CE1 -0.223 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG2 -0.223 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 10 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 CA -0.223 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CA -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 222 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 O -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 57 O -0.223 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE1 -0.223 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C6 -0.223 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C4 -0.223 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 37 CB -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 O -0.223 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C7 -0.223 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 N -0.223 2.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 NE -0.224 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 230 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 C -0.224 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C4 -0.224 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C6 -0.224 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 CB -0.224 3.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2 -0.224 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CA -0.224 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 OD2 -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C6 -0.224 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE1 -0.224 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C5 -0.224 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N3 -0.224 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 94 NE2 -0.224 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 181 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 178 C -0.224 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C7 -0.224 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 312 CB -0.224 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG -0.224 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 O -0.224 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 NH2 -0.224 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 CB -0.224 3.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 222 O -0.224 3.404
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD2 -0.224 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 CB -0.224 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE1 -0.224 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 N -0.224 2.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CZ -0.224 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 CB -0.224 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 5 CA -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C1' -0.225 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 O -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 O -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 142 O -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 C -0.225 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CG2 -0.225 3.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5 -0.225 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CB -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CE2 -0.225 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N9 -0.225 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N7 -0.225 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N7 -0.225 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 N -0.225 2.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 37 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 OD1 -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 15 O -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 N -0.225 2.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 O6 -0.225 3.065
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 N3 -0.225 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N9 -0.225 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 OP1 -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 CB -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 41 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CB -0.225 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 C -0.225 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 OP1 -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 78 CE -0.225 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 N -0.225 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 N -0.225 2.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 N -0.225 2.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 153 CD -0.225 3.255
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 130 CB -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 CA -0.225 3.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CA -0.225 3.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 O -0.225 2.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB -0.225 3.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 313 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 O -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N3 -0.225 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 O -0.225 2.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C6 -0.225 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CA -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N4 -0.225 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 355 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 358 CB -0.225 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N6 -0.225 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 N -0.225 2.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 OE2 -0.226 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 11 CB -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C5' -0.226 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 OH -0.226 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 N -0.226 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG1 -0.226 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C2 -0.226 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 N1 -0.226 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C1' -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N6 -0.226 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N3 -0.226 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 O -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 OG1 -0.226 2.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE1 -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CA -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5 -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N9 -0.226 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 N -0.226 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 O -0.226 3.066
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG1 -0.226 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 CA -0.226 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 CA -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 CB -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C5 -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 N -0.226 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 OG1 -0.226 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 8 N -0.226 2.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CB -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 OG -0.226 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CE1 -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CD -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 O -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 C -0.226 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 CA -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 CB -0.226 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 90 CG -0.226 3.256
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 NE2 -0.226 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CG2 -0.226 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C5 -0.226 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CD1 -0.226 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C5 -0.227 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 OE1 -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 241 O -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 O -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2 -0.227 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 C -0.227 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C6 -0.227 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 CB -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 NZ -0.227 2.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N7 -0.227 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 283 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 287 CB -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C1' -0.227 3.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH1 -0.227 2.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 N -0.227 2.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 124 OG -0.227 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 191 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 CG -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 O -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CB -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 289 CB -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C6 -0.227 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 O -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N6 -0.227 3.477
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 CB -0.227 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 N1 -0.227 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 P -0.227 4.207
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 -0.227 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N1 -0.227 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 O -0.227 2.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE1 -0.227 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 N -0.228 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG1 -0.228 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N7 -0.228 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C1' -0.228 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 O4 -0.228 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 N -0.228 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 O -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C4 -0.228 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N7 -0.228 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N1 -0.228 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 N3 -0.228 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 CB -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 CA -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C5 -0.228 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 248 N -0.228 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 N -0.228 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 O -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.228 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CG2 -0.228 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 OG -0.228 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CD1 -0.228 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N7 -0.228 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 285 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 281 O -0.228 2.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 OP2 -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N3 -0.228 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 NE2 -0.228 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 OE1 -0.228 2.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 O -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 CD2 -0.228 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CE -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N1 -0.228 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 C -0.228 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CA -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C4 -0.228 3.258
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N7 -0.228 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 O -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5' -0.228 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 CD -0.228 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 O -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CB -0.228 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 -0.228 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 10 CG -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 OP1 -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C6 -0.228 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N1 -0.228 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 221 CB -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 317 CG -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 OG1 -0.228 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 O -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CA -0.228 4.208
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 N -0.228 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 10 CB -0.228 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 ND2 -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C5 -0.229 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 34 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 9 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C5' -0.229 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 O -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CB -0.229 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 NH1 -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 301 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C5 -0.229 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C6 -0.229 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CG -0.229 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 O -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 78 CB -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N3 -0.229 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CA -0.229 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 C -0.229 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 9 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 CB -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 NH2 -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CG -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2 -0.229 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N1 -0.229 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 C -0.229 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 CD2 -0.229 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 5 CA -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CG2 -0.229 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N7 -0.229 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CD -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CB -0.229 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 N -0.229 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 O -0.229 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4' -0.230 3.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 CB -0.230 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N7 -0.230 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 NH2 -0.230 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CE -0.230 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 CA -0.230 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG1 -0.230 3.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 O -0.230 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C4 -0.230 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C2 -0.230 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N1 -0.230 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N7 -0.230 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 O4 -0.230 2.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C6 -0.230 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C6 -0.230 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 CD -0.230 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE2 -0.230 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CB -0.230 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 N9 -0.230 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4 -0.230 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 N -0.230 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 O -0.230 3.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 N -0.230 2.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 32 N -0.230 2.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CG -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 370 CE2 -0.231 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 10 N -0.231 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C1' -0.231 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CB -0.231 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 N -0.231 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C4 -0.231 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 CB -0.231 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CA -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N7 -0.231 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N7 -0.231 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 N4 -0.231 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 N -0.231 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 11 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 O -0.231 2.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C2 -0.231 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 O -0.231 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD1 -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 CB -0.231 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 O -0.231 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C4 -0.231 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 NE2 -0.231 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 -0.231 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CG2 -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C8 -0.231 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C5 -0.231 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 N -0.231 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C4 -0.231 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C1' -0.231 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG2 -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 OH -0.231 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 OG -0.231 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 N -0.231 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CG -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD1 -0.231 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C6 -0.231 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 O4' -0.231 2.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N1 -0.231 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CB -0.231 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 N -0.231 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C6 -0.231 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CA -0.231 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CD1 -0.231 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 N -0.231 2.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 CB -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CG2 -0.232 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N7 -0.232 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 N -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 CB -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 NH2 -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N2 -0.232 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CD2 -0.232 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 CE1 -0.232 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CA -0.232 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CB -0.232 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 N -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N7 -0.232 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 90 CG -0.232 3.262
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 317 CB -0.232 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 7 CB -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CE2 -0.232 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 O -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N3 -0.232 3.482
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 CG -0.232 3.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 N -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 -0.232 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CB -0.232 3.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 O -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 CD -0.232 3.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CE -0.232 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 N -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C4 -0.232 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 CB -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 CB -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 -0.232 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CG -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 N -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 8 N -0.232 2.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CA -0.232 3.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 374 OG1 -0.232 2.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 CB -0.232 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 CB -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 N -0.233 2.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 O -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD1 -0.233 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 CA -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N7 -0.233 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 N -0.233 2.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CD -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 CA -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 77 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 O -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 O -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 -0.233 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 10 CA -0.233 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 CB -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 OD1 -0.233 2.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 16 N -0.233 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C1' -0.233 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CB -0.233 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N1 -0.233 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CA -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 OP1 -0.233 2.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 121 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 128 CE -0.233 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 CA -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N7 -0.233 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CA -0.233 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 N1 -0.233 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 352 N -0.233 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 CB -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C4 -0.233 3.453
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2 -0.233 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 N -0.233 2.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C6 -0.233 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N9 -0.233 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 25 N -0.233 2.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 CB -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CB -0.233 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CA -0.233 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N7 -0.234 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 N -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 N -0.234 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 N -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N9 -0.234 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C5 -0.234 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CD -0.234 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 -0.234 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 N -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 O6 -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 N -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 N -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 O -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 CA -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 OD2 -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CB -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 CG -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CB -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 O -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CA -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N7 -0.234 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C2 -0.234 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N4 -0.234 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N2 -0.234 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 O -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CA -0.234 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 O -0.234 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 C -0.234 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C5 -0.234 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 352 CA -0.234 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C5 -0.234 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N1 -0.234 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 CD -0.234 3.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CD1 -0.234 3.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG1 -0.234 3.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 N -0.234 2.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N7 -0.235 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CB -0.235 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 93 CA -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CD2 -0.235 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 O -0.235 2.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 142 N -0.235 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 OE2 -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 10 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 C -0.235 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 N -0.235 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 23 CB -0.235 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 O -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG2 -0.235 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5' -0.235 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 94 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 99 CB -0.235 3.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C5' -0.235 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C5 -0.235 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 -0.235 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 O -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 NH2 -0.235 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 N -0.235 2.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 CB -0.235 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C4 -0.235 3.455
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CD -0.235 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 95 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 O -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 78 O -0.235 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2 -0.235 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N1 -0.235 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 C -0.235 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C1' -0.235 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 OE1 -0.235 3.415
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N3 -0.235 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CD -0.235 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 CB -0.235 3.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 CB -0.235 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N3 -0.235 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 -0.235 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2 -0.235 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J M3L 28 CB -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 CA -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CA -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C6 -0.236 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 231 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD -0.236 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 107 CA -0.236 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CG -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 131 CG -0.236 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2 -0.236 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 N7 -0.236 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 OD1 -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 OD1 -0.236 3.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 -0.236 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 49 CA -0.236 4.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CG -0.236 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG2 -0.236 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C4 -0.236 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N1 -0.236 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 CB -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 N -0.236 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 O -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 OE2 -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE1 -0.236 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CE -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 67 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 CA -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 332 CB -0.236 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 NE -0.236 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 OP1 -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 -0.236 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C4 -0.236 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 C -0.236 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N4 -0.236 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 O -0.236 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N3 -0.236 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 O6 -0.236 3.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD1 -0.236 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 104 CG -0.236 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 N -0.236 2.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C1' -0.236 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 P -0.236 4.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C6 -0.236 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 O -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N3 -0.237 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2 -0.237 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 N -0.237 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD2 -0.237 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 44 CB -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 CB -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 CB -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 NE -0.237 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C5' -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N1 -0.237 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CB -0.237 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 ND2 -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N7 -0.237 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 144 CG -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C4 -0.237 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 53 O -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 42 CG -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 143 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 O -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N7 -0.237 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 OE1 -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 O -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 32 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CG2 -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 4 CA -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C5 -0.237 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 53 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH1 -0.237 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C5 -0.237 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 CA -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N3 -0.237 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CB -0.237 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 NE -0.237 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 56 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 169 CA -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CB -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 N -0.237 2.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C6 -0.237 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CD -0.237 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 21 CG1 -0.237 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 O -0.237 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C4 -0.237 3.457
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C7 -0.238 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 N -0.238 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 CB -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C1' -0.238 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 235 OG1 -0.238 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 O -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C2 -0.238 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CD1 -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 N -0.238 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C2 -0.238 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 P -0.238 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CG2 -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C6 -0.238 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 114 CG -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 CA -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C5 -0.238 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CB -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 OG -0.238 2.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 N4 -0.238 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 O -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 O -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C1' -0.238 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 N -0.238 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CG -0.238 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 135 CB -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 O -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CA -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 O -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 CG -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 N -0.238 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N7 -0.238 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 100 CG -0.238 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 285 CB -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 CG -0.238 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 NE2 -0.238 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 OH -0.238 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 N -0.238 2.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C2' -0.238 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CG2 -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N4 -0.239 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 N -0.239 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 O -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N3 -0.239 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 144 CB -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CB -0.239 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 10 CG -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2 -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CG -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 10 CB -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C1' -0.239 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 108 C -0.239 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 CG1 -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N4 -0.239 2.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5 -0.239 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 N -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 N -0.239 2.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 N -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 N3 -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NH2 -0.239 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 O2 -0.239 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 N -0.239 2.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N3 -0.239 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C2 -0.239 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 284 CD -0.239 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CG -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 8 CG -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 N3 -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 CB -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N7 -0.239 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 281 N -0.239 2.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CB -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 O2 -0.239 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 O -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CB -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 CB -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C6 -0.239 3.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C5' -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N9 -0.239 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CA -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CG -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 123 N -0.239 2.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N1 -0.239 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C4 -0.239 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 NH1 -0.239 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 CA -0.239 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 6 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CD -0.239 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 CB -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 308 CD -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C6 -0.239 3.489
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 125 CB -0.239 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 CA -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 O -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C5 -0.240 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 N -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CD -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C4 -0.240 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 N -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 321 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 323 CG -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 CB -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 NE -0.240 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 O -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 246 CA -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 130 CG -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH2 -0.240 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 N -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C5 -0.240 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CG1 -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C5' -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 N -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2 -0.240 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 N -0.240 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 CB -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 122 N -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 N -0.240 2.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NE -0.240 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 NZ -0.240 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N7 -0.240 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CB -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5 -0.240 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 O -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CB -0.240 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 274 CA -0.240 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 53 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 130 O -0.241 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C5 -0.241 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N1 -0.241 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C1' -0.241 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C8 -0.241 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C4 -0.241 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 CG -0.241 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 OP1 -0.241 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 N1 -0.241 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2 -0.241 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C6 -0.241 3.271
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N9 -0.241 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CB -0.241 4.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N3 -0.241 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CD2 -0.241 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 154 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 CA -0.241 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C1' -0.241 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C1' -0.241 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 78 CG2 -0.241 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 11 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 128 CB -0.241 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CB -0.241 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 N -0.241 2.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C5 -0.241 3.461
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N9 -0.241 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 N -0.241 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N7 -0.241 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 78 CB -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N7 -0.242 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 10 CA -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N9 -0.242 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 -0.242 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CD -0.242 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 OG1 -0.242 2.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 5 CA -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 N -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 CB -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CB -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 C -0.242 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N9 -0.242 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CD -0.242 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C1' -0.242 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 O4 -0.242 3.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 O6 -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 N -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 OE2 -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 -0.242 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 N -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 29 CA -0.242 4.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 CB -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 OG1 -0.242 2.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 O2 -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 124 OG -0.242 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CA -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N4 -0.242 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 O -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CB -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CG1 -0.242 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CD2 -0.242 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C4 -0.242 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD2 -0.242 3.882
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 74 CA -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 N -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N7 -0.242 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 ND1 -0.242 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 OD2 -0.242 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CG -0.242 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 206 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CE -0.242 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 N -0.242 2.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N7 -0.242 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 N -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C8 -0.243 3.463
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD1 -0.243 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 N -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE2 -0.243 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4 -0.243 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 55 O -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CD -0.243 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 C -0.243 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N1 -0.243 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 103 CD1 -0.243 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 N -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N1 -0.243 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 OH -0.243 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 CG -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 O -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 206 OG -0.243 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N7 -0.243 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE1 -0.243 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 N -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CG -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N1 -0.243 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 CB -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CB -0.243 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 331 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 CG -0.243 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 C -0.243 3.313
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 O -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C5 -0.243 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 CB -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CG -0.243 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CG2 -0.243 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CD -0.243 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CD1 -0.243 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 5 CA -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 N -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 O -0.243 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 CA -0.243 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 CD -0.243 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 N -0.243 2.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 SG -0.243 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD1 -0.243 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CB -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 213 CG -0.244 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 CA -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C6 -0.244 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 CB -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 CD -0.244 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 O -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 N -0.244 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C5 -0.244 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C4 -0.244 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CA -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CD -0.244 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 N -0.244 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 302 O -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CA -0.244 4.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C1' -0.244 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 OE1 -0.244 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C5 -0.244 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 CG -0.244 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CD1 -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 N -0.244 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C5 -0.244 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N7 -0.244 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 NH1 -0.244 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CD1 -0.244 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 OE2 -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH1 -0.244 2.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CD1 -0.244 4.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CD2 -0.244 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CA -0.244 4.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 O6 -0.244 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2 -0.244 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N1 -0.244 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C2 -0.244 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 CB -0.244 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 130 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O4' -0.244 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CB -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C4 -0.244 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CA -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 209 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 211 CA -0.244 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C5 -0.244 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CG -0.244 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 117 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CD2 -0.245 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C2' -0.245 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CD1 -0.245 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CD -0.245 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 N -0.245 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 N -0.245 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 SG -0.245 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 N -0.245 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 N -0.245 2.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 O -0.245 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C4 -0.245 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 NE2 -0.245 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C6 -0.245 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N3 -0.245 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C2 -0.245 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CB -0.245 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 CG -0.245 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CE2 -0.245 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 ND1 -0.245 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C1' -0.245 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 O5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CD2 -0.245 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CB -0.245 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CD -0.245 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C6 -0.245 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C4' -0.245 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 CB -0.245 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 O -0.245 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CE2 -0.245 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 CA -0.245 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 CB -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 O -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 NE2 -0.246 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C2 -0.246 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C2 -0.246 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 CB -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 O -0.246 3.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 O2 -0.246 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 N -0.246 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 152 CB -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 126 N -0.246 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 55 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 O -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 CB -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CB -0.246 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 CD2 -0.246 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 O -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C5 -0.246 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5' -0.246 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 N -0.246 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N9 -0.246 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5' -0.246 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 OE1 -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C1' -0.246 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 CG -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N4 -0.246 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 CG -0.246 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 O -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 CB -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 N -0.246 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 CA -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 N -0.246 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 261 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 285 CA -0.246 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N9 -0.246 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 239 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 N -0.246 2.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C3' -0.246 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 315 CA -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CA -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N1 -0.246 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 CG -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 20 OG -0.246 2.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 O -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C2 -0.246 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 CB -0.246 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CD1 -0.246 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C5' -0.246 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 OG1 -0.247 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C7 -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N6 -0.247 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N6 -0.247 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CD1 -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C5' -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CA -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C1' -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N3 -0.247 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CE1 -0.247 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N1 -0.247 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CG2 -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CA -0.247 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE2 -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N1 -0.247 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 18 O -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C5 -0.247 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 CA -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C2 -0.247 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 CG -0.247 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 CA -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CG -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 OG1 -0.247 2.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CB -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 CD1 -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C1' -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CZ -0.247 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C1' -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 4 CA -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N9 -0.247 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C5 -0.247 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 O -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CA -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CA -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C5 -0.247 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CD1 -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C1' -0.247 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 N -0.247 2.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CA -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 65 CB -0.247 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CD -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 OG1 -0.247 2.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C4' -0.247 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C4 -0.247 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH2 -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 O -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C7 -0.248 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CG2 -0.248 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C5' -0.248 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 CB -0.248 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CD1 -0.248 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 36 OE2 -0.248 3.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CG2 -0.248 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C5' -0.248 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N3 -0.248 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CE -0.248 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CD -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 OG1 -0.248 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N3 -0.248 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 61 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 65 ND2 -0.248 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 OG1 -0.248 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 73 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 O -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 N -0.248 2.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 NH1 -0.248 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 CA -0.248 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 OD2 -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C5 -0.248 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CB -0.248 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 333 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 336 C -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N6 -0.248 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 283 CB -0.248 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C5 -0.248 3.498
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CD2 -0.249 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 N4 -0.249 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 SG -0.249 3.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 135 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 136 OXT -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CE2 -0.249 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N4 -0.249 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 CB -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C2 -0.249 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 O -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 159 CA -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 118 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 -0.249 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 CG -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N7 -0.249 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C4 -0.249 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 CD -0.249 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CB -0.249 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 284 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 22 CB -0.249 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C2 -0.249 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5 -0.249 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 O -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C4 -0.249 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CA -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N7 -0.249 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 CB -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 198 OG -0.249 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 O -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N7 -0.249 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 CB -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N7 -0.249 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C5 -0.249 3.469
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 CB -0.249 4.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 O -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CB -0.249 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 N -0.249 2.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CB -0.249 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 O -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CD1 -0.250 3.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 OD2 -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N7 -0.250 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C4 -0.250 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C6 -0.250 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 OH -0.250 3.470
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NE -0.250 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C1' -0.250 3.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 103 CD1 -0.250 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 37 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N7 -0.250 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N3 -0.250 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C2 -0.250 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 O2 -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 O -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ -0.250 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CB -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 O -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N7 -0.250 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CB -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 CA -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CD -0.250 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CD -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 322 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N7 -0.250 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CZ -0.250 3.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C2' -0.250 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5' -0.250 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 145 CB -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 N -0.250 2.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2 -0.250 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CA -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2 -0.250 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 CB -0.250 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CG -0.251 3.281
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 CG -0.251 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CB -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2 -0.251 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG2 -0.251 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CA -0.251 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 O -0.251 3.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N1 -0.251 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 CA -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 N -0.251 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 332 CG2 -0.251 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CA -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 60 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 CG -0.251 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C8 -0.251 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 285 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 309 CZ -0.251 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 35 N -0.251 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 CB -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NE -0.251 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 O -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C5 -0.251 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD2 -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CB -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C4 -0.251 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 61 N -0.251 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C2 -0.251 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD2 -0.251 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 OG -0.251 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 CE -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 CB -0.251 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C4 -0.251 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C4 -0.251 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 OD1 -0.251 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 CB -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C5 -0.251 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 29 CA -0.251 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CG -0.251 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 N -0.251 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C5 -0.251 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 CE -0.251 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 CA -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 O6 -0.251 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 O -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 CB -0.251 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N9 -0.251 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 O -0.252 2.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 O -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 OD2 -0.252 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD1 -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 7 N -0.252 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 49 CD1 -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 CG -0.252 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 O -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 N -0.252 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 CA -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CB -0.252 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CA -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C2 -0.252 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 CE2 -0.252 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CZ -0.252 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 CB -0.252 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N3 -0.252 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 63 CB -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C4 -0.252 3.472
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 N -0.252 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C8 -0.252 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 23 CB -0.252 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 OH -0.252 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C3' -0.252 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 N -0.252 2.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 CB -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CB -0.252 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE1 -0.252 3.892
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CB -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 65 CB -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N9 -0.252 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 C -0.252 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 O -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C2 -0.252 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 O -0.252 3.282
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2 -0.252 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 O -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C5 -0.252 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 O -0.252 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C5 -0.253 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CD1 -0.253 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 143 N -0.253 2.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 CB -0.253 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C3' -0.253 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N2 -0.253 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 OG1 -0.253 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CG1 -0.253 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 O -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 N -0.253 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C8 -0.253 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 CB -0.253 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 O -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NE -0.253 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C2 -0.253 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 206 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 OD1 -0.253 3.283
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 O6 -0.253 2.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 O -0.253 3.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 -0.253 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 81 O -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 CB -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CB -0.253 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 275 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CG -0.253 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 CB -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CB -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N3 -0.253 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 CB -0.253 4.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 O -0.253 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N7 -0.253 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ2 -0.253 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 CB -0.253 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C8 -0.254 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 CD1 -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 N -0.254 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CA -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 CB -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 C -0.254 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 O -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 CB -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 214 OG1 -0.254 2.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CD2 -0.254 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 114 CG -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 N -0.254 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 O -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N6 -0.254 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 OE2 -0.254 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 P -0.254 4.234
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 N -0.254 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 CB -0.254 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N1 -0.254 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 10 N -0.254 2.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CG -0.254 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CG -0.254 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C5' -0.254 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C2 -0.254 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 27 NE -0.254 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 -0.254 3.474
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CB -0.255 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N3 -0.255 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 CD -0.255 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CZ2 -0.255 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N1 -0.255 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 P -0.255 4.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C4 -0.255 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C5 -0.255 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N7 -0.255 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CB -0.255 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 O -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG2 -0.255 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 ND2 -0.255 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2 -0.255 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 61 N -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 CB -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C5 -0.255 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 OG -0.255 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 OE1 -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C4 -0.255 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 77 CA -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 OH -0.255 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 -0.255 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 O -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 22 C -0.255 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE2 -0.255 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 N -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 N -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CB -0.255 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 196 CB -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 N -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C1' -0.255 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 O -0.255 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O -0.255 2.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C4 -0.255 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 N -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 NH2 -0.255 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE2 -0.255 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N1 -0.255 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CG1 -0.255 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C1' -0.255 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 OP1 -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 37 N -0.255 2.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C6 -0.256 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O4 -0.256 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CB -0.256 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C1' -0.256 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 CB -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CE1 -0.256 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD2 -0.256 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C5 -0.256 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 155 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 O -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CG -0.256 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 4 O -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 O -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 120 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 61 CA -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CZ -0.256 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CD1 -0.256 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE2 -0.256 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CD1 -0.256 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 O -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 251 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CD2 -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CG2 -0.256 3.746
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 CG2 -0.256 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C1' -0.256 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C2 -0.256 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CZ -0.256 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CB -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 CB -0.256 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CE -0.256 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 N -0.256 2.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CB -0.256 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C6 -0.256 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 OP1 -0.256 3.286
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE2 -0.257 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C2 -0.257 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N1 -0.257 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 124 CB -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 OP1 -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 OH -0.257 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE2 -0.257 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 N -0.257 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 NE2 -0.257 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 109 CA -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 N -0.257 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C1' -0.257 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CA -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 OE2 -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 97 N -0.257 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CD2 -0.257 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 CA -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N1 -0.257 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N1 -0.257 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C3' -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CB -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD2 -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 CA -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CA -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CG -0.257 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 CA -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 CG -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 O -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 OG1 -0.257 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CD -0.257 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 83 CA -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CG2 -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD2 -0.257 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 N -0.257 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 N -0.257 2.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 81 CG2 -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CD2 -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 CA -0.257 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N3 -0.257 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD2 -0.257 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 CB -0.257 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 O -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 NH2 -0.257 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N6 -0.257 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N7 -0.257 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 CA -0.257 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 N -0.258 2.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N9 -0.258 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CG -0.258 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 36 OE2 -0.258 3.288
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N1 -0.258 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N7 -0.258 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5' -0.258 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CB -0.258 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 CG2 -0.258 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 CG -0.258 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 O -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CD1 -0.258 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C1' -0.258 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ -0.258 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 CE -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CB -0.258 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 N1 -0.258 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CB -0.258 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 CA -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 O -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N4 -0.258 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CZ -0.258 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 CD -0.258 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 O -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C4 -0.258 3.478
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CA -0.258 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N6 -0.258 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C4' -0.258 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 CD -0.258 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N2 -0.258 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N3 -0.258 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2 -0.258 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N3 -0.258 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 83 CA -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CD -0.258 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 O -0.258 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 N -0.258 2.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 OG1 -0.258 2.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 C -0.258 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CA -0.258 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 CB -0.258 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CG -0.258 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 N -0.258 2.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 CA -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N1 -0.259 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CB -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N9 -0.259 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 CB -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C1' -0.259 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 O -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 CA -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CG -0.259 4.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 O -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 O -0.259 2.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C2 -0.259 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 N -0.259 2.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 CA -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C6 -0.259 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C7 -0.259 3.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C6 -0.259 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 CA -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 31 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 O -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 73 CB -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 CD -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 O -0.259 3.439
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 CG -0.259 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 CA -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C7 -0.259 4.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 O -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 253 CA -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C2 -0.259 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 O -0.259 2.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C6 -0.259 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2 -0.259 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C4 -0.259 3.479
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 CB -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 N -0.259 2.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 N4 -0.259 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD -0.259 4.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5 -0.259 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CB -0.259 3.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2 -0.259 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C2 -0.259 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CG -0.259 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CA -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N1 -0.260 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 112 O -0.260 3.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CB -0.260 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 O -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C1' -0.260 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CB -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2 -0.260 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C1' -0.260 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CG -0.260 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 13 CA -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 N -0.260 2.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 115 CA -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 N -0.260 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP2 -0.260 2.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C5 -0.260 3.480
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 OD2 -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 O -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 O -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CA -0.260 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CG -0.260 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 CD -0.260 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 CB -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C6 -0.260 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE2 -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C2 -0.260 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 OG -0.260 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 N -0.260 2.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 O -0.260 3.440
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 N3 -0.260 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 N -0.260 2.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 CB -0.260 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CG2 -0.260 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 N -0.260 2.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 126 CB -0.260 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C1' -0.260 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 CZ -0.261 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CD -0.261 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N2 -0.261 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 CA -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C4 -0.261 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE2 -0.261 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 OG1 -0.261 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 O -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 N -0.261 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 OE2 -0.261 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 OG -0.261 2.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CB -0.261 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 N -0.261 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 O -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 -0.261 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C1' -0.261 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N2 -0.261 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 61 CA -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 OD1 -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 220 CB -0.261 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C7 -0.261 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 323 N -0.261 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CG -0.261 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CZ -0.261 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 CB -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 CB -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH2 -0.261 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 O -0.261 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C7 -0.261 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2 -0.261 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N4 -0.261 2.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD2 -0.261 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 N -0.262 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 CB -0.262 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 -0.262 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CA -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 O -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 N -0.262 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 O6 -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 CA -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 232 O -0.262 3.442
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CB -0.262 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 308 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N7 -0.262 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C5 -0.262 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C1' -0.262 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 135 NH1 -0.262 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 CZ -0.262 3.292
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 CG2 -0.262 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CG -0.262 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CD -0.262 4.242
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CD1 -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 O6 -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 CG -0.262 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C5 -0.262 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD1 -0.262 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 CA -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 O -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 O -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 5 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CD -0.262 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 O -0.262 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 C -0.262 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N7 -0.262 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 123 N -0.262 2.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CG -0.262 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2 -0.263 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 10 CG2 -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 CA -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 N -0.263 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 OG -0.263 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N1 -0.263 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 O -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C5 -0.263 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 8 CA -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD -0.263 4.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 OD1 -0.263 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CB -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C2 -0.263 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C2 -0.263 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 N -0.263 2.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N1 -0.263 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CA -0.263 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 4 C -0.263 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CZ -0.263 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 NH2 -0.263 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N7 -0.263 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N2 -0.263 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CG1 -0.263 4.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C5' -0.263 4.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CD -0.263 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 255 O -0.263 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 N -0.263 2.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N3 -0.263 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 99 CG -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 191 O -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD -0.263 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C2 -0.263 3.513
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 CD -0.263 4.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 286 CG -0.263 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N1 -0.263 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 149 C -0.263 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CA -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 O -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CG -0.264 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 96 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CG -0.264 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 229 CA -0.264 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N6 -0.264 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CD -0.264 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CA -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C2 -0.264 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 42 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 O -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 O -0.264 2.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 O -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 128 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 ND2 -0.264 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 N4 -0.264 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 OG -0.264 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 303 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C4 -0.264 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2 -0.264 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE2 -0.264 3.444
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 O -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 N -0.264 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 CA -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CB -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 CB -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 115 CA -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CD1 -0.264 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 65 CB -0.264 4.244
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2 -0.264 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 78 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH2 -0.264 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 48 CA -0.264 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C2 -0.264 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N3 -0.264 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 N -0.264 2.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C1' -0.265 3.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CB -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 9 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CE1 -0.265 3.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N3 -0.265 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CG -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 CA -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C5 -0.265 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C2' -0.265 3.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 C -0.265 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C4 -0.265 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 N -0.265 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CA -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 OE1 -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 CB -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 O -0.265 3.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C5 -0.265 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5' -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CB -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 14 CD -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N4 -0.265 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 CB -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 149 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I M3L 28 CB -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C1' -0.265 3.905
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CB -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N9 -0.265 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CA -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 N -0.265 2.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CB -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CE -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CB -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 OG1 -0.265 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 21 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 24 CA -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C4 -0.265 3.485
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 C -0.265 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CZ -0.265 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 249 CA -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 74 CA -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 C -0.265 3.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 68 N -0.265 2.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 N -0.265 2.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CD -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 121 O -0.265 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N1 -0.265 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CD1 -0.265 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 153 CG -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 OE1 -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 CB -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 OE1 -0.266 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 289 CA -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N2 -0.266 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 N -0.266 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C5 -0.266 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N2 -0.266 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N2 -0.266 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD1 -0.266 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N3 -0.266 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N7 -0.266 3.516
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 O6 -0.266 3.296
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CG2 -0.266 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CB -0.266 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 N -0.266 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4 -0.266 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CB -0.266 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 135 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 N -0.266 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 N -0.266 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 CA -0.266 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 CB -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 104 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 P -0.266 4.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 OG -0.266 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 N -0.266 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 CA -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 N -0.266 2.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 P -0.266 4.246
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C4 -0.266 3.486
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 N -0.266 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N3 -0.266 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 O -0.266 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N7 -0.266 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N7 -0.266 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CD1 -0.266 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C1' -0.266 3.906
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CZ -0.266 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 298 CA -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N1 -0.267 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CB -0.267 4.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C4 -0.267 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG2 -0.267 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 CB -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CA -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C6 -0.267 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 124 CB -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CD -0.267 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CA -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 188 OG1 -0.267 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 O -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CG -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C5' -0.267 4.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C2 -0.267 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CZ -0.267 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N4 -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C4 -0.267 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 O6 -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C4 -0.267 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 CA -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CD2 -0.267 4.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 CB -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N4 -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CZ -0.267 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 O -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CZ -0.267 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 114 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C2' -0.267 4.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C5 -0.267 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C6 -0.267 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 O -0.267 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C5 -0.267 3.487
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 126 N -0.267 2.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C2 -0.267 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 OE1 -0.267 3.297
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 -0.267 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 O -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 N -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C2 -0.268 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 CB -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C5 -0.268 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 O4' -0.268 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C2 -0.268 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C4 -0.268 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 86 CB -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2 -0.268 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 CG -0.268 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C4 -0.268 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C6 -0.268 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 O -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 N -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 144 N -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CD1 -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N1 -0.268 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 116 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 O -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 284 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 287 OG -0.268 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 11 O -0.268 3.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C5 -0.268 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 111 N -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 -0.268 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C2 -0.268 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 NH2 -0.268 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C6 -0.268 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CB -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C6 -0.268 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C1' -0.268 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C4 -0.268 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C8 -0.268 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 CB -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 O -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CZ -0.268 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CB -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 N -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 10 N -0.268 2.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 CA -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C5 -0.268 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CG -0.268 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 280 CA -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 O6 -0.268 3.298
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 132 OG -0.268 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C1' -0.268 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 160 CA -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 O -0.268 2.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 -0.268 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C1' -0.268 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 O -0.268 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N3 -0.269 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C1' -0.269 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CG -0.269 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 33 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 P -0.269 4.249
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N1 -0.269 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 CA -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N1 -0.269 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N9 -0.269 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD1 -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 27 O -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 O -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C5 -0.269 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NE -0.269 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 148 CA -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 N -0.269 2.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 N -0.269 2.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N3 -0.269 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 18 CB -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CG1 -0.269 4.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 OP1 -0.269 3.299
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 CA -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N3 -0.269 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 N -0.269 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CA -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 CA -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 N -0.269 2.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2 -0.269 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N7 -0.269 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C1' -0.269 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CA -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 O5' -0.269 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 O -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 C -0.269 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C2 -0.269 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 O -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N2 -0.269 2.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.269 4.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N3 -0.269 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CD -0.269 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 N -0.269 2.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N2 -0.269 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N1 -0.269 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C6 -0.269 3.519
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CB -0.269 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CG2 -0.269 4.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 CD -0.269 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NE -0.270 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CG2 -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 CA -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N9 -0.270 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C2 -0.270 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 N -0.270 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 41 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 42 CD -0.270 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 10 CA -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 CG -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CD2 -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 268 OG1 -0.270 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 OP2 -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 63 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C4 -0.270 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CD1 -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 CG -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N9 -0.270 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 N -0.270 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C4 -0.270 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 CA -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 O -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 O -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE2 -0.270 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NH2 -0.270 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 -0.270 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 O6 -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 O -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD1 -0.270 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 -0.270 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C2' -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C4 -0.270 3.520
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C5 -0.270 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CG -0.270 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N9 -0.270 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N9 -0.270 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 271 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 CD -0.270 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 O -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N4 -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 O2 -0.270 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 CB -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 24 N -0.270 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CD1 -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C5 -0.270 3.490
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 OG1 -0.270 2.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CB -0.270 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 N -0.270 2.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 CA -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 O -0.270 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 -0.271 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 O6 -0.271 2.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C5 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N2 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CB -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 O -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 -0.271 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 313 CD -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 O4 -0.271 3.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2 -0.271 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CG2 -0.271 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 O -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N7 -0.271 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 NE2 -0.271 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD -0.271 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD -0.271 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2 -0.271 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 CD1 -0.271 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 OD1 -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 40 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 O4' -0.271 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C4 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C7 -0.271 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 C -0.271 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CG -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD1 -0.271 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C5 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 112 CA -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 N -0.271 2.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CG -0.271 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 O -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CA -0.271 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C2 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 CA -0.271 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CG -0.271 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N7 -0.271 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C4 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C4 -0.271 3.301
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N4 -0.271 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 OE1 -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 O -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 NH1 -0.271 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 N -0.271 2.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CE -0.271 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C5 -0.271 3.491
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 -0.271 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 OE1 -0.271 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 188 O -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 O -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C3' -0.272 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N1 -0.272 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N2 -0.272 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N1 -0.272 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CZ -0.272 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 O -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 N -0.272 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 O2 -0.272 3.452
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 CA -0.272 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 N -0.272 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 O -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 100 CB -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N3 -0.272 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C5 -0.272 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 CA -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C5' -0.272 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C6 -0.272 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N7 -0.272 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 CA -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 O -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C5 -0.272 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N9 -0.272 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CZ -0.272 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 CB -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N9 -0.272 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 -0.272 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 N -0.272 2.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 O -0.272 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NE -0.272 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 O4 -0.272 3.302
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CG -0.272 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG2 -0.272 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CB -0.272 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N9 -0.272 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5 -0.272 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 NH1 -0.272 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C2 -0.272 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CB -0.272 3.912
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 2 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 OG -0.272 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C8 -0.273 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 CA -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 N -0.273 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 O -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 P -0.273 4.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 OP1 -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CD -0.273 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 O -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CA -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CB -0.273 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 N -0.273 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 235 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CA -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C4 -0.273 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N7 -0.273 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CB -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 NZ -0.273 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 N -0.273 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CA -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 O -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N3 -0.273 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CB -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 N3 -0.273 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5' -0.273 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C4 -0.273 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 N -0.273 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB -0.273 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 CA -0.273 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C1' -0.273 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C7 -0.273 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C5 -0.273 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C5' -0.273 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 N -0.273 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N9 -0.273 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C5 -0.273 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CZ -0.273 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 CA -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 51 O -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2 -0.273 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 N -0.273 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 N -0.273 2.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N4 -0.273 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 CA -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C5 -0.273 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 39 N -0.273 3.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CB -0.273 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 P -0.273 4.253
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 N -0.274 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CA -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 O4 -0.274 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 O -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C4 -0.274 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N1 -0.274 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CG2 -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CB -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C4 -0.274 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5 -0.274 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 N -0.274 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N6 -0.274 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C5 -0.274 3.494
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 O -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5' -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 25 N -0.274 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 NH2 -0.274 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG1 -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD1 -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 CG1 -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NE -0.274 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 CE1 -0.274 3.454
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 CA -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CZ -0.274 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CG -0.274 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 OD1 -0.274 3.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 CB -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 O -0.274 3.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N4 -0.274 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 CD -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 O -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 CG2 -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CE3 -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 CA -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CE1 -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 C1' -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C8 -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 O -0.274 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 165 N -0.274 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 C7 -0.274 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 113 N -0.274 2.934
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C6 -0.274 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 C -0.274 3.304
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CE -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CB -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 193 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 CB -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C1' -0.274 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C2 -0.274 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CA -0.274 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N1 -0.274 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 OG1 -0.275 2.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N9 -0.275 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 268 CG2 -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 228 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CG -0.275 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 102 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C5 -0.275 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C7 -0.275 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 301 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N4 -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 289 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 OE2 -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 N4 -0.275 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 O -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 O -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N6 -0.275 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C5 -0.275 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N7 -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C4 -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C2 -0.275 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CA -0.275 3.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C2 -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C5 -0.275 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2 -0.275 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CG2 -0.275 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 N -0.275 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4 -0.275 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 O -0.275 3.305
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 51 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 O -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 161 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C4 -0.275 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5 -0.275 3.915
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CZ -0.275 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N1 -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CD -0.275 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 O -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N6 -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 126 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 O -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2 -0.275 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C5' -0.275 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CZ -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N1 -0.275 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 C -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 N3 -0.275 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 165 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 O -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 N -0.275 2.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 CA -0.275 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N3 -0.276 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 N -0.276 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N3 -0.276 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG2 -0.276 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CA -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 N -0.276 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C4 -0.276 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 N -0.276 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N7 -0.276 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2 -0.276 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 CG -0.276 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C5 -0.276 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CE2 -0.276 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 289 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 OD1 -0.276 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 N -0.276 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 CG -0.276 3.306
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 285 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 194 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CG -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CB -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 -0.276 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 CA -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CB -0.276 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CA -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 N -0.276 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 27 N -0.276 2.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 CA -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C4 -0.276 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 C -0.276 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C4 -0.276 3.496
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N2 -0.276 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C4 -0.276 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CD -0.276 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 110 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 OE1 -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C4' -0.276 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 137 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 NZ -0.276 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CB -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 CA -0.276 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 CB -0.276 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD2 -0.276 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C8 -0.276 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C6 -0.276 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NE -0.277 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 N -0.277 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C5 -0.277 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 -0.277 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 ND2 -0.277 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 116 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 O -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 10 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CD1 -0.277 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C2 -0.277 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 CD -0.277 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C5' -0.277 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 117 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 CB -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CB -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N3 -0.277 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5 -0.277 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CB -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 CG2 -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C5 -0.277 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N7 -0.277 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 OP1 -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 O -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C4 -0.277 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CD1 -0.277 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2 -0.277 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 O -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 N -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C4 -0.277 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 N -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 N -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 117 N -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 290 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 332 OG1 -0.277 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 90 ND2 -0.277 2.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ -0.277 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 135 CB -0.277 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 CA -0.277 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C1' -0.278 4.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CB -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2 -0.278 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2 -0.278 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 N -0.278 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 O -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C4 -0.278 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 CD -0.278 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 O -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 102 CA -0.278 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 120 N -0.278 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 CD1 -0.278 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 14 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 O -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 OE2 -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 243 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 OE2 -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 2 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 O -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C4 -0.278 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 O -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C5 -0.278 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD2 -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 CB -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C4 -0.278 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 352 C -0.278 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 78 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH2 -0.278 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N9 -0.278 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 92 N -0.278 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 O -0.278 3.458
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 125 OG -0.278 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 O -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 CB -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 302 N -0.278 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 N -0.278 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 N -0.278 2.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 CA -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CB -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CE1 -0.278 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 OD1 -0.278 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 O -0.278 3.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N9 -0.278 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CD2 -0.279 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 O -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CG -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N4 -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N9 -0.279 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 O -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C4 -0.279 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 CA -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 8 OD1 -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C5' -0.279 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C4 -0.279 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5' -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N7 -0.279 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CA -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 53 O -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CG2 -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N9 -0.279 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C2 -0.279 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 N4 -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C1' -0.279 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 OG -0.279 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 322 CB -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 CA -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C2 -0.279 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 102 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CE -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C4 -0.279 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 O -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N3 -0.279 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 74 CB -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 N -0.279 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 CG -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C2 -0.279 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 N -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 N -0.279 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CB -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N3 -0.279 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CG -0.279 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 245 N -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 CG -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 CD -0.279 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 N -0.279 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 N -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 ND1 -0.279 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 11 N -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C4 -0.279 3.499
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 11 N -0.279 2.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 O -0.280 3.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CB -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C4' -0.280 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C4 -0.280 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C5 -0.280 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CA -0.280 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 OE2 -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 C -0.280 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C5' -0.280 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 N -0.280 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N2 -0.280 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 O -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 127 C -0.280 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CH2 -0.280 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C2 -0.280 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CG -0.280 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 OE1 -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 9 CB -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N9 -0.280 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 CA -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CG -0.280 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 OG -0.280 2.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 125 OG -0.280 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 261 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 O -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 CA -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CA -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N7 -0.280 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N6 -0.280 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 -0.280 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C5 -0.280 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 N1 -0.280 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 N3 -0.280 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CB -0.280 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N6 -0.280 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 N1 -0.280 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CD -0.280 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 329 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 331 CD -0.280 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 N3 -0.280 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 N -0.280 2.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C1' -0.281 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CG -0.281 3.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CA -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CG -0.281 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 N -0.281 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CB -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 CD2 -0.281 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 78 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 O -0.281 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C2 -0.281 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N7 -0.281 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 N -0.281 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 OG -0.281 2.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CE1 -0.281 3.921
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 C -0.281 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 -0.281 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C2' -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 CG2 -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2 -0.281 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CB -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N9 -0.281 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N3 -0.281 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CA -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N4 -0.281 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 135 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 136 OXT -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 C -0.281 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD2 -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 CA -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 211 O -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CB -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG2 -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CA -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N1 -0.281 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 120 CA -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 OP2 -0.281 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C5 -0.281 3.771
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C4 -0.281 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 114 N -0.281 2.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 C -0.281 3.311
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N7 -0.281 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 O -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N2 -0.281 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2 -0.281 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 CG -0.281 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 59 CA -0.281 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 N -0.282 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 N -0.282 2.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C1' -0.282 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 O -0.282 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 N -0.282 2.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 CG -0.282 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 OE1 -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 OD2 -0.282 3.462
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 CA -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 CD -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C6 -0.282 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CH2 -0.282 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 CG -0.282 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 CB -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N3 -0.282 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N4 -0.282 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 CA -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 28 CG -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD1 -0.282 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N1 -0.282 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2 -0.282 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N2 -0.282 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C5 -0.282 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C3' -0.282 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG2 -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 N -0.282 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CG2 -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 20 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 O -0.282 2.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CA -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CB -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 CB -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N1 -0.282 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CD1 -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5 -0.282 3.922
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 153 O -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 O5' -0.282 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 O -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CG1 -0.282 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CE -0.282 4.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N1 -0.282 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 O -0.282 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 45 N -0.282 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N6 -0.283 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N3 -0.283 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CG2 -0.283 4.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 N -0.283 4.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CG -0.283 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 N -0.283 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 O -0.283 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 N -0.283 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 CA -0.283 4.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 216 O -0.283 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 72 CD -0.283 4.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C2 -0.283 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N4 -0.283 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N2 -0.283 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C6 -0.283 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 C -0.283 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 N -0.283 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C2 -0.283 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 CG -0.283 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O -0.283 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C1' -0.283 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C5 -0.283 3.503
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 20 OG -0.283 2.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C4 -0.283 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CD -0.283 4.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CG -0.283 3.923
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 N -0.283 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 OD2 -0.283 3.123
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 C -0.283 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 NE -0.283 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2 -0.283 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 N -0.283 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 O -0.283 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 N -0.283 2.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CE -0.283 4.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 C -0.283 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 N -0.284 3.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 O -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 C -0.284 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 CA -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 OH -0.284 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 CG -0.284 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 O -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD2 -0.284 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N7 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 O -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 OG -0.284 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N1 -0.284 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 CA -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 CD2 -0.284 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 N -0.284 2.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CA -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 N3 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C6 -0.284 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CA -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 CE -0.284 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C2 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C5 -0.284 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CG2 -0.284 3.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 281 CB -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C4 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N7 -0.284 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C4 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N9 -0.284 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 O -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C5 -0.284 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 CB -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C6 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C1' -0.284 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 CA -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C5 -0.284 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 OG1 -0.284 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 142 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 352 CB -0.284 3.804
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 N3 -0.284 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 O6 -0.284 2.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C5 -0.284 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CE2 -0.284 3.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 O -0.284 2.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 144 CA -0.284 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 P -0.284 4.264
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 OG1 -0.284 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 N -0.284 2.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 N -0.284 2.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CB -0.284 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 CG -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 OE1 -0.285 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N6 -0.285 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N7 -0.285 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 93 N -0.285 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 N -0.285 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CB -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CZ3 -0.285 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C4 -0.285 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C4 -0.285 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 26 CA -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 P -0.285 4.265
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 N -0.285 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH2 -0.285 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2 -0.285 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CA -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CB -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 C -0.285 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CB -0.285 3.925
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2 -0.285 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N3 -0.285 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 CA -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2 -0.285 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CA -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 O -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CZ -0.285 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 CA -0.285 4.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 CG -0.285 3.315
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5' -0.285 4.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 N -0.285 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CB -0.285 4.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C4 -0.285 3.505
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 N -0.285 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C6 -0.285 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CD2 -0.285 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CD -0.285 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 O -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C7 -0.285 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 OE2 -0.285 2.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CB -0.285 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 CA -0.285 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 85 CA -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 CA -0.286 4.046
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 CA -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 CB -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 7 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 C -0.286 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 CA -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CB -0.286 4.046
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CA -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 O -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CZ -0.286 3.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 P -0.286 4.266
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 98 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C7 -0.286 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C2 -0.286 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N4 -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CA -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD2 -0.286 4.046
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CE1 -0.286 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 CG1 -0.286 4.046
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C6 -0.286 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N3 -0.286 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 CB -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C2 -0.286 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CG -0.286 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5 -0.286 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N2 -0.286 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 C -0.286 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C2' -0.286 3.926
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 117 N -0.286 2.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C6 -0.286 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 O -0.287 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CD1 -0.287 4.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C1' -0.287 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 CG -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 OP2 -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 N -0.287 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 N -0.287 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2 -0.287 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CB -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N7 -0.287 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 N -0.287 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CA -0.287 4.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CA -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 147 CA -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 O -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C4 -0.287 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C2 -0.287 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 CB -0.287 4.267
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N3 -0.287 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 135 OG -0.287 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD2 -0.287 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C5 -0.287 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CD -0.287 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 C -0.287 3.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N1 -0.287 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CD -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C4 -0.287 3.507
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N2 -0.287 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 122 N -0.287 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C4' -0.287 4.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 OE1 -0.287 3.467
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 N -0.287 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 N -0.287 2.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 O -0.287 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 OG1 -0.287 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5' -0.287 4.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5 -0.287 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C1' -0.287 3.927
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 N -0.288 2.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 CG1 -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 9 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 CA -0.288 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 CA -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C5 -0.288 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD2 -0.288 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N9 -0.288 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 CA -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C4 -0.288 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 O -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 38 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 CD -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 CB -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CD1 -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CB -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE1 -0.288 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 N3 -0.288 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CG -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 N -0.288 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C4 -0.288 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N3 -0.288 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C5 -0.288 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C5 -0.288 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 232 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 N -0.288 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 O -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CG -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CE1 -0.288 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD1 -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 4 N -0.288 2.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 O -0.288 3.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C2 -0.288 3.508
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CA -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CA -0.288 4.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N1 -0.288 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 53 O -0.288 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N9 -0.288 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE2 -0.288 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 N -0.288 2.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N7 -0.288 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 N -0.288 2.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N7 -0.288 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CG -0.288 3.928
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N4 -0.289 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 OG1 -0.289 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C4 -0.289 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 N -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 89 O -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 O -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C2 -0.289 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG -0.289 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C5 -0.289 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 N -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C5' -0.289 4.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CD1 -0.289 4.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 N -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 N -0.289 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N2 -0.289 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CG2 -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C1' -0.289 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 N -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CB -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 N -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG1 -0.289 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH2 -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C5 -0.289 3.509
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C4 -0.289 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 O -0.289 2.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 -0.289 3.929
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C6 -0.289 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 254 N -0.289 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 P -0.289 4.269
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 CB -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CB -0.289 4.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 N -0.289 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 O -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N1 -0.289 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C5' -0.289 4.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 OG -0.289 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C5 -0.289 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CB -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CE -0.289 4.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 N -0.289 2.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 OE1 -0.289 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 N -0.290 2.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CA -0.290 4.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 CB -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 N -0.290 2.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N7 -0.290 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CA -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 160 N -0.290 2.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C4 -0.290 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C6 -0.290 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 O -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N7 -0.290 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 O -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 CA -0.290 4.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CE1 -0.290 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N3 -0.290 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 NE2 -0.290 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 O -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C2 -0.290 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 N -0.290 2.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 CB -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C5 -0.290 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 C -0.290 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N6 -0.290 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 O -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C5 -0.290 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 O4 -0.290 2.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N1 -0.290 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 N -0.290 2.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N6 -0.290 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 O6 -0.290 3.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 N -0.290 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 O6 -0.290 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CD2 -0.290 3.930
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 OP1 -0.290 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CG2 -0.290 4.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4 -0.290 3.510
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CA -0.290 4.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 CA -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CZ -0.290 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 NH2 -0.290 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 CB -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 O -0.290 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C2 -0.291 3.471
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C4 -0.291 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C4 -0.291 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CZ -0.291 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 224 CA -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C5 -0.291 3.511
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 O6 -0.291 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 N -0.291 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CH2 -0.291 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CA -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5 -0.291 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CD1 -0.291 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 102 CG -0.291 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CE1 -0.291 3.931
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH1 -0.291 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 CA -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N1 -0.291 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CB -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 CG -0.291 3.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C4 -0.291 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 N -0.291 2.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C5' -0.291 4.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 OP2 -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CD -0.291 4.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 CA -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 CA -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 CA -0.291 4.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CD -0.291 4.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 CB -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CG -0.291 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 N -0.291 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C2 -0.291 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 O -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 O -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C2 -0.292 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 C -0.292 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 -0.292 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 P -0.292 4.272
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 O -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N9 -0.292 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C2 -0.292 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 N -0.292 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C5 -0.292 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CA -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 CB -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 221 N -0.292 2.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 271 CB -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C5 -0.292 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CA -0.292 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 N -0.292 2.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CB -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C6 -0.292 3.512
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 CG -0.292 4.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CE2 -0.292 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CG -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD1 -0.292 4.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C2 -0.292 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C7 -0.292 3.812
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 236 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 CB -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 OD1 -0.292 2.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CG2 -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C5 -0.292 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 CB -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C1' -0.292 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 224 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 251 CA -0.292 4.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 15 CG2 -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 O -0.292 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 12 N -0.292 2.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CA -0.292 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 O -0.292 3.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CG -0.292 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 CG -0.292 4.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 CZ -0.292 3.322
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C1' -0.292 3.932
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CB -0.293 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 P -0.293 4.273
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CE2 -0.293 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 N -0.293 2.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CA -0.293 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CD2 -0.293 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 CA -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 N -0.293 2.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 NH1 -0.293 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 112 CB -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 CB -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 142 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 -0.293 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CA -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C6 -0.293 3.323
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 CD -0.293 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C6 -0.293 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 N3 -0.293 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C1' -0.293 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 CD -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C2 -0.293 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 170 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 NH2 -0.293 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 57 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4' -0.293 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C1' -0.293 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 C -0.293 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CZ -0.293 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 N -0.293 2.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 OH -0.293 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 290 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CD2 -0.293 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C1' -0.293 3.933
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 CB -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CH2 -0.293 3.473
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 -0.293 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 CB -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CB -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 N -0.293 2.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 O -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2 -0.293 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 CA -0.293 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N7 -0.293 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CG -0.293 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CA -0.293 4.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N9 -0.293 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C3' -0.294 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG2 -0.294 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 CB -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CB -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C5' -0.294 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 O6 -0.294 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 N -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CG2 -0.294 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 O -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C4 -0.294 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 N -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C5 -0.294 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 O -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C5 -0.294 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 CA -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 NH1 -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CG2 -0.294 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 N -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD2 -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C5 -0.294 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE1 -0.294 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C5 -0.294 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N7 -0.294 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N9 -0.294 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N7 -0.294 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 379 C -0.294 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 N -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB -0.294 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CB -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CA -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C2 -0.294 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CD -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C5 -0.294 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 23 N -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N1 -0.294 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 O -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 O -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 O -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 6 CA -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 CB -0.294 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 O -0.294 3.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N2 -0.294 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 O6 -0.294 2.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 CB -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CA -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 116 OG1 -0.294 2.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CB -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 N -0.294 3.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C2 -0.294 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 194 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 198 CB -0.294 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C6 -0.294 3.514
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 CA -0.295 4.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CD -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 CD -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C4 -0.295 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 OG -0.295 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CA -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C5 -0.295 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CG -0.295 4.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 P -0.295 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CG -0.295 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N1 -0.295 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 6 N -0.295 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 194 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 C -0.295 3.325
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N9 -0.295 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 29 CA -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N7 -0.295 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C1' -0.295 3.935
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD1 -0.295 3.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C3' -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C6 -0.295 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB -0.295 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 O -0.295 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 SG -0.295 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CB -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C1' -0.295 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CE -0.295 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C4 -0.295 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 55 N -0.295 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 O -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C2 -0.295 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C2 -0.295 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CA -0.295 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N6 -0.295 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 N -0.295 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C4 -0.295 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 53 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CB -0.295 4.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2 -0.295 3.515
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 237 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 O -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 190 N -0.295 2.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 OG -0.295 2.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 O -0.295 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 161 O -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C6 -0.296 3.326
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 243 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CZ -0.296 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 172 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CB -0.296 4.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 N -0.296 3.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CB -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 CA -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 O -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 OP2 -0.296 3.476
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 -0.296 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CA -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CG -0.296 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CD -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CG -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C4' -0.296 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N3 -0.296 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N9 -0.296 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 O -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 CD -0.296 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 -0.296 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C7 -0.296 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CD1 -0.296 4.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 317 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 191 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 CD1 -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 CA -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 NZ -0.296 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 O -0.296 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 N -0.296 2.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CB -0.296 3.936
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 OH -0.296 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 77 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CG1 -0.296 3.816
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 C -0.296 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 N4 -0.296 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CA -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5 -0.297 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 OP1 -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C4 -0.297 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CB -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 CB -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 O -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 C -0.297 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG2 -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C5 -0.297 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 OP1 -0.297 3.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C5' -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 N4 -0.297 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 N -0.297 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 N -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 O -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 N -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5 -0.297 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N6 -0.297 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 N -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 159 CB -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD1 -0.297 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CD2 -0.297 3.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CB -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 9 CB -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C4 -0.297 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 74 CB -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 N -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 CG -0.297 3.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CD1 -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 O -0.297 2.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 190 C -0.297 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N1 -0.297 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 CB -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NE -0.297 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 O6 -0.297 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C5 -0.297 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C2 -0.297 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 CA -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 -0.297 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CG -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CA -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 243 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CE2 -0.297 3.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C1' -0.297 3.937
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 CG -0.297 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 44 OG -0.297 2.777
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CA -0.297 4.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 OE1 -0.297 3.327
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 O -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 296 CB -0.298 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 O -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 CG -0.298 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C5 -0.298 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N4 -0.298 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 177 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 C -0.298 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CB -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 CB -0.298 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CD -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CA -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 131 CB -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N6 -0.298 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N9 -0.298 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 O4 -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 O -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 CA -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 264 N -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N6 -0.298 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N7 -0.298 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD1 -0.298 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C6 -0.298 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CZ -0.298 3.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 OE2 -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE2 -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 210 O -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 CB -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C4 -0.298 3.518
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N3 -0.298 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 N -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CB -0.298 4.278
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CD -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C4 -0.298 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CD1 -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 9 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 NH2 -0.298 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 C -0.298 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N1 -0.298 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 CB -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 N -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 OG1 -0.298 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 105 O -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 CD -0.298 4.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 N -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C1' -0.298 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 120 N -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N9 -0.298 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 114 CB -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 O6 -0.298 2.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CD1 -0.298 3.938
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 CA -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 271 O -0.298 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 NH2 -0.298 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 OG -0.299 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C8 -0.299 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N1 -0.299 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CB -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 148 N -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 C -0.299 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 CA -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 130 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 O -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 14 C -0.299 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 123 N -0.299 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG2 -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 N -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C2 -0.299 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C1' -0.299 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 OE1 -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CB -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 261 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 258 O -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CA -0.299 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C5 -0.299 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 202 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 O -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 N -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CB -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5 -0.299 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 N -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 O -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CA -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 185 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 N -0.299 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CA -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CB -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 O -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N7 -0.299 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 C -0.299 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CD1 -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 201 N -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 CB -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 N -0.299 2.959
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ2 -0.299 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CG -0.299 4.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 CD1 -0.299 3.939
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD2 -0.299 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 O -0.299 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 OG -0.300 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CG -0.300 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 CD2 -0.300 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N3 -0.300 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 N4 -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 86 N -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 O -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C1' -0.300 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 OP1 -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 165 CB -0.300 4.060
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 294 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 CB -0.300 4.060
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 203 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 C -0.300 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CG2 -0.300 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N9 -0.300 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C2 -0.300 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C5' -0.300 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 C -0.300 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 180 N -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 125 CA -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 O4 -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 250 CB -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C1' -0.300 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 CA -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 NH1 -0.300 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 25 CA -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 N -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5 -0.300 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 130 CB -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 CB -0.300 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 316 N -0.300 2.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 N3 -0.300 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CD2 -0.300 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CB -0.300 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 N3 -0.300 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD2 -0.300 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 OE2 -0.300 3.330
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C1' -0.300 3.940
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C4 -0.300 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 N -0.301 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 C -0.301 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 NH1 -0.301 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C6 -0.301 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CD2 -0.301 3.481
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 OH -0.301 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C4 -0.301 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 NH1 -0.301 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CG -0.301 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CA -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG2 -0.301 4.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 242 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 239 O -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 367 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 CB -0.301 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 9 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 NH2 -0.301 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 N -0.301 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 CA -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C4 -0.301 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CA -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 N -0.301 2.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 N -0.301 2.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 230 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 234 N -0.301 2.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 CD -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CA -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CA -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N1 -0.301 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C4 -0.301 3.521
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C6 -0.301 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 144 CG1 -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 CA -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CA -0.301 4.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N9 -0.301 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CD1 -0.301 4.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 144 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 O -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 N -0.301 2.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG2 -0.301 4.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 N -0.301 2.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CZ2 -0.301 3.941
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N2 -0.301 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C5 -0.301 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 CA -0.301 4.061
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE1 -0.301 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 P -0.301 4.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 132 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 O -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CG -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C7 -0.302 3.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C1' -0.302 3.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CB -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 CA -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 C -0.302 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CG -0.302 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 OE1 -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 N -0.302 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CG1 -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CG -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 CG -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 82 O -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 OE1 -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 N -0.302 2.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 O5' -0.302 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 N -0.302 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 75 N -0.302 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 O -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CA -0.302 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5' -0.302 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 O -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 O6 -0.302 2.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N1 -0.302 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 N -0.302 2.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CG1 -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CG -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CG1 -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CD1 -0.302 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG1 -0.302 3.942
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C6 -0.302 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N4 -0.302 2.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 123 CB -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 123 N -0.302 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CA -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N7 -0.302 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG2 -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5 -0.302 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 O -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 CA -0.302 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NE -0.302 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 OD2 -0.302 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 34 C -0.302 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C2 -0.302 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2 -0.302 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CD -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C5' -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5 -0.302 3.522
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CA -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 113 N -0.302 2.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N9 -0.302 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CD -0.302 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD1 -0.303 3.483
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 N -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CD1 -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C1' -0.303 3.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N2 -0.303 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 C -0.303 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C5 -0.303 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CA -0.303 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 CG -0.303 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CZ -0.303 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CB -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CE1 -0.303 3.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 N -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CA -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N7 -0.303 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 CB -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C6 -0.303 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CB -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 O -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C1' -0.303 3.943
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CB -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 C -0.303 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N7 -0.303 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 173 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 OD2 -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CG -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 O -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 N -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 N -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C6 -0.303 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 CA -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C5 -0.303 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CA -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CA -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CB -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 O -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 N -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 O -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CD1 -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CD -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C6 -0.303 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CG -0.303 4.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 O6 -0.303 3.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 92 N -0.303 2.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 CA -0.303 3.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CE -0.303 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 CG -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N7 -0.304 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CD1 -0.304 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 O -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD2 -0.304 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C5 -0.304 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 342 CB -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CE2 -0.304 3.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 NZ -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CE1 -0.304 3.944
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 O4 -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CD -0.304 3.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C5 -0.304 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 CA -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 OG -0.304 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C5 -0.304 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 O -0.304 2.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CB -0.304 3.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CG -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C5 -0.304 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N7 -0.304 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CA -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C5 -0.304 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 O -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 O6 -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CA -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 165 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CG -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CD2 -0.304 3.484
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CA -0.304 4.284
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 130 CD1 -0.304 4.064
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 N3 -0.304 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CZ -0.304 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CD -0.304 4.064
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CG2 -0.304 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C4 -0.304 3.524
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 O -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 N -0.304 2.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N6 -0.304 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 C -0.304 3.334
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CB -0.304 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 CD -0.305 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH1 -0.305 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 N -0.305 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N9 -0.305 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N7 -0.305 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 CB -0.305 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C5 -0.305 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CB -0.305 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5 -0.305 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CD2 -0.305 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 N -0.305 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 P -0.305 4.285
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C5' -0.305 4.065
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C4 -0.305 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 NH1 -0.305 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 CA -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N3 -0.305 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N7 -0.305 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N7 -0.305 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 OH -0.305 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CA -0.305 4.065
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 O -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CA -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 CB -0.305 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C5 -0.305 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 23 N -0.305 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 102 O -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 15 OG1 -0.305 2.785
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 97 CG2 -0.305 3.945
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 CG2 -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 O -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CA -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 N -0.305 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 OG1 -0.305 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 300 N -0.305 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 187 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 191 N -0.305 2.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C4 -0.305 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 OG -0.305 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C6 -0.305 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 1 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CD -0.305 4.065
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C2 -0.305 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 8 CA -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5 -0.305 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CE1 -0.305 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 CA -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 CA -0.305 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD2 -0.306 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2 -0.306 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG2 -0.306 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N6 -0.306 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 N -0.306 2.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C6 -0.306 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C6 -0.306 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 NE2 -0.306 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 11 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 NZ -0.306 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 CE1 -0.306 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 N -0.306 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 153 CA -0.306 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 105 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CD2 -0.306 3.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 184 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 188 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 O -0.306 2.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 CA -0.306 4.066
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD2 -0.306 3.946
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N4 -0.306 2.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2 -0.306 3.706
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 O -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG2 -0.306 4.066
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 O -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 6 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C2 -0.306 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 CA -0.306 4.066
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 N -0.306 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C6 -0.306 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CZ -0.306 3.336
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C5 -0.306 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 O -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 O -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C7 -0.306 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 N -0.306 2.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4 -0.306 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 163 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 CD -0.306 3.826
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 382 N -0.306 2.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 86 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 262 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CA -0.306 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CG -0.306 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH2 -0.306 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 N -0.306 2.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CE1 -0.307 3.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N2 -0.307 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C1' -0.307 3.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N2 -0.307 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 CA -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C1' -0.307 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 N -0.307 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C4 -0.307 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 C -0.307 3.337
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 N -0.307 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CB -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C2 -0.307 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C4 -0.307 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N3 -0.307 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2' -0.307 4.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 90 ND2 -0.307 2.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C1' -0.307 3.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE1 -0.307 3.947
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 O4 -0.307 2.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 N -0.307 2.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 CB -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 N -0.307 2.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C4 -0.307 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 O -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N2 -0.307 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 CA -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 CG -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C6 -0.307 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 N -0.307 2.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 CB -0.307 4.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N7 -0.307 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C5 -0.307 3.527
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CE -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 -0.307 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 CB -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N3 -0.307 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 24 CA -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C5' -0.307 4.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 CA -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CA -0.307 4.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 105 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 CB -0.307 4.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2 -0.307 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C8 -0.307 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 8 O -0.307 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 SD -0.308 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 NZ -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C1' -0.308 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 N -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C5 -0.308 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C1' -0.308 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5' -0.308 4.068
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C4 -0.308 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N1 -0.308 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C5' -0.308 4.068
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 OG -0.308 2.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 OG1 -0.308 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C1' -0.308 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 N -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 CG -0.308 3.338
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N3 -0.308 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 23 O -0.308 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C5 -0.308 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N9 -0.308 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 N -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N3 -0.308 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 C -0.308 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 20 CB -0.308 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N4 -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N3 -0.308 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N1 -0.308 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 C -0.308 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C6 -0.308 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 104 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 O -0.308 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CD2 -0.308 3.488
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 54 N -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 129 N -0.308 2.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C6 -0.308 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C5 -0.308 3.528
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C5 -0.308 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N3 -0.308 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N7 -0.308 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 CB -0.308 3.948
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CZ -0.309 3.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 C -0.309 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N7 -0.309 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C1' -0.309 3.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C1' -0.309 3.949
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CD1 -0.309 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CE -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CB -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 NE -0.309 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CD -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 6 CG -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CB -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CZ -0.309 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 O -0.309 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 CD -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CD -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 CD -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N9 -0.309 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N2 -0.309 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C3' -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CE2 -0.309 3.339
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 125 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 129 CB -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CG -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 188 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CB -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 246 CB -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 298 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 302 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 127 O -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 99 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 116 OG1 -0.309 2.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C2 -0.309 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CB -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N3 -0.309 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 322 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 326 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 180 CA -0.309 4.069
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C5 -0.309 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 O -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 126 O -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C4 -0.309 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 32 N -0.309 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 O4' -0.309 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 125 N -0.309 2.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 10 CB -0.309 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 NE -0.310 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CE1 -0.310 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 253 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 N -0.310 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 202 CD -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C4 -0.310 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C4 -0.310 3.340
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C1' -0.310 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CB -0.310 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CB -0.310 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 O -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C2 -0.310 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C5 -0.310 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CA -0.310 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 OD2 -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 OH -0.310 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5 -0.310 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5 -0.310 3.530
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 N -0.310 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2 -0.310 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N7 -0.310 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CG2 -0.310 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CE -0.310 3.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CA -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 78 N -0.310 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 N -0.310 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O -0.310 2.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C5' -0.310 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N7 -0.310 3.710
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CA -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 275 OE1 -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CG -0.310 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 O -0.310 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 N -0.310 2.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C1' -0.310 3.950
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 N2 -0.310 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 O -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CE1 -0.311 3.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 N -0.311 2.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 N3 -0.311 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CA -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C6 -0.311 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 127 O -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N3 -0.311 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N4 -0.311 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 C1' -0.311 3.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C5 -0.311 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 182 O -0.311 3.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 CB -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C4 -0.311 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 C -0.311 3.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CG -0.311 4.071
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N1 -0.311 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 NZ -0.311 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C5 -0.311 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CZ -0.311 3.951
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CB -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 11 CB -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 N -0.311 2.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CG -0.311 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 214 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 N -0.311 2.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C2 -0.311 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CB -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CA -0.311 4.071
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CB -0.311 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CD -0.311 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 CA -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 OG -0.311 2.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CD -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 -0.311 3.801
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5 -0.311 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 O6 -0.311 2.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 O -0.311 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 54 CA -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 270 N -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2 -0.312 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 O6 -0.312 3.342
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 N -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 N -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N2 -0.312 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 N -0.312 3.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 CB -0.312 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C2 -0.312 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C8 -0.312 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 C -0.312 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 O -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 N -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD2 -0.312 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 67 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CD2 -0.312 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 323 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 326 OXT -0.312 3.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 -0.312 3.712
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD2 -0.312 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C4 -0.312 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C4 -0.312 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C6 -0.312 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CA -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 OP1 -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N7 -0.312 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 O -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C4 -0.312 3.532
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CD1 -0.312 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C8 -0.312 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 N -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 CB -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C7 -0.312 3.952
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 63 O -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CD1 -0.312 3.492
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CA -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 N -0.312 2.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 307 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 CA -0.312 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 277 CB -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 25 CB -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 277 CA -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C4 -0.312 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CG -0.312 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD1 -0.312 3.802
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 OH -0.312 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CA -0.312 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CG -0.312 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CB -0.312 4.072
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C8 -0.313 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 5 CA -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 O -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 N -0.313 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N7 -0.313 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 CZ -0.313 3.803
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N9 -0.313 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 OD1 -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CA -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 OE1 -0.313 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 N -0.313 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CD1 -0.313 4.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CB -0.313 4.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 284 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 286 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N2 -0.313 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CA -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 O -0.313 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD2 -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N1 -0.313 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 63 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2 -0.313 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 -0.313 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 O -0.313 3.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CE1 -0.313 3.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 CA -0.313 4.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 OG1 -0.313 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N3 -0.313 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 N -0.313 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 OE2 -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 -0.313 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 296 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CE1 -0.313 3.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 O -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 363 CB -0.313 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2 -0.313 3.713
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CD2 -0.313 3.493
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 380 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 360 NZ -0.313 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N1 -0.313 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 CA -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD1 -0.313 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2 -0.313 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CA -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 CA -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N7 -0.313 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 CB -0.313 4.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 OE1 -0.313 3.343
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N2 -0.313 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 CE -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 322 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C5 -0.313 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG2 -0.313 4.073
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 -0.313 3.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5 -0.313 3.953
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C2 -0.313 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N1 -0.313 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 N -0.313 2.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 O -0.313 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD1 -0.314 4.074
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CB -0.314 4.074
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 N -0.314 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH2 -0.314 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 CB -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 285 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 261 CG2 -0.314 4.074
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N3 -0.314 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CA -0.314 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 P -0.314 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 135 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CB -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N3 -0.314 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 N -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CB -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C2 -0.314 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N9 -0.314 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N1 -0.314 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N7 -0.314 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 N3 -0.314 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C4 -0.314 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 14 N -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 N -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N3 -0.314 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 OE1 -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 O -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C2 -0.314 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 N3 -0.314 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C5 -0.314 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C6 -0.314 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C5 -0.314 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 O -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 54 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 27 N -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 10 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N7 -0.314 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 N -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 O4 -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 C -0.314 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 118 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C5' -0.314 4.074
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 O -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 O -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 135 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 N -0.314 2.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 49 CA -0.314 3.954
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 O -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CG -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 OD1 -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C5 -0.314 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 O -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 329 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 333 CB -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 230 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 CA -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C4 -0.314 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 P -0.314 4.294
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 O -0.314 3.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 CB -0.314 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C5 -0.314 3.534
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 N1 -0.315 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 P -0.315 4.295
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C6 -0.315 3.345
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CG2 -0.315 4.075
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C1' -0.315 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C4 -0.315 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 C -0.315 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 CA -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N1 -0.315 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 OG1 -0.315 2.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 N -0.315 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CD2 -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CG -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CB -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 235 CB -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 34 NH2 -0.315 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CG -0.315 4.075
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH2 -0.315 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 NH1 -0.315 2.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C4 -0.315 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 N -0.315 2.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CA -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N3 -0.315 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CG -0.315 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CA -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C4 -0.315 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CD1 -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 N -0.315 2.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 105 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N1 -0.315 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CG -0.315 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C5 -0.315 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 CA -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 CB -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 NH1 -0.315 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CA -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 83 N -0.315 2.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N1 -0.315 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 N3 -0.315 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 O -0.315 3.495
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CB -0.315 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C5' -0.315 4.075
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N9 -0.315 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CD1 -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 57 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C1' -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 57 CA -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CE -0.315 4.075
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C1' -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C7 -0.315 3.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 O -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 CA -0.315 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C2 -0.315 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C2 -0.315 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C4 -0.315 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C1' -0.315 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 N -0.316 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5' -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CZ -0.316 3.346
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C4 -0.316 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CD1 -0.316 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 235 CA -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CG2 -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 CD1 -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C5 -0.316 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 30 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C4 -0.316 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 C -0.316 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 83 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 78 N -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 N4 -0.316 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CD -0.316 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2 -0.316 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 N -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 47 O -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 279 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 42 CG1 -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C2 -0.316 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 O -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 N -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N9 -0.316 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 NH1 -0.316 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 13 CG -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 14 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CZ -0.316 3.806
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CB -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C6 -0.316 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CB -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2' -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C5 -0.316 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 SG -0.316 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N3 -0.316 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 N -0.316 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 CB -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CG -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 N -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CA -0.316 3.956
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 N -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N1 -0.316 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 CG2 -0.316 4.076
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C4 -0.316 3.536
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 NZ -0.316 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 CA -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 O -0.316 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 N -0.316 2.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C5 -0.316 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 CA -0.317 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 SG -0.317 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 CA -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 O -0.317 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 30 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 O -0.317 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD2 -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N4 -0.317 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 N -0.317 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 N -0.317 2.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 65 CG -0.317 3.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 CA -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CB -0.317 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH -0.317 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 N9 -0.317 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CA -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N6 -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CB -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 O -0.317 2.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 -0.317 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 CG -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C4 -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 O -0.317 3.497
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 C -0.317 3.807
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 -0.317 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 C -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 N1 -0.317 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CD -0.317 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C8 -0.317 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 14 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CE -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CG -0.317 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N3 -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C8 -0.317 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 N -0.317 2.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C1' -0.317 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N3 -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 CG -0.317 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CB -0.317 4.077
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C1' -0.317 3.957
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NH2 -0.317 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 O -0.317 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N7 -0.317 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C4 -0.317 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C5 -0.317 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CG1 -0.318 4.078
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N7 -0.318 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CB -0.318 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 90 CB -0.318 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 O -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CA -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CD -0.318 4.078
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 N2 -0.318 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 310 CA -0.318 4.078
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 CB -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 O6 -0.318 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CA -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 49 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 CG1 -0.318 4.078
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 C -0.318 3.348
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 CA -0.318 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 OG -0.318 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C4 -0.318 3.538
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 N -0.318 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NH1 -0.318 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 N -0.318 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N1 -0.318 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C1' -0.318 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 -0.318 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5 -0.318 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CD -0.318 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CD -0.318 4.078
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N2 -0.318 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C5' -0.318 4.078
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 O -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 CD -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 C -0.318 3.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 O -0.318 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 N -0.318 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 N -0.318 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 183 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 187 CG -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 N -0.318 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 114 CB -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 9 CA -0.318 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CG2 -0.318 3.958
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N1 -0.318 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 N -0.318 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 N -0.318 2.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N4 -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 46 C -0.319 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4 -0.319 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CG -0.319 4.299
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C2 -0.319 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 141 CA -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 199 CA -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 117 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 114 O -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CB -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CB -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5 -0.319 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 CB -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CB -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 CA -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 O -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 CD -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 123 OG1 -0.319 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CD -0.319 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 N -0.319 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 OP1 -0.319 2.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CA -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C4 -0.319 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C5' -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N7 -0.319 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CB -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 244 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 241 O -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 35 O -0.319 3.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C5' -0.319 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 96 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C5' -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 252 CB -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 193 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 O -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 115 CB -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 CD -0.319 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CZ -0.319 3.809
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 183 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 187 CD1 -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CG -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 CA -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CG1 -0.319 4.079
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C4 -0.319 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 72 CA -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 261 O -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CD1 -0.319 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C6 -0.319 3.539
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 O -0.319 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2 -0.319 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 N -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 NZ -0.319 2.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 N -0.320 2.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 O -0.320 3.160
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C2 -0.320 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CZ -0.320 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N3 -0.320 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C6 -0.320 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 CG -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CB -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CD -0.320 4.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CZ -0.320 3.350
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 210 CB -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CG -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 OG1 -0.320 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CE1 -0.320 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CG2 -0.320 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CB -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N2 -0.320 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C5 -0.320 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 O -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 N -0.320 2.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CD -0.320 3.810
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CD1 -0.320 4.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 52 O -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CE1 -0.320 3.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 O6 -0.320 2.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C5 -0.320 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C4 -0.320 3.540
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CA -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 O -0.320 2.800
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 O -0.320 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 OE1 -0.320 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C2 -0.320 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CE1 -0.320 3.960
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 46 CB -0.320 4.300
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C2 -0.320 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C7 -0.320 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C1' -0.321 3.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 4 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CD1 -0.321 3.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C5 -0.321 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 O6 -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CE1 -0.321 3.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C5' -0.321 4.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N7 -0.321 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 CA -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CZ -0.321 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 -0.321 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 OD2 -0.321 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N9 -0.321 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 N -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 100 C -0.321 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CA -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 N -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CE2 -0.321 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C6 -0.321 3.721
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N4 -0.321 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 CA -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 49 CA -0.321 3.961
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C5 -0.321 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 O -0.321 3.501
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C6 -0.321 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 CB -0.321 4.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 N -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N1 -0.321 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 59 N -0.321 3.331
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 CB -0.321 4.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 OP1 -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 N -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 102 C -0.321 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CA -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CG -0.321 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 311 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 CB -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CG1 -0.321 4.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CA -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 NH2 -0.321 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 30 CB -0.321 3.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 O4 -0.321 3.351
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 N -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 N -0.321 2.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 129 CA -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 O -0.321 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CZ -0.321 3.541
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 107 CA -0.321 4.081
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C4 -0.322 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 65 CG -0.322 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG2 -0.322 4.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N3 -0.322 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 197 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 212 OE1 -0.322 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N3 -0.322 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CA -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2 -0.322 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 35 N -0.322 4.062
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 15 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C4' -0.322 4.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 13 CA -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CA -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C4 -0.322 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 40 O -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N3 -0.322 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 NH1 -0.322 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 O -0.322 3.502
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 OP1 -0.322 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CB -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 CB -0.322 4.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 O6 -0.322 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C2' -0.322 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 O6 -0.322 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4 -0.322 3.542
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 216 N -0.322 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2 -0.322 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 141 OD1 -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N7 -0.322 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CG -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C5 -0.322 3.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N4 -0.322 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C5' -0.322 4.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C4 -0.322 3.352
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N1 -0.322 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 CB -0.322 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 N -0.322 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2 -0.322 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 O6 -0.322 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 CB -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N6 -0.322 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 N3 -0.322 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 192 CB -0.322 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CB -0.322 4.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CB -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 CA -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 12 N -0.322 2.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE1 -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 CA -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CG -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 CD -0.322 3.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C5 -0.322 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CB -0.322 4.082
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C6 -0.322 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C2 -0.322 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C1' -0.322 3.962
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 NE -0.322 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CG -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 113 CA -0.322 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C2 -0.322 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 135 ND2 -0.323 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD -0.323 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C5 -0.323 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CA -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CB -0.323 4.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 N -0.323 2.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N9 -0.323 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 N -0.323 2.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 O4 -0.323 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 O5' -0.323 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N7 -0.323 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 CG -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C2 -0.323 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 145 CA -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 73 N -0.323 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 325 CA -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 302 O -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 318 OG -0.323 3.393
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 CB -0.323 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 17 CB -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 40 CA -0.323 4.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N3 -0.323 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 N -0.323 2.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 222 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 223 CD2 -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 N -0.323 2.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 O -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2 -0.323 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C5' -0.323 4.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 1 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CD -0.323 4.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 O6 -0.323 3.353
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD1 -0.323 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 CG2 -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C5 -0.323 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 -0.323 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 213 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 CB -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CB -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 N -0.323 2.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C6 -0.323 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 CA -0.323 4.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CA -0.323 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 C -0.323 3.813
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N3 -0.323 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N7 -0.323 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 CG2 -0.323 3.963
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CB -0.323 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG1 -0.323 4.083
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE1 -0.324 3.504
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C6 -0.324 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 273 N -0.324 2.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 O -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CD2 -0.324 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CB -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CB -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CG -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C4 -0.324 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 N -0.324 2.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 N -0.324 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CD -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 O3' -0.324 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CG -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 N3 -0.324 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CB -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N4 -0.324 2.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C6 -0.324 3.544
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 CG -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 269 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C1' -0.324 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C2' -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 N -0.324 2.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C2 -0.324 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 NE2 -0.324 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 5 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 O -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 100 C -0.324 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 N -0.324 2.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 96 N -0.324 2.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N7 -0.324 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 94 CA -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C5' -0.324 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N7 -0.324 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CG -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 CE1 -0.324 3.964
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CB -0.324 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 N -0.324 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG2 -0.324 4.084
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C2 -0.325 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C5 -0.325 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CD1 -0.325 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 CB -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C5 -0.325 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C6 -0.325 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 CA -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C1' -0.325 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N3 -0.325 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 OG -0.325 2.805
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 N3 -0.325 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 225 CD2 -0.325 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 CA -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE1 -0.325 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 99 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N3 -0.325 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 152 CA -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N7 -0.325 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C4 -0.325 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CE -0.325 4.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 242 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 246 CA -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 CB -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 28 CB -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N3 -0.325 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 127 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CB -0.325 4.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 OD2 -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG2 -0.325 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 85 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 CA -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 9 CG -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CD1 -0.325 4.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 N -0.325 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 OG1 -0.325 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 75 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CG -0.325 4.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CE -0.325 4.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CG -0.325 3.815
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 83 CA -0.325 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CB -0.325 4.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 80 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 NZ -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C5 -0.325 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CD1 -0.325 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 181 ND2 -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 C -0.325 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C2 -0.325 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C5 -0.325 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 CB -0.325 3.965
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 N3 -0.325 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 N -0.325 2.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 102 CA -0.325 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C5' -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C2 -0.326 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 O2 -0.326 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 N -0.326 3.846
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 130 OG -0.326 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 O -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C2' -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N3 -0.326 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 NE -0.326 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 CA -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CB -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 N -0.326 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CB -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 26 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 23 O -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CA -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 C -0.326 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C2 -0.326 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CB -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 80 N -0.326 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 CB -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CD1 -0.326 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C2 -0.326 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 O -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 104 O -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 O6 -0.326 3.166
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C1' -0.326 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 54 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 O -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 77 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N9 -0.326 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C4 -0.326 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 57 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 O -0.326 3.166
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD1 -0.326 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C5 -0.326 3.546
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CE1 -0.326 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C2 -0.326 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 OD2 -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD2 -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CE2 -0.326 3.506
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CE1 -0.326 3.966
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C4' -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CB -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 -0.326 4.086
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CB -0.326 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N9 -0.326 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 N -0.326 2.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 O -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CB -0.327 4.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 C -0.327 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C5 -0.327 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 CG1 -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 80 O -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CE1 -0.327 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CD2 -0.327 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 53 NH1 -0.327 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CG -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 CA -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C5 -0.327 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 N -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CG -0.327 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 N -0.327 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 N -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CB -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 -0.327 3.727
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 O -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 260 O -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C6 -0.327 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 O -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 CB -0.327 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 CG -0.327 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NH2 -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CA -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 CD -0.327 3.967
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 O -0.327 3.167
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 1 C -0.327 3.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CG -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 N4 -0.327 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 211 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 215 N -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CE -0.327 4.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 O -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 N -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 N -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CA -0.327 4.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH1 -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 83 N -0.327 2.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C4 -0.327 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 1 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 CG -0.327 4.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 OG -0.327 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 OD2 -0.327 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C2 -0.328 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 CB -0.328 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CG -0.328 4.088
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CE1 -0.328 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 CB -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N1 -0.328 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C4 -0.328 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2 -0.328 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C8 -0.328 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CB -0.328 4.088
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CB -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CA -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG1 -0.328 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 27 O -0.328 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 CG -0.328 4.088
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 312 CA -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CB -0.328 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 N -0.328 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N3 -0.328 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 247 N -0.328 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 O4 -0.328 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N1 -0.328 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 O -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 124 N -0.328 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 O -0.328 2.808
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C6 -0.328 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N3 -0.328 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C1' -0.328 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N3 -0.328 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C5 -0.328 3.548
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 OD2 -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CA -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 36 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 N -0.328 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 CA -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C5 -0.328 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J M3L 28 N -0.328 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2 -0.328 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 N3 -0.328 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 -0.328 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 CA -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 53 NH1 -0.328 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 37 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 6 NE -0.328 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C4 -0.328 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 O -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N1 -0.328 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C1' -0.328 3.968
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 O6 -0.328 2.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 -0.328 3.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD1 -0.328 4.088
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 30 CB -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 166 CB -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 18 CA -0.328 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 7 CA -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C6 -0.329 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CB -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C5 -0.329 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N1 -0.329 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 CB -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CA -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CB -0.329 4.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 63 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 O -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 SG -0.329 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CA -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 O -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CG1 -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 361 O -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 N -0.329 2.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 CB -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 C -0.329 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C1' -0.329 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C4 -0.329 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 CA -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4 -0.329 3.549
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 233 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE1 -0.329 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N7 -0.329 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 102 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CB -0.329 4.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 CB -0.329 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 CG -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD -0.329 4.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 SD -0.329 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 N -0.329 2.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N7 -0.329 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 N -0.329 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 129 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CD -0.329 4.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 O -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N2 -0.329 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CB -0.329 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE2 -0.329 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 68 N -0.329 2.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C1' -0.329 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C5' -0.329 4.089
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 261 N -0.329 2.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CG -0.329 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CE1 -0.329 3.969
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C1' -0.329 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 NE -0.329 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 O -0.329 2.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 6 CB -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N7 -0.329 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 O -0.329 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CG -0.329 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 315 CB -0.329 3.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CZ -0.330 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 113 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 125 N -0.330 2.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 154 N -0.330 2.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N3 -0.330 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C4 -0.330 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 N -0.330 2.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 171 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 CG -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 300 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CG1 -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 O -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG1 -0.330 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CA -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 111 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 OE1 -0.330 2.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C2' -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 155 CB -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 CB -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 O -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 73 CG -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 N -0.330 4.070
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 265 O -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 CD -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CB -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N7 -0.330 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 187 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 158 CG1 -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 86 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 P -0.330 4.310
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 N -0.330 2.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C2 -0.330 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CA -0.330 3.820
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG1 -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N9 -0.330 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N7 -0.330 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 77 N -0.330 2.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 97 CG2 -0.330 3.970
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 123 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CG -0.330 4.090
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 5 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CA -0.330 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C5 -0.330 3.550
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CA -0.331 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C4' -0.331 4.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C4 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C6 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CB -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CB -0.331 4.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 N -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C8 -0.331 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 OE1 -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C5' -0.331 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C1' -0.331 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C2 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 N -0.331 2.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C5 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N6 -0.331 2.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 O4 -0.331 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CG1 -0.331 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 68 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C4 -0.331 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C6 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C5 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 CB -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C6 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 OE2 -0.331 2.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 CB -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C8 -0.331 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 N1 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 110 OG -0.331 2.811
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C5 -0.331 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 O -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N1 -0.331 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 32 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG1 -0.331 4.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C6 -0.331 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 O -0.331 3.171
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C5 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CZ -0.331 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C5 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N6 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CG -0.331 3.821
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 CB -0.331 4.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 50 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 O -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CG2 -0.331 3.971
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 O -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 O -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 N3 -0.331 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N3 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 245 CA -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N9 -0.331 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CB -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N3 -0.331 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CG1 -0.331 4.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C6 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 CA -0.331 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C5 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C5 -0.331 3.701
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C5 -0.331 3.551
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 110 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 OE1 -0.331 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C7 -0.331 3.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CB -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 CB -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 OH -0.332 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CZ -0.332 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 CB -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 O -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C4 -0.332 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 CG -0.332 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE1 -0.332 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CD1 -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 O -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CD -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 CD2 -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 57 C5 -0.332 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 183 CB -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 O -0.332 3.172
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 O6 -0.332 3.362
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 O -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CG -0.332 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 CA -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 72 N -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C2 -0.332 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CG -0.332 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 272 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 O -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 O -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 55 CB -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CA -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N3 -0.332 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 N -0.332 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C5 -0.332 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N1 -0.332 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ -0.332 3.702
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 O6 -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 -0.332 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 NH1 -0.332 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 -0.332 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 -0.332 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CD1 -0.332 3.822
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CE1 -0.332 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 C6 -0.332 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 N3 -0.332 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N1 -0.332 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N2 -0.332 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 40 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C5' -0.332 3.972
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 308 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 O -0.332 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5' -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C5 -0.332 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 111 N -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CB -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C5' -0.332 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 N -0.332 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 N -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 O6 -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 CB -0.332 4.092
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 283 N -0.332 2.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5 -0.333 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N4 -0.333 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 20 O -0.333 3.173
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 74 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 NE2 -0.333 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C5' -0.333 4.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N2 -0.333 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 O -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C8 -0.333 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C6 -0.333 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CA -0.333 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG1 -0.333 4.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 OP2 -0.333 3.363
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CG1 -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 N3 -0.333 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD1 -0.333 4.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 CB -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 298 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 O -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 3 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C8 -0.333 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 O -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N3 -0.333 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 106 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 CA -0.333 4.093
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 96 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CD1 -0.333 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 86 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 N -0.333 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 O -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CA -0.333 3.973
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CB -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 125 CB -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N3 -0.333 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 N -0.333 2.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CB -0.333 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C6 -0.333 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C6 -0.333 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CE -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 O -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 323 OG1 -0.334 2.814
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CB -0.334 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C5' -0.334 4.094
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA -0.334 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CZ -0.334 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C1' -0.334 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CD -0.334 3.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 N -0.334 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 7 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 O4 -0.334 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 O -0.334 3.364
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 242 C -0.334 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 O -0.334 3.174
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 40 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C5' -0.334 3.974
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C5 -0.334 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 OG1 -0.334 3.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 N -0.334 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 259 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 263 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2 -0.334 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J M3L 28 O -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C2 -0.334 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 N -0.334 2.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 NE -0.334 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C4 -0.334 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 CG -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N7 -0.334 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 O -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 CA -0.334 4.094
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C5 -0.334 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C5 -0.334 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CB -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 C -0.334 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 N4 -0.334 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 135 CB -0.334 4.094
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 N1 -0.334 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 C -0.334 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CG2 -0.334 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CG -0.334 4.094
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 181 CA -0.334 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 CE -0.334 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 O -0.334 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C4 -0.334 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C4 -0.334 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 O3' -0.334 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CA -0.335 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CA -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C4 -0.335 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH1 -0.335 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CZ -0.335 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 6 CA -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 6 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 3 O -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CE1 -0.335 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C4 -0.335 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 O -0.335 2.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE3 -0.335 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C4 -0.335 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 281 CE2 -0.335 3.975
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 101 N -0.335 2.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG1 -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 SG -0.335 3.475
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 13 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CG -0.335 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 O -0.335 3.175
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 O -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 NZ -0.335 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CD1 -0.335 4.095
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CB -0.335 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 N -0.335 2.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 232 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C4 -0.335 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 OG1 -0.335 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 NE -0.335 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 N -0.335 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 NE2 -0.335 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CA -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 N -0.335 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 343 CA -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 277 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 280 CA -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 53 O -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 O -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CB -0.335 4.095
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 ND1 -0.335 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C4 -0.335 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2 -0.335 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 O -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CB -0.335 3.825
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CD1 -0.335 4.095
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 309 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 O -0.335 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 75 N -0.335 2.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 N3 -0.335 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 N -0.336 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 N -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C4 -0.336 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 O6 -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CG -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N2 -0.336 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2 -0.336 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5 -0.336 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 OE1 -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 CG2 -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD2 -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N9 -0.336 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 15 O -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N4 -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C5' -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C1' -0.336 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 N -0.336 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CE1 -0.336 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 O4 -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 155 CA -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 CA -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA -0.336 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CD1 -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N7 -0.336 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CA -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CB -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N3 -0.336 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 P -0.336 4.316
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 CB -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 254 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 258 N -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C2 -0.336 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C5 -0.336 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 CB -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C4' -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CG1 -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 96 N -0.336 2.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 13 CA -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CG -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 -0.336 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C7 -0.336 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N3 -0.336 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5 -0.336 3.976
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CD -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 131 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 132 O -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C4 -0.336 3.366
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 CA -0.336 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CD1 -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CD -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 SG -0.336 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 284 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CD1 -0.336 4.096
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 CG -0.337 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 CG -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 118 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 117 CD1 -0.337 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C4 -0.337 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 219 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 222 CA -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 C -0.337 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 C5 -0.337 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C4 -0.337 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 112 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CD1 -0.337 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 273 NH2 -0.337 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C5 -0.337 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N9 -0.337 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N3 -0.337 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD2 -0.337 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CD -0.337 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 O -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CG -0.337 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 N -0.337 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CA -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 O -0.337 3.177
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N3 -0.337 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N2 -0.337 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 N -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 CG -0.337 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C2 -0.337 3.557
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CG -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CB -0.337 4.097
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N3 -0.337 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 61 O -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 NH1 -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N3 -0.337 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 OE1 -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N3 -0.337 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 O -0.337 2.817
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 N -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 C5' -0.337 4.097
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N6 -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 O -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 CA -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 N -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 N -0.337 3.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 5 O -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 117 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 114 O -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 N -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N4 -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 NE -0.337 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 NE -0.337 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE2 -0.337 3.517
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 270 CA -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CG -0.337 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 5 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 CD -0.337 3.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 O4 -0.337 2.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C7 -0.337 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CD -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C4 -0.337 3.367
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CA -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLN 94 CB -0.337 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CZ -0.337 3.977
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 207 CB -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C2' -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5' -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5' -0.338 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 8 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 10 OG1 -0.338 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 CZ -0.338 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C2 -0.338 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 319 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 CA -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 9 CA -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 148 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 CE -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CD1 -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CB -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 CD -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 105 O -0.338 3.178
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 N -0.338 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 126 CB -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 CB -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 81 CB -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 OG1 -0.338 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 N -0.338 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C4 -0.338 3.558
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 N -0.338 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 CA -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N7 -0.338 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CD1 -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 N4 -0.338 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C4 -0.338 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 O -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 OH -0.338 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PHE 26 CE1 -0.338 3.978
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C8 -0.338 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C6 -0.338 3.368
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 116 N -0.338 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CZ -0.338 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 91 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 OE2 -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C2 -0.338 3.708
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CB -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 O4 -0.338 2.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 OG -0.338 2.818
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 C -0.338 3.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 CB -0.338 4.098
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N7 -0.338 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 P -0.338 4.318
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 8 CA -0.338 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C6 -0.339 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C4 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C1' -0.339 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 N3 -0.339 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CB -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 33 OE1 -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 CD -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C2 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 OG1 -0.339 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 273 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CB -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C5 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 CA -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5 -0.339 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CB -0.339 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 135 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 CG -0.339 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 75 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CE -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N3 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N9 -0.339 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 O -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 OE1 -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C4 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C4 -0.339 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 CD -0.339 3.829
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C5 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 O5' -0.339 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 5 CA -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CA -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 33 OG1 -0.339 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 80 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 81 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N3 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CG -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 58 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C4 -0.339 3.709
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 32 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 CG -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CA -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C5 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 NE2 -0.339 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CE2 -0.339 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C4 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C6 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N1 -0.339 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C4 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 SD -0.339 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 CD1 -0.339 3.979
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 CA -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C5 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 12 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C3' -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 OP1 -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 127 O -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C4 -0.339 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N1 -0.339 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 7 OG1 -0.339 2.819
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 CB -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 CB -0.339 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 7 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CD -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CD -0.339 4.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C2 -0.339 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 N -0.339 2.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 NE2 -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CZ -0.340 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 C -0.340 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C6 -0.340 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 P -0.340 4.080
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C2 -0.340 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 383 O -0.340 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CG -0.340 4.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 O -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 335 C -0.340 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 65 O -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 225 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 C -0.340 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 180 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 NH2 -0.340 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CG -0.340 4.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 N -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 O -0.340 3.180
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 O6 -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CD2 -0.340 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 169 N -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 219 O -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CB -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C5 -0.340 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 CA -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CB -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 -0.340 4.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 CA -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 CB -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C4 -0.340 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C5 -0.340 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 CD1 -0.340 3.980
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C5 -0.340 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 C -0.340 3.410
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N9 -0.340 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C6 -0.340 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 58 O -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CZ -0.340 3.370
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 95 CG1 -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C5 -0.340 3.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CA -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 191 CA -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 O -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 116 N -0.340 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 OG -0.340 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CD1 -0.340 4.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 -0.340 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 367 OG1 -0.340 2.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 O6 -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C5 -0.340 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CA -0.340 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C6 -0.340 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 232 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 243 CB -0.340 4.100
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CE2 -0.340 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 N -0.340 3.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 9 N -0.341 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C2 -0.341 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 257 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CD1 -0.341 4.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 160 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 157 O -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2 -0.341 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 8 CA -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 CA -0.341 4.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5 -0.341 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C5 -0.341 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 250 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 254 N -0.341 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 153 NE2 -0.341 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C6 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C5 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C6 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 114 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 O -0.341 3.181
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 CB -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N3 -0.341 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CG -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 N3 -0.341 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 OH -0.341 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 31 CG -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 255 O -0.341 3.181
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 CG -0.341 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 77 CB -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 P -0.341 4.321
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 N3 -0.341 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 O -0.341 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 OH -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C1' -0.341 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CG1 -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 N1 -0.341 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 C -0.341 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 31 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 C -0.341 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C6 -0.341 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 295 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 O -0.341 3.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C7 -0.341 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CA -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 104 O -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 -0.341 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 O -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CE1 -0.341 3.741
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C2 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C4 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CB -0.341 4.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C6 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CB -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG -0.341 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CG -0.341 3.981
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C4 -0.341 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 N4 -0.341 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 OP1 -0.341 3.371
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 339 CA -0.341 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CD -0.341 3.831
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N7 -0.341 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5' -0.341 4.101
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 296 CA -0.341 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C5 -0.342 3.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C4 -0.342 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CB -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CD1 -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CB -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 326 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 O -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 110 CD -0.342 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C5 -0.342 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 NZ -0.342 3.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG1 -0.342 3.832
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 49 N -0.342 3.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 O6 -0.342 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 O -0.342 3.182
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 269 CA -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 N -0.342 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CA -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N3 -0.342 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 CB -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C1' -0.342 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C1' -0.342 3.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CG2 -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N2 -0.342 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5 -0.342 3.562
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CA -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N1 -0.342 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C2 -0.342 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CE1 -0.342 3.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C5 -0.342 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 53 CB -0.342 3.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 O -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD2 -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 CA -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 113 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 104 CD -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 O -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 10 N -0.342 3.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CB -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C1' -0.342 3.982
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N9 -0.342 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C5' -0.342 4.102
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CZ -0.342 3.742
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C2 -0.342 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C4' -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C5' -0.342 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 222 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 O -0.342 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 CB -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 CB -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 N -0.343 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C6 -0.343 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C6 -0.343 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 92 O -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 OE1 -0.343 3.523
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C4 -0.343 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 O -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CZ -0.343 3.373
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 72 N -0.343 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C1' -0.343 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C5' -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 CA -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N1 -0.343 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C2 -0.343 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C6 -0.343 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 N -0.343 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 OH -0.343 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 68 CB -0.343 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 123 OG1 -0.343 2.823
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 178 CB -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 227 CG1 -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 CB -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CG2 -0.343 3.983
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N3 -0.343 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 40 O -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C5' -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 -0.343 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH2 -0.343 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 198 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 O -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG1 -0.343 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 O -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 N -0.343 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 NH2 -0.343 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 65 CB -0.343 3.833
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C6 -0.343 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 CA -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5 -0.343 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 12 CA -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 157 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 160 N -0.343 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N3 -0.343 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2 -0.343 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CB -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N7 -0.343 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 1 CE -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N4 -0.343 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH1 -0.343 3.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N3 -0.343 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 135 O -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CB -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 N -0.343 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 O -0.343 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 O4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CD -0.343 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C5' -0.343 4.103
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 206 CB -0.343 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N3 -0.343 3.593
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C4 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N3 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 CA -0.344 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 P -0.344 4.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 O -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 21 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 CA -0.344 4.104
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N4 -0.344 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 263 C -0.344 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CA -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 P -0.344 4.324
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N9 -0.344 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C5 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 O -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N2 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 O -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 O -0.344 2.824
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C2 -0.344 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CB -0.344 3.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 8 CA -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 CA -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 92 CE2 -0.344 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 P -0.344 4.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 48 C -0.344 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N3 -0.344 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N1 -0.344 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C5 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CB -0.344 4.104
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 C -0.344 3.834
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 O6 -0.344 3.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5 -0.344 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 CA -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N7 -0.344 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 N -0.344 3.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 305 N -0.344 3.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 C4 -0.344 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 O -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 C -0.344 3.714
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 O -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 12 CD1 -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C4 -0.344 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 N1 -0.344 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CE1 -0.344 3.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C5 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N1 -0.344 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD2 -0.344 3.984
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 P -0.344 4.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 NH2 -0.344 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 CG -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 293 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 O -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C7 -0.344 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CG -0.344 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CA -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 CA -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C6 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C4 -0.344 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N2 -0.344 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 CA -0.344 4.104
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C4 -0.344 3.564
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 159 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C1' -0.344 4.104
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 CB -0.344 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 CB -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C4 -0.345 3.375
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CB -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 O4 -0.345 3.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 N -0.345 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CB -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH1 -0.345 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C1' -0.345 3.985
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 NE2 -0.345 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 CA -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 118 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 NH2 -0.345 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C2 -0.345 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5' -0.345 4.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 245 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 249 CA -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C4 -0.345 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG1 -0.345 4.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 CG -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH -0.345 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 N -0.345 3.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 12 CG -0.345 4.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C6 -0.345 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C4 -0.345 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 105 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CB -0.345 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 58 N -0.345 3.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 C -0.345 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N1 -0.345 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 235 CB -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 O -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 O2 -0.345 3.525
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 CA -0.345 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 65 C -0.345 3.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C4 -0.345 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 C -0.345 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 CA -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N1 -0.345 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 O -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N3 -0.345 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C5 -0.345 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C4 -0.345 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5 -0.345 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 107 N -0.345 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 303 CB -0.345 4.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C5 -0.345 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C4 -0.345 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 4 CA -0.345 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 CG2 -0.345 4.105
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 OD2 -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 O -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 CG -0.346 4.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 NH2 -0.346 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 209 N -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 CZ -0.346 4.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 39 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 41 CA -0.346 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 126 CB -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 O3' -0.346 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CG -0.346 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 CZ -0.346 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 219 CA -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C1' -0.346 3.986
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 O6 -0.346 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 243 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 247 CE -0.346 3.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 246 O -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 76 N -0.346 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C6 -0.346 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CE -0.346 4.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C4 -0.346 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C6 -0.346 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CA -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 268 N -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG1 -0.346 4.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CA -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N7 -0.346 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 297 CA -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 N6 -0.346 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 176 CA -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 41 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 39 ND2 -0.346 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C2 -0.346 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE2 -0.346 3.526
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 OP2 -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2 -0.346 3.716
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N6 -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 OE2 -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 117 NE -0.346 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 C5' -0.346 4.106
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CB -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 191 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 N -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N7 -0.346 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 87 N -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 N -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CB -0.346 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 O5' -0.346 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 101 N -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C6 -0.346 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 -0.346 3.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C4 -0.346 3.376
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 N1 -0.347 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 102 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH2 -0.347 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 55 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CG -0.347 4.107
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CA -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 O6 -0.347 3.377
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 31 NZ -0.347 3.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 N -0.347 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 40 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 NH2 -0.347 3.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 CA -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 290 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 C -0.347 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 57 CA -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CA -0.347 3.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 O -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 O -0.347 2.827
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 OH -0.347 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N2 -0.347 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 O -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CZ -0.347 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CZ -0.347 3.567
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 -0.347 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 32 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 OP1 -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 N4 -0.347 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 124 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 O -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CG -0.347 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 53 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 50 CB -0.347 4.107
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C5 -0.347 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 203 CA -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N1 -0.347 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CA -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N4 -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N2 -0.347 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C5 -0.347 3.987
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CG -0.347 3.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 75 CG -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CA -0.347 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 219 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 -0.347 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C4 -0.347 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 C5 -0.347 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 N -0.347 3.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 O -0.348 2.828
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 110 CD -0.348 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 160 CA -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 135 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 136 C -0.348 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 O6 -0.348 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 CA -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 92 O -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C8 -0.348 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 47 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 44 CD -0.348 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C4 -0.348 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C5 -0.348 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 161 CB -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 N -0.348 3.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 OP1 -0.348 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C2 -0.348 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 CA -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 P -0.348 4.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 16 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 CB -0.348 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 108 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 CZ -0.348 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 OP2 -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C6 -0.348 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 181 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 O -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 OE1 -0.348 3.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C6 -0.348 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C1' -0.348 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CG -0.348 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 O -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 N -0.348 3.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O4 -0.348 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 OP1 -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C6 -0.348 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N3 -0.348 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 P -0.348 4.328
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 O -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C6 -0.348 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C8 -0.348 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 N1 -0.348 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C4 -0.348 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 362 CG2 -0.348 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 312 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 C -0.348 3.838
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 N1 -0.348 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C1' -0.348 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C6 -0.348 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C5' -0.348 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C5' -0.348 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 C -0.348 3.418
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CD1 -0.348 4.108
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N2 -0.348 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 71 CA -0.348 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 O6 -0.348 3.188
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CG -0.348 3.988
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N7 -0.349 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C5 -0.349 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 O6 -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C5' -0.349 4.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 146 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CB -0.349 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 140 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N3 -0.349 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 28 CD1 -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CG -0.349 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C5 -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C4 -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 8 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 71 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 O -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C8 -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5' -0.349 4.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 72 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CD1 -0.349 4.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 271 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 C -0.349 3.719
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 N -0.349 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 CA -0.349 4.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 67 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C2 -0.349 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CD1 -0.349 4.109
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 61 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2 -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CB -0.349 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 NH1 -0.349 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CD1 -0.349 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N3 -0.349 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 86 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 P -0.349 4.329
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 O6 -0.349 3.379
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CD1 -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 65 C -0.349 3.839
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 143 O -0.349 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C5 -0.349 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 86 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N3 -0.349 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 O6 -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CD2 -0.349 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 O -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CD1 -0.349 3.989
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 O -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 88 O -0.349 3.529
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 CG -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C5 -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N7 -0.349 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 CA -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 280 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 284 N -0.349 3.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD2 -0.349 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C4 -0.349 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C1' -0.350 4.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C2 -0.350 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C4 -0.350 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 89 CB -0.350 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 34 O -0.350 3.190
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CA -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C5 -0.350 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CZ -0.350 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 N -0.350 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CD -0.350 4.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 CG2 -0.350 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 -0.350 2.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N7 -0.350 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 234 O -0.350 2.830
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 234 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CE2 -0.350 3.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 CA -0.350 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 NH2 -0.350 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 91 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 OE2 -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 71 CA -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 267 CA -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CG2 -0.350 4.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 213 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CG -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 O4' -0.350 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 276 C -0.350 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C5 -0.350 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 94 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 NH2 -0.350 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 C -0.350 3.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 CZ -0.350 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 OD1 -0.350 3.380
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 155 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 CB -0.350 4.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N7 -0.350 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 244 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 CA -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C1' -0.350 3.990
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 C -0.350 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C8 -0.350 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 154 O -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD2 -0.350 4.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 58 O -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 CA -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CG -0.350 4.110
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C4 -0.350 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CD1 -0.350 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 OP1 -0.350 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 ND1 -0.350 3.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 O -0.350 3.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 -0.351 3.531
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 P -0.351 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 N -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 N3 -0.351 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 NH1 -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C5 -0.351 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CG1 -0.351 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 CA -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CA -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5' -0.351 4.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C5 -0.351 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 22 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 19 O -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C4 -0.351 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 CA -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CZ -0.351 3.991
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 OD2 -0.351 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 285 N -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 O4 -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N3 -0.351 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CA -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 118 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C5' -0.351 4.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 OP2 -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C5 -0.351 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CA -0.351 4.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CG -0.351 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C2 -0.351 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 OD2 -0.351 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CG -0.351 3.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 104 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CG2 -0.351 4.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 CA -0.351 4.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 325 N -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CD2 -0.351 4.111
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CZ -0.351 3.381
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 100 CA -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 119 N -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 NH2 -0.351 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 315 OG -0.351 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 CB -0.351 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 CG -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 103 N -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 O -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C4 -0.351 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N3 -0.351 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 120 O -0.351 3.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 OP1 -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 O -0.351 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 C -0.352 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 313 CG -0.352 4.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 207 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 204 O -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N9 -0.352 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N2 -0.352 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG1 -0.352 3.992
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C5' -0.352 4.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 OP1 -0.352 3.382
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 194 CB -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CE -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 220 N -0.352 3.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 N -0.352 3.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5 -0.352 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 CA -0.352 4.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 230 O -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N7 -0.352 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N6 -0.352 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 311 OG -0.352 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 O -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 -0.352 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N7 -0.352 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 54 O -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CA -0.352 4.112
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 NE1 -0.352 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CZ -0.352 3.572
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CG2 -0.352 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 N -0.352 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C7 -0.352 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 N3 -0.352 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N7 -0.352 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 C -0.352 3.842
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N6 -0.352 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CA -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N1 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 CB -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C4 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 O2 -0.353 3.533
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 177 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 CG -0.353 4.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 O6 -0.353 3.383
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 C4 -0.353 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CG -0.353 3.843
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N7 -0.353 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 N4 -0.353 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 O -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 O -0.353 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C2 -0.353 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 84 CB -0.353 4.333
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 345 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 346 CD -0.353 4.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 O -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 OD1 -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C4 -0.353 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 NE -0.353 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 CG -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N1 -0.353 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CB -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 CB -0.353 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 N -0.353 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 63 CB -0.353 4.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C1' -0.353 3.993
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CB -0.353 4.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 29 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 32 OG -0.353 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 NH1 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 253 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 CD2 -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C5 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 CB -0.353 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 20 CA -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C4 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 O -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C4 -0.353 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 133 O -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 N3 -0.353 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C6 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 CA -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 26 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 29 N -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N6 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C6 -0.353 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C4 -0.353 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 95 OD1 -0.353 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CB -0.353 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 103 C -0.353 4.113
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 N -0.353 3.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C4 -0.353 3.723
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 N1 -0.354 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 CG1 -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C5 -0.354 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C1' -0.354 3.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 N -0.354 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 26 N -0.354 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C4 -0.354 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 CB -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 CD -0.354 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C8 -0.354 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C2 -0.354 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C5 -0.354 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 135 NH1 -0.354 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C5 -0.354 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 NH1 -0.354 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CA -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 N -0.354 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 130 CA -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 O4 -0.354 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 56 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 CB -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 278 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CG -0.354 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 242 CA -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 56 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 CA -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C6 -0.354 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 O -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CD -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 C -0.354 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 344 CA -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 CD2 -0.354 3.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CD2 -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 200 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 CA -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 O -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 168 CA -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N1 -0.354 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C5' -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N3 -0.354 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 C -0.354 3.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C4 -0.354 3.574
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 O -0.354 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CB -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CD2 -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 63 O -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 N3 -0.354 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 O4' -0.354 3.274
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 N -0.354 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 O -0.354 3.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 55 CD1 -0.354 3.994
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CB -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 8 O -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CG -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 127 OG -0.354 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 N -0.354 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 N1 -0.354 3.754
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 C -0.354 3.384
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG2 -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 O -0.354 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD2 -0.354 4.114
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N3 -0.355 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 O -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 O -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 CA -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 CE -0.355 3.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 9 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 46 CB -0.355 3.875
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 OP1 -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 N -0.355 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 OP2 -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C6 -0.355 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 180 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 184 O -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 CG2 -0.355 4.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 59 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 O -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C4 -0.355 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 O -0.355 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C4 -0.355 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CG -0.355 4.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB -0.355 3.995
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N2 -0.355 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C5 -0.355 3.845
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D CYS 261 CB -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 O6 -0.355 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 136 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 139 CA -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 OD2 -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 P -0.355 4.335
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 CA -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O -0.355 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD1 -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N1 -0.355 3.755
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2 -0.355 3.535
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 CB -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 N -0.355 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 O -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 139 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 136 O -0.355 2.835
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CD1 -0.355 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 139 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 141 N -0.355 3.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 N1 -0.355 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 CA -0.355 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C5 -0.355 3.575
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CA -0.355 4.115
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 C -0.355 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 CA -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 88 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 NH1 -0.356 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 O -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 290 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 N -0.356 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 C -0.356 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 89 O -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C2 -0.356 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CG -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 57 N -0.356 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 84 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 CG2 -0.356 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 104 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CG2 -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 N4 -0.356 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C4 -0.356 3.386
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N3 -0.356 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 24 CB -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 246 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CB -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 CA -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C2 -0.356 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 C1' -0.356 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CG2 -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 CD1 -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N1 -0.356 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CD1 -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C5 -0.356 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 13 C -0.356 3.726
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 CA -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C5 -0.356 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 N3 -0.356 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5 -0.356 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 169 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 CG -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 N -0.356 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 N -0.356 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C4 -0.356 3.576
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 125 CB -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CE2 -0.356 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 O -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 17 O -0.356 2.836
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N2 -0.356 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 OE1 -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 CB -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N3 -0.356 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 N1 -0.356 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 O -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 N -0.356 3.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N7 -0.356 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 11 N -0.356 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N3 -0.356 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 282 CA -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CE1 -0.356 3.996
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CA -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 NZ -0.356 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 CG2 -0.356 4.116
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 156 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 CG -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O -0.356 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N9 -0.356 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 NH1 -0.357 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N4 -0.357 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD1 -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 O -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C8 -0.357 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CA -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N1 -0.357 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 CB -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 46 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 188 NZ -0.357 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CD -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N3 -0.357 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C1' -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 28 CG -0.357 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C6 -0.357 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C6 -0.357 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 7 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 O -0.357 2.837
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 67 CB -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 CZ -0.357 4.067
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CD1 -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N2 -0.357 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 CA -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 CZ -0.357 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C5 -0.357 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 N -0.357 3.417
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 O -0.357 3.537
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 39 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 NE2 -0.357 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C5 -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N1 -0.357 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 CB -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CG -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 C -0.357 3.847
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C1' -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 79 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C6 -0.357 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 309 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 O -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 108 N -0.357 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CG -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C4 -0.357 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CA -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C5' -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 315 CB -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 221 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 218 O -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C5 -0.357 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 81 CD1 -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 125 CB -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 80 C8 -0.357 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 CA -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C6 -0.357 3.387
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 NH1 -0.357 3.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CE2 -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C1' -0.357 3.997
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5' -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C8 -0.357 3.757
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD2 -0.357 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 CA -0.357 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 47 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 92 CB -0.358 3.848
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 122 N -0.358 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C6 -0.358 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 286 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 -0.358 4.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 131 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5 -0.358 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C4 -0.358 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 CB -0.358 4.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CA -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 64 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 7 CA -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH1 -0.358 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 165 CA -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C5 -0.358 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 OP1 -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 176 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 179 CA -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 49 CG2 -0.358 4.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ -0.358 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 N1 -0.358 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C1' -0.358 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C8 -0.358 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 N2 -0.358 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 103 CG2 -0.358 4.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 -0.358 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 45 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 OP1 -0.358 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 CG -0.358 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5 -0.358 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C1' -0.358 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 311 O -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C5 -0.358 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N9 -0.358 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C5' -0.358 4.118
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 N -0.358 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N1 -0.358 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C6 -0.358 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 139 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 141 N -0.358 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CD1 -0.358 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CB -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 NZ -0.358 3.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CB -0.358 3.658
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C4 -0.358 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C6 -0.358 3.728
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C1' -0.358 3.998
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N3 -0.358 3.608
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CB -0.359 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 278 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 CG2 -0.359 4.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 CE2 -0.359 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 N -0.359 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C6 -0.359 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 68 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD2 -0.359 4.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 46 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CZ -0.359 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 O -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 26 CA -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CA -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CA -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 5 O -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CB -0.359 4.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C4 -0.359 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 209 CG -0.359 3.389
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 O -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 58 N -0.359 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 12 CA -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C2 -0.359 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CD -0.359 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C5' -0.359 4.119
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 N -0.359 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C5 -0.359 3.729
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 C2 -0.359 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C4 -0.359 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 18 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE1 -0.359 3.999
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CA -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 N -0.359 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH2 -0.359 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CZ -0.359 3.849
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C6 -0.359 3.579
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 111 N -0.359 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N3 -0.359 3.609
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N1 -0.359 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 O -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 59 O -0.359 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 O6 -0.359 3.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CG -0.360 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N7 -0.360 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 260 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 263 CA -0.360 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 CD -0.360 4.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 10 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 34 O -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 O -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N3 -0.360 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 N3 -0.360 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N7 -0.360 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 C -0.360 3.430
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C6 -0.360 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD1 -0.360 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C5 -0.360 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 98 CD1 -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 C2 -0.360 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CA -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N9 -0.360 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 -0.360 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 221 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CG -0.360 3.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N7 -0.360 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N4 -0.360 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 21 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CZ -0.360 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C4 -0.360 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 CA -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 CG1 -0.360 4.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 46 N -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 63 CB -0.360 4.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CD -0.360 4.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C1' -0.360 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N7 -0.360 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 C5 -0.360 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 150 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 93 CD -0.360 4.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N9 -0.360 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 C -0.360 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C8 -0.360 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD2 -0.360 4.120
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 N -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CA -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N6 -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 CB -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N6 -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 N1 -0.360 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 77 N -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 85 N -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 O4 -0.360 3.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 OG1 -0.360 2.840
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 37 C -0.360 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 CE2 -0.360 4.000
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 96 CA -0.360 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N4 -0.361 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 135 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 O -0.361 2.841
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 39 OG -0.361 2.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 121 N -0.361 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 O -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 CB -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 138 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 NH1 -0.361 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C6 -0.361 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 O6 -0.361 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N9 -0.361 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 67 CB -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 CB -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 CB -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CE1 -0.361 4.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 O -0.361 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 N -0.361 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 148 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 293 CD -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 59 O -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG1 -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 N3 -0.361 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 O -0.361 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 16 CB -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 134 CB -0.361 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 C1' -0.361 4.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C1' -0.361 4.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 20 CB -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 102 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 98 CD1 -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 C2 -0.361 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CB -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH2 -0.361 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CE -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 100 CA -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 C -0.361 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 300 CD -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C4 -0.361 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 155 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 OE1 -0.361 3.391
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C6 -0.361 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 CG2 -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 N -0.361 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N3 -0.361 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 87 C5' -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 218 CB -0.361 3.881
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CG -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 P -0.361 4.341
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 CB -0.361 4.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 O -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 71 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 171 CD -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 278 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 265 CE1 -0.361 3.731
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 CD1 -0.361 4.001
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 CB -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 N6 -0.361 3.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 95 CG1 -0.361 4.121
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 CA -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 N3 -0.361 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C5 -0.361 3.581
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 CA -0.361 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 308 O -0.361 3.201
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 O -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N1 -0.362 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 N9 -0.362 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C2 -0.362 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 26 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 N -0.362 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 O6 -0.362 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N7 -0.362 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CG -0.362 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 O -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C2 -0.362 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 OP2 -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 N -0.362 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 CB -0.362 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 217 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 C -0.362 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 140 CB -0.362 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C5 -0.362 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 17 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 35 CZ3 -0.362 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 27 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CG2 -0.362 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 C -0.362 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 241 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 N3 -0.362 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C6 -0.362 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C5 -0.362 3.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CB -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CD1 -0.362 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 O4 -0.362 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CB -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 OE2 -0.362 3.202
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C5' -0.362 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NH1 -0.362 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N7 -0.362 3.762
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 219 CA -0.362 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 127 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 -0.362 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CA -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 178 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 181 CG -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 C6 -0.362 3.582
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 CB -0.362 4.122
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 121 O -0.362 3.202
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 6 CB -0.362 3.662
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 -0.362 3.732
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 CG -0.362 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH1 -0.362 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD2 -0.362 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 CD -0.362 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 N -0.362 3.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD2 -0.362 4.002
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CD -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C2 -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N7 -0.363 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CH2 -0.363 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 O -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C5 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 N -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 O5' -0.363 3.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C5 -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CA -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C1' -0.363 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CE2 -0.363 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 N -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 O -0.363 3.203
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 270 O -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 O -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 224 N -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 47 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N2 -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 N -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 38 O4 -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5' -0.363 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 244 CB -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C4 -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N6 -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 O4 -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CD2 -0.363 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 CB -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C5 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 N -0.363 3.063
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C4 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C5 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N3 -0.363 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N9 -0.363 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C4 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 56 CB -0.363 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 18 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 C -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 125 OG -0.363 3.703
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 OE1 -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C2 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CG -0.363 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 74 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 23 O -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 76 CB -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 O4 -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CZ3 -0.363 3.543
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 283 CA -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2 -0.363 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 59 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 -0.363 3.883
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CA -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 O -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C4 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 O6 -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 O -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 45 CE -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 31 CG -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 156 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 214 CA -0.363 4.123
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 48 CA -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CA -0.363 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 O4 -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N6 -0.363 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 161 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 231 C -0.363 3.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C4 -0.363 3.583
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 O -0.363 3.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C1' -0.363 4.003
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 O -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 NE -0.364 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 N -0.364 3.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 324 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 O -0.364 2.844
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 264 CB -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 311 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 314 CD -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 O -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CG1 -0.364 4.124
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 16 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 N -0.364 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 3 O -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 N -0.364 3.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 N -0.364 3.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N9 -0.364 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 21 O -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C2 -0.364 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 4 C -0.364 3.434
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 N6 -0.364 3.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 79 CE2 -0.364 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 4 N -0.364 3.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 CA -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CA -0.364 4.124
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 28 O -0.364 3.204
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 -0.364 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 231 NH2 -0.364 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 O -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 75 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CD -0.364 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C4 -0.364 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CD1 -0.364 4.004
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 OH -0.364 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 207 CG -0.364 4.124
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 P -0.364 4.344
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CZ -0.364 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CZ -0.364 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 N2 -0.364 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CA -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 172 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 CA -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 90 OD1 -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 106 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 103 O -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C4 -0.364 3.584
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CG2 -0.364 3.704
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 29 CD -0.364 3.854
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CA -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C7 -0.364 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 107 C -0.364 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 144 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 148 CB -0.364 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 9 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 N -0.365 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 95 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 35 N -0.365 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 146 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 152 CD -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD2 -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 102 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 CG -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 179 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 176 O -0.365 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 3 O -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 193 CB -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 103 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 CD -0.365 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CZ -0.365 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 125 OG -0.365 3.705
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 316 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CB -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2 -0.365 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 89 N -0.365 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 158 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CE1 -0.365 3.545
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CD1 -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 295 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 299 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CA -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 O -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CD1 -0.365 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 238 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 236 O -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 21 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 74 CE -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 N3 -0.365 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 54 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 46 CD2 -0.365 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 O -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N7 -0.365 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 N -0.365 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 CB -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CZ -0.365 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N7 -0.365 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 O -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N9 -0.365 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CB -0.365 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 71 N -0.365 3.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 307 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 OD1 -0.365 3.395
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 33 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CE1 -0.365 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C4 -0.365 3.585
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N2 -0.365 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 46 CD2 -0.365 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 C -0.365 3.855
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N4 -0.365 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 77 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CG2 -0.365 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CG2 -0.365 4.125
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CA -0.365 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 C1' -0.365 4.005
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 99 CA -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 47 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 N3 -0.366 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C8 -0.366 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD -0.366 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C4 -0.366 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 OG -0.366 3.066
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 C -0.366 3.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C5' -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 289 CG -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 N -0.366 3.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N7 -0.366 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 N1 -0.366 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 210 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 214 N -0.366 3.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 CD2 -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 N3 -0.366 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 153 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 70 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 168 NH1 -0.366 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 112 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 109 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C5 -0.366 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CD1 -0.366 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N4 -0.366 3.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 61 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 51 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 162 NE -0.366 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C4 -0.366 3.586
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 OP1 -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 CG -0.366 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 49 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CD2 -0.366 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 73 O -0.366 3.206
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C5' -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 CG -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 CA -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C8 -0.366 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 35 CD2 -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CB -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 123 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CD2 -0.366 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 96 CA -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CB -0.366 4.006
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 287 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 N -0.366 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C1' -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C2 -0.366 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 87 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 91 OG1 -0.366 3.436
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 12 CB -0.366 4.126
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 C -0.366 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 N -0.366 3.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C6 -0.366 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N1 -0.366 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 N1 -0.366 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 O -0.366 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 66 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 101 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CG -0.367 3.857
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 106 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 103 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 27 O -0.367 3.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 115 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 117 NE -0.367 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 CB -0.367 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 56 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 CB -0.367 4.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 O2 -0.367 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 N1 -0.367 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASN 68 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 103 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 OG1 -0.367 3.707
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 CD -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C6 -0.367 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 N -0.367 3.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 C5 -0.367 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CD1 -0.367 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C5 -0.367 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C5' -0.367 4.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 178 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 OD1 -0.367 3.547
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 C4 -0.367 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N1 -0.367 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 301 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 CA -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N4 -0.367 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5 -0.367 3.587
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N1 -0.367 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB -0.367 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 239 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 236 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C5 -0.367 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 O -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 66 CD1 -0.367 4.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CD2 -0.367 4.007
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 56 CB -0.367 4.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 140 C6 -0.367 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 N7 -0.367 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 CB -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N3 -0.367 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 95 CA -0.367 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 O6 -0.367 3.397
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CG -0.367 4.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N3 -0.367 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 95 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 CG -0.367 4.127
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C4 -0.367 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 P -0.367 4.347
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TRP 215 CH2 -0.368 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N3 -0.368 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CD1 -0.368 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 C1' -0.368 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 105 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 116 CA -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 O -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 CD -0.368 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C2' -0.368 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CD1 -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N3 -0.368 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 59 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 58 O -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 O -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N7 -0.368 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C1' -0.368 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 O -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 72 CA -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 CG -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 N -0.368 3.378
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 O4 -0.368 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C2 -0.368 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 N -0.368 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 C -0.368 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CB -0.368 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 173 CB -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C3' -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C8 -0.368 4.008
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 266 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 265 CG2 -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 54 C -0.368 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C7 -0.368 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 9 N -0.368 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CG -0.368 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 CA -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 C -0.368 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 82 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 CD2 -0.368 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 124 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 271 CB -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C4 -0.368 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 27 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 CB -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C4 -0.368 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CA -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 CZ -0.368 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 334 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 CD -0.368 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 67 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 OD1 -0.368 3.398
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C8 -0.368 3.738
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 222 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 225 CB -0.368 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C4 -0.368 3.588
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 108 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 O6 -0.368 3.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 304 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 26 CB -0.368 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 N -0.368 3.888
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 26 CG -0.368 3.858
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 CG -0.368 4.128
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 P -0.369 4.349
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 65 CA -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C1' -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 19 CG -0.369 3.399
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CA -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 N3 -0.369 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C4 -0.369 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C4 -0.369 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C1' -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 317 CG2 -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C6 -0.369 3.589
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CG1 -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 N -0.369 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 C5 -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 110 O -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 CA -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 245 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 248 CD1 -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 61 CE1 -0.369 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 65 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 O -0.369 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 C -0.369 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CA -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 O -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C4' -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 166 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD2 -0.369 4.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 133 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 CD2 -0.369 4.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 111 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 OE1 -0.369 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 37 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 OG -0.369 2.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 O -0.369 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 CG2 -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2' -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 O -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH1 -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N3 -0.369 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 48 CB -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 315 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 319 CA -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 35 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 CZ -0.369 4.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 CD -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 C1' -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CA -0.369 4.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N6 -0.369 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CE -0.369 4.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N7 -0.369 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CB -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C4 -0.369 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 47 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 CB -0.369 3.859
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 323 OXT -0.369 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 22 N -0.369 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CE1 -0.369 4.009
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 199 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 198 OE1 -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 O -0.369 3.209
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 O -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 CD -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C7 -0.369 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C5' -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 CB -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 111 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C4 -0.369 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 O -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NE -0.369 3.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 C1' -0.369 4.129
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 177 CA -0.369 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 93 CA -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 28 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 21 O -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C4 -0.370 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 CD2 -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 104 CD1 -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C4 -0.370 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 N -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 62 N -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 179 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CG -0.370 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 8 CA -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 82 CG -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 220 CA -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C6 -0.370 3.590
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 62 N4 -0.370 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 47 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 OE1 -0.370 2.850
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N6 -0.370 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N7 -0.370 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 23 O -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CA -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 72 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 CD1 -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 105 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 N -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 55 CB -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 7 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 OP1 -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CG2 -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 OP2 -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 124 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 123 C1' -0.370 3.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 84 C -0.370 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 N4 -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 N3 -0.370 3.250
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C4 -0.370 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 CZ -0.370 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 48 CB -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 204 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 208 N -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 206 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 CD -0.370 3.860
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 82 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 87 O -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 4 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 O -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 43 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 170 SD -0.370 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 N -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 C4 -0.370 3.400
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 OP1 -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CG1 -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 80 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 77 O -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 364 CG2 -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 CA -0.370 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 200 CD2 -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 181 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 374 CG2 -0.370 4.130
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 CB -0.370 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 103 N -0.370 3.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 99 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CG -0.370 4.010
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N7 -0.370 3.770
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 O6 -0.370 3.210
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 N3 -0.370 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 317 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 321 OG -0.371 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 NE2 -0.371 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 N -0.371 3.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 77 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CA -0.371 4.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 O4' -0.371 3.291
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 32 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 29 O -0.371 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CB -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 N -0.371 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 2 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 10 O -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 28 CB -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 92 O -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 132 CG -0.371 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 80 CB -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 C1' -0.371 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 249 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CZ -0.371 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 5 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 8 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 CE2 -0.371 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C4 -0.371 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C5 -0.371 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 137 O -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C4 -0.371 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CZ -0.371 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 OG1 -0.371 3.711
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 61 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 111 CA -0.371 4.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 N4 -0.371 3.651
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 98 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 11 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 42 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 CB -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CG -0.371 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CB -0.371 4.011
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 117 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 121 N -0.371 3.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 252 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 263 CG -0.371 4.131
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 115 CD -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 131 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 127 O -0.371 3.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD -0.371 3.861
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2 -0.371 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C2 -0.371 3.591
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 N7 -0.371 3.891
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N7 -0.371 3.621
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 123 OG -0.371 2.851
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 80 CB -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 CA -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 98 N -0.371 3.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 58 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 OE2 -0.371 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C1' -0.372 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C2 -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C4 -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 C -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 130 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 133 N -0.372 3.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 78 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 56 CA -0.372 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C6 -0.372 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 O4 -0.372 3.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 133 C5 -0.372 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C6 -0.372 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 OD1 -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 O -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N7 -0.372 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 94 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 C -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 46 CG2 -0.372 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 326 O -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 C -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 205 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 OD2 -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C4 -0.372 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CA -0.372 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 O -0.372 2.852
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N9 -0.372 3.652
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 24 N4 -0.372 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2 -0.372 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 81 CA -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CB -0.372 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 208 CB -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG2 -0.372 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C2 -0.372 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CE2 -0.372 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 23 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 21 SG -0.372 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 123 NZ -0.372 3.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CE2 -0.372 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C5 -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 OE1 -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 261 CA -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 CG -0.372 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 CZ -0.372 3.862
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C6 -0.372 3.592
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 41 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 167 CB -0.372 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 108 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 OE1 -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 90 CG2 -0.372 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 CG -0.372 4.012
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C2 -0.372 3.552
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 -0.372 3.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CA -0.372 3.672
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 5 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C6 -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 58 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 111 N -0.372 3.772
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2 -0.372 3.622
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 89 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CB -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CB -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 N2 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 O2 -0.373 3.553
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 O4' -0.373 3.293
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 120 N -0.373 3.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 68 CG -0.373 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N1 -0.373 3.653
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 125 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C8 -0.373 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 316 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 320 CD -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 16 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 53 C -0.373 3.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 40 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C5' -0.373 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C6 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 O -0.373 2.853
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 CG -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C5' -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 CB -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 CB -0.373 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 127 CB -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 104 N -0.373 3.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 N3 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 35 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 36 C5 -0.373 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 86 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 154 CD -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 O4 -0.373 3.403
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 23 CA -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N9 -0.373 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 C5' -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 10 CA -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 332 OG -0.373 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C2 -0.373 3.743
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 57 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 54 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 CA -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CD2 -0.373 3.893
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 42 CD2 -0.373 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 N4 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C5' -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 113 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 309 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 25 N -0.373 3.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 10 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 7 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C4 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 N3 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 105 O -0.373 3.213
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 18 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 CA -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 12 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 13 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 111 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 108 C -0.373 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 N3 -0.373 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CA -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 34 O -0.373 3.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C1' -0.373 4.013
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 O -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 34 CD1 -0.373 4.133
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N6 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C4 -0.373 3.623
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 317 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CA -0.373 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N9 -0.373 3.773
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 N3 -0.374 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 240 CB -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 128 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C1' -0.374 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5' -0.374 3.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CE2 -0.374 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 146 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 143 O -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 223 N -0.374 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 N3 -0.374 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 314 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 310 O -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 95 CG1 -0.374 4.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 375 CD1 -0.374 4.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH1 -0.374 3.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 30 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 NH2 -0.374 3.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N1 -0.374 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 91 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 288 NE -0.374 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 CA -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C5 -0.374 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 N -0.374 3.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 54 N1 -0.374 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CG -0.374 3.864
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C6 -0.374 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 196 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 NH2 -0.374 3.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CB -0.374 4.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C6 -0.374 3.744
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 49 CD1 -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 79 CG -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 O -0.374 3.554
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 58 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 129 CD -0.374 4.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 150 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CA -0.374 4.134
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 90 CB -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 3 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 7 CA -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C8 -0.374 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CB -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C6 -0.374 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 N1 -0.374 3.654
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 166 NH1 -0.374 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 O -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 77 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 N3 -0.374 3.624
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 O -0.374 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 259 CG -0.374 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C2 -0.374 3.594
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C1' -0.374 4.014
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 226 CB -0.374 3.894
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 280 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 N -0.374 3.774
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 162 C -0.375 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 87 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 CG1 -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 110 CD2 -0.375 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 O -0.375 3.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 9 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 O -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C6 -0.375 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 NH2 -0.375 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C2 -0.375 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 CB -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CE1 -0.375 3.745
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 122 C5 -0.375 3.595
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 57 N -0.375 3.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N3 -0.375 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CB -0.375 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 73 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CD1 -0.375 3.775
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 P -0.375 4.355
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ -0.375 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 N7 -0.375 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 55 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C2 -0.375 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 84 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 O -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 332 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CA -0.375 3.715
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 O -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CG -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CB -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 70 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 67 CB -0.375 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 279 N -0.375 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 113 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 CD2 -0.375 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 172 CG -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N7 -0.375 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE1 -0.375 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CB -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 O2 -0.375 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 CD -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 112 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 241 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CB -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C6 -0.375 3.625
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 254 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CD -0.375 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 O2 -0.375 3.555
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 98 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CA -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 49 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 OP2 -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 N1 -0.375 3.655
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 127 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 321 CZ -0.375 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 90 OD1 -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 316 CB -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 126 CG -0.375 3.405
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 18 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 N -0.375 3.895
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CZ -0.375 3.865
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CD1 -0.375 4.015
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C5' -0.375 4.135
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 79 N -0.375 3.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 319 O -0.375 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 107 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 C -0.376 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 177 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 C -0.376 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 131 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 CG -0.376 4.136
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C4 -0.376 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CE -0.376 4.136
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 33 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 36 CD -0.376 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 N1 -0.376 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 82 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 19 CB -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 C5 -0.376 3.896
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 74 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 77 CA -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 OD2 -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CA -0.376 4.136
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 N -0.376 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 6 CB -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 SG -0.376 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C1' -0.376 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 324 N -0.376 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C2 -0.376 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 227 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 385 C -0.376 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 P -0.376 4.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C5 -0.376 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CG2 -0.376 4.136
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 27 C2 -0.376 3.626
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 48 N -0.376 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 12 CA -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 N1 -0.376 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 28 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 N1 -0.376 3.656
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 C4 -0.376 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C5 -0.376 3.866
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 4 N -0.376 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 4 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 7 CA -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 O -0.376 2.856
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 O4 -0.376 3.406
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N9 -0.376 3.776
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 164 CA -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CG -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 136 O -0.376 3.216
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 O -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C4 -0.376 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 NE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 323 O -0.376 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 CA -0.376 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C6 -0.376 3.596
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CZ2 -0.376 4.016
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 43 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 P -0.376 4.356
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CD1 -0.376 3.556
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 86 N -0.376 3.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 10 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 C -0.376 3.446
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 CA -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 74 C -0.377 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 344 N -0.377 3.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 45 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 CA -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 C5' -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 202 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 205 CA -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLN 85 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 107 O -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 N3 -0.377 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD1 -0.377 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 125 CD -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 378 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CB -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 CA -0.377 4.357
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 274 N -0.377 3.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C2 -0.377 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 30 CG -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 O -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 88 O -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 196 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 199 CA -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CB -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 N -0.377 3.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 N -0.377 4.117
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C4 -0.377 3.747
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 255 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 252 CA -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 367 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 372 OG1 -0.377 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 N -0.377 3.657
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 CB -0.377 3.717
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CB -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N3 -0.377 3.627
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 124 CB -0.377 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 -0.377 3.597
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 CG -0.377 3.867
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 87 CB -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CG2 -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 C -0.377 3.407
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB -0.377 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 CA -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N6 -0.377 3.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 81 CA -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 186 CB -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 OD2 -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 CB -0.377 4.017
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 319 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 OD1 -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 62 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 104 O -0.377 3.677
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 C1' -0.377 3.897
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 49 CB -0.377 4.137
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 67 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 CG2 -0.378 4.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 O -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB -0.378 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 CB -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 CG2 -0.378 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C2 -0.378 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 62 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 58 CE2 -0.378 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 186 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 184 C -0.378 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CD -0.378 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 81 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K HIS 76 CD2 -0.378 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C5 -0.378 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G THR 97 O -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 9 CD1 -0.378 3.718
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 260 CA -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 70 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 66 CE1 -0.378 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C8 -0.378 3.748
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 N -0.378 3.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 78 N -0.378 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 21 CZ -0.378 4.088
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 31 CB -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 N1 -0.378 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C4' -0.378 4.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 O6 -0.378 3.408
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 178 CE1 -0.378 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 CG2 -0.378 4.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD1 -0.378 3.598
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 24 CA -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 185 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CB -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C1' -0.378 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 CA -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C1' -0.378 4.018
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 338 C -0.378 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 16 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 N1 -0.378 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 N -0.378 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 28 CA -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 65 CB -0.378 3.868
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 49 N -0.378 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 108 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 N3 -0.378 3.628
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 N9 -0.378 3.778
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 140 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 143 CA -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 24 O -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 82 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 87 O -0.378 3.218
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 O -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 O6 -0.378 3.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 88 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 89 NH1 -0.378 3.898
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 C5' -0.378 4.138
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 301 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 C -0.378 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 187 O -0.378 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 133 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 134 CA -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CA -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CB -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE1 -0.379 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 16 N -0.379 3.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 C4 -0.379 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N3 -0.379 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 106 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 O -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 176 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 O -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 O6 -0.379 3.219
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 289 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 C5' -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C5 -0.379 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 231 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 6 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 82 CA -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 64 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 60 O -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C5 -0.379 3.629
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 NZ -0.379 3.659
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 N -0.379 3.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 23 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CB -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CB -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 90 CD1 -0.379 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CB -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 109 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C4 -0.379 3.599
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 318 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 NE2 -0.379 3.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C5 -0.379 3.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 70 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 N4 -0.379 3.779
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD1 -0.379 4.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 NE2 -0.379 3.899
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 CD -0.379 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 295 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 O -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 CG -0.379 3.449
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 C -0.379 3.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 NE -0.379 3.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 112 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 CB -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 290 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 335 CD2 -0.379 3.559
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 C -0.379 3.749
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C5' -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 110 N -0.379 3.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 312 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 315 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CG -0.379 4.019
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 128 CA -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 CB -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 O4 -0.379 3.409
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 248 CB -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 OP1 -0.379 3.569
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CG -0.379 4.139
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 178 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 175 O -0.379 3.679
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CB -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 O5' -0.380 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CB -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 NE -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 300 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 297 C -0.380 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 64 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 60 O -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 40 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 44 CE -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N7 -0.380 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 C -0.380 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 203 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 N -0.380 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 O -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CZ -0.380 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 61 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 CA -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C2 -0.380 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 190 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 194 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 99 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASP 69 CG -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASN 109 ND2 -0.380 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C8 -0.380 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 76 C5 -0.380 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 82 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CA -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 221 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 81 C5' -0.380 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CG1 -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CE2 -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 240 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 244 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 O -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 O6 -0.380 3.220
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 299 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 CD -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 CD -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 291 CE1 -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 71 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N1 -0.380 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 71 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASN 26 CB -0.380 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 61 OE1 -0.380 3.560
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 25 CB -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 6 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 336 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 340 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C2' -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 100 N -0.380 3.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CA -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 63 CA -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CG -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 51 C4 -0.380 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 O -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 185 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 C -0.380 3.870
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 27 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 31 CB -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C6 -0.380 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C1' -0.380 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C2 -0.380 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CD2 -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 O -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG1 -0.380 4.020
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C4 -0.380 3.600
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 116 CD -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N3 -0.380 3.660
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 181 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 C -0.380 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 138 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C4 -0.380 3.630
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C4 -0.380 3.750
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 64 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C5' -0.380 3.900
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 17 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2 -0.380 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CA -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 N4 -0.380 3.780
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 271 CA -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 92 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 CB -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 175 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 172 O -0.380 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 183 CE -0.380 3.720
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 49 CG2 -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CG2 -0.380 4.140
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 35 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 CB -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CG2 -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 115 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 C1' -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 306 CA -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 139 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N3 -0.381 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CG1 -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C8 -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 203 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C6 -0.381 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C1' -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 197 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 96 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C1' -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C5 -0.381 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CG -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 41 C8 -0.381 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 O -0.381 3.571
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C1' -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 82 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 209 O -0.381 3.221
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 142 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 145 CA -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 88 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 85 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C5 -0.381 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 130 C6 -0.381 3.601
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N7 -0.381 3.901
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 62 CB -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N7 -0.381 3.781
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 N3 -0.381 3.661
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 90 CG -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 189 CA -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 55 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 111 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 285 N -0.381 3.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 O2 -0.381 3.441
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C1' -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C5 -0.381 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CG -0.381 3.871
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C5 -0.381 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 165 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 330 CG -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 63 N -0.381 3.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 18 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 15 C -0.381 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 50 N -0.381 3.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C1' -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CG1 -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 NH1 -0.381 3.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 C5' -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 123 CG -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 C2 -0.381 3.751
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 80 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CA -0.381 4.021
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 32 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 70 CB -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 211 O -0.381 3.681
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 64 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CB -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C2' -0.381 4.141
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C2 -0.381 3.561
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 111 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CD -0.381 3.631
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 125 N -0.381 3.041
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 CE2 -0.382 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 147 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 OH -0.382 3.722
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CA -0.382 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 132 CD -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C5 -0.382 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N3 -0.382 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 22 C -0.382 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 293 CD1 -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 104 C4 -0.382 3.412
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 OP2 -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CD1 -0.382 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 45 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 46 C4 -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 37 C -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 CA -0.382 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 122 CA -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 81 C6 -0.382 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C4 -0.382 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 23 N -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 CA -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C4 -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 256 CA -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 N3 -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 N6 -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 N -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 54 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 CD1 -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 NE -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 21 CD1 -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 91 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 C2 -0.382 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 48 CD -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NE -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C6 -0.382 3.752
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N7 -0.382 3.782
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD2 -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ILE 80 CD1 -0.382 4.022
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 97 CA -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CD2 -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 59 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 NH1 -0.382 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 90 N -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 85 NE2 -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 CG2 -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 233 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O -0.382 3.222
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 129 N3 -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 C -0.382 3.872
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 54 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 O -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 198 CA -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 O -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C5 -0.382 3.632
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 OE1 -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 O -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CA -0.382 4.142
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 O6 -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ -0.382 3.902
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 22 CG1 -0.382 3.682
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C2 -0.382 3.602
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 47 N -0.382 3.042
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 109 O2 -0.383 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 130 C6 -0.383 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 CA -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 366 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 365 O -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 O -0.383 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 134 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 314 CE2 -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 50 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 C -0.383 3.753
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 230 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 329 CD1 -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 27 N -0.383 3.043
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C3' -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 132 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 134 OE2 -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 256 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 320 CD2 -0.383 4.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 66 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 CA -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 133 C5 -0.383 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 O -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 87 C2 -0.383 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 CB -0.383 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 85 CD1 -0.383 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 C -0.383 3.873
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C1' -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CE1 -0.383 4.023
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 167 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 C -0.383 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N3 -0.383 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PRO 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 36 CA -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 130 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 135 CB -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 OG1 -0.383 2.863
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C2 -0.383 3.563
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 CB -0.383 4.143
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 N3 -0.383 3.663
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 7 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 4 O -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 141 C5 -0.383 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 45 CB -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 47 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 OP1 -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C1' -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C5 -0.383 3.603
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 104 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 OE2 -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C7 -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 3 C2 -0.383 3.633
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CD1 -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 18 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CB -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 31 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 O -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 CD -0.383 3.903
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 OP3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 C -0.383 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 142 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C6 -0.383 3.783
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 306 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 309 N -0.383 3.443
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 96 C -0.383 3.413
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 O -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 292 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 296 CB -0.383 3.683
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 O -0.384 3.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 134 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C5 -0.384 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CB -0.384 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PHE 26 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 CG2 -0.384 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 227 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 CB -0.384 4.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 43 CB -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ILE 337 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 248 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 251 N -0.384 3.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N1 -0.384 3.664
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 O6 -0.384 3.414
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CD1 -0.384 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 48 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 49 N7 -0.384 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 215 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 O -0.384 3.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ASN 85 OD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CA -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 174 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 171 CA -0.384 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 55 O -0.384 3.224
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 44 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 O3' -0.384 3.724
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 97 CB -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 66 C2 -0.384 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N3 -0.384 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 65 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 N9 -0.384 3.784
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C6 -0.384 3.604
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C5 -0.384 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 256 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CG2 -0.384 4.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 -0.384 4.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CE -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 95 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TYR 92 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 131 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 C5' -0.384 4.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 CB -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 291 CA -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 109 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 90 OD1 -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 36 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 37 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 89 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CD1 -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 212 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 C -0.384 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 108 N -0.384 3.904
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 120 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 123 CA -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 98 CA -0.384 4.144
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N1 -0.384 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 218 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 215 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 95 O -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 125 CE2 -0.384 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 17 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 24 CD1 -0.384 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 29 CA -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 128 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 132 CA -0.384 3.684
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 32 CG -0.384 3.874
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 O6 -0.384 3.224
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N7 -0.384 3.634
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 384 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 376 CB -0.384 4.024
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CE2 -0.385 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 370 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 369 O -0.385 3.565
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 99 CA -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 O -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 170 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 200 OG -0.385 3.725
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 74 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 99 CG2 -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 N1 -0.385 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 373 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 371 CG -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 N -0.385 3.085
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 211 N -0.385 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 247 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 381 CA -0.385 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 118 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 117 C5 -0.385 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 39 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 60 CE -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 N3 -0.385 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 56 CA -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 82 CG -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C4 -0.385 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 31 CA -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 51 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 CB -0.385 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 135 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 C4 -0.385 3.605
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 104 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 107 CB -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 97 CD2 -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 59 O -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 N3 -0.385 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 38 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 CA -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 94 N3 -0.385 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 105 CB -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 C2 -0.385 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 93 CB -0.385 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 O -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 274 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 268 CG2 -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 65 O -0.385 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 37 NE -0.385 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 16 N -0.385 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N7 -0.385 3.665
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 122 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 119 O -0.385 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C5 -0.385 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 O4 -0.385 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 79 C4 -0.385 3.635
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 246 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 243 O -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 88 CA -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 107 CB -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 OE1 -0.385 3.685
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CB -0.385 4.145
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 124 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 108 N -0.385 3.045
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 19 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 CE2 -0.385 4.025
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C2 -0.386 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CG -0.386 4.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 28 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 CB -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 50 O -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 CA -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 CA -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 107 SG -0.386 3.396
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLN 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 100 N -0.386 3.046
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C2 -0.386 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 44 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 120 CD1 -0.386 4.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 142 C4 -0.386 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 161 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 CA -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 57 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 24 CB -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CA -0.386 4.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 O -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 159 CA -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 O6 -0.386 3.046
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 C5 -0.386 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 N3 -0.386 3.666
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 318 CD2 -0.386 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 CB -0.386 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 249 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 OD1 -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 267 CA -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 89 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 88 C1' -0.386 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CD2 -0.386 3.566
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C4 -0.386 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 230 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 C -0.386 3.456
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 91 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 96 C -0.386 3.416
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C4 -0.386 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 88 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CA -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 83 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 CD2 -0.386 4.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C5 -0.386 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 126 CB -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 C -0.386 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 92 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CD2 -0.386 4.026
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 62 SD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 C -0.386 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C6 -0.386 3.756
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N3 -0.386 3.636
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E TYR 40 C -0.386 3.876
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 138 C5 -0.386 3.606
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 119 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 C2' -0.386 4.146
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N1 -0.386 3.786
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 263 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 O -0.386 3.686
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 22 N -0.387 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 N9 -0.387 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CB -0.387 4.147
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLU 93 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 105 CA -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 120 C4 -0.387 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 255 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 258 CB -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 29 O4' -0.387 3.307
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C5 -0.387 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C7 -0.387 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 138 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 28 OH -0.387 3.217
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 94 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 O -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CD2 -0.387 4.027
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 55 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 52 O -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 17 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 20 N -0.387 3.087
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CG -0.387 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 179 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 182 CA -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 271 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 CD1 -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K MET 85 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 CA -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 51 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CB -0.387 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 116 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 45 CD -0.387 4.147
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 124 C2 -0.387 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N6 -0.387 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C5 -0.387 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 O -0.387 3.047
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 123 CD -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 324 N -0.387 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C2 -0.387 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 O -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG2 -0.387 4.147
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 30 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 34 CD1 -0.387 4.147
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 NZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 CG -0.387 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 56 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 N3 -0.387 3.667
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 O6 -0.387 3.447
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C2 -0.387 3.607
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 N7 -0.387 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 210 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 214 CG -0.387 3.877
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 21 N1 -0.387 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 313 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD1 -0.387 4.147
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 89 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 83 O -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 293 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 CB -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 53 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 56 CA -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CA -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 72 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 73 C8 -0.387 3.787
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 12 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 9 C -0.387 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N6 -0.387 3.637
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 17 CB -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 220 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 O -0.387 3.687
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 258 ND1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 368 CB -0.387 3.907
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N3 -0.388 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 20 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CB -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 63 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C6 -0.388 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 32 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CD -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 206 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 213 CB -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 N4 -0.388 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 64 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 C1' -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 105 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CG2 -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 322 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 163 NH2 -0.388 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CZ -0.388 3.758
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 C1' -0.388 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 80 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 O6 -0.388 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 21 O -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 270 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 274 N -0.388 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 N3 -0.388 3.448
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K SER 48 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I MET 121 CA -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C8 -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 135 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CB -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 124 C -0.388 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 56 CA -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 152 O -0.388 3.228
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 O -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 26 N3 -0.388 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 89 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 OD1 -0.388 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 O -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 288 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 CB -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C1' -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 201 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CD1 -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 NH2 -0.388 3.908
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 136 N1 -0.388 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 87 CE2 -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 66 O -0.388 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 N6 -0.388 3.668
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 36 CD -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CG2 -0.388 4.028
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 125 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 51 CD1 -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLU 72 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ASP 69 O -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 211 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 208 O -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 N9 -0.388 3.788
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 88 C1' -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 17 CG -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 294 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 O -0.388 3.568
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 169 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 172 CB -0.388 3.688
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 N -0.388 3.048
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 69 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 66 C -0.388 3.878
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 30 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 35 CD1 -0.388 4.148
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C4 -0.388 3.638
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F MET 52 CE -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ILE 67 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 68 O -0.389 3.229
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 160 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 CD1 -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 79 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CG2 -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 85 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 84 N3 -0.389 3.669
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C4 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 87 CG2 -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 41 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 45 CB -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 N3 -0.389 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 C1' -0.389 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 236 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 239 SD -0.389 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G MET 1 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PRO 4 CG -0.389 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 53 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 291 O -0.389 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 CB -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 C2 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 59 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CA -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 210 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O -0.389 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 50 C7 -0.389 4.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 113 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 ND2 -0.389 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 111 CG -0.389 3.419
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 N1 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 112 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 111 N1 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 7 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 40 CG2 -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 169 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 173 OE1 -0.389 3.229
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 N3 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 79 CA -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 349 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 158 CZ -0.389 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 126 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 36 CB -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 35 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 O -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 52 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 56 CA -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 119 N -0.389 3.049
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CB -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 CG -0.389 4.029
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 C -0.389 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 204 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 CD2 -0.389 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 297 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 294 C -0.389 3.459
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 79 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 OP2 -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C1' -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 C8 -0.389 3.789
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 OD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 83 OG1 -0.389 2.869
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 145 CA -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 C4 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 77 CB -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 37 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 38 CD1 -0.389 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 232 CA -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N2 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 63 CA -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 50 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 42 CZ -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 2 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 N3 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C8 -0.389 3.759
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 298 ND2 -0.389 3.909
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 N3 -0.389 3.639
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 192 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 190 C -0.389 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 125 CG2 -0.389 4.149
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CE -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 152 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 156 CD -0.389 3.689
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 108 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 C -0.389 3.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 90 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 73 CE2 -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 CG -0.390 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C5 -0.390 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 60 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 N6 -0.390 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 92 CB -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C4 -0.390 3.610
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 NZ -0.390 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 N -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 138 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 226 CB -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 CA -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 94 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CA -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 46 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 C4' -0.390 4.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 C2 -0.390 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 16 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 20 CB -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 129 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N1 -0.390 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 9 N -0.390 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 44 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 CD1 -0.390 4.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 217 O -0.390 3.230
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 7 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 10 CB -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C2 -0.390 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 55 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 CB -0.390 4.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 323 N -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ARG 34 CZ -0.390 3.880
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 11 OG -0.390 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C6 -0.390 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 CE1 -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 122 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 121 N9 -0.390 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C5 -0.390 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 25 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 26 C5' -0.390 4.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 66 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 CD2 -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 O -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 238 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 235 CA -0.390 4.150
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 71 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 88 CD -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 87 CA -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 85 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 82 CG1 -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 O4 -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 21 NH2 -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 311 CB -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 19 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 38 CD1 -0.390 4.030
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 106 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 109 NH1 -0.390 3.790
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 43 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 47 CB -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CZ -0.390 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 101 ND1 -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CA -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 157 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 N -0.390 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 23 CA -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 CB -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 18 NH2 -0.390 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 87 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 91 N -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 11 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 8 C -0.390 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 137 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 O2 -0.390 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CD1 -0.390 3.570
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 9 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 13 CG -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 100 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 101 O4' -0.390 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 70 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 69 N1 -0.390 3.670
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CE1 -0.390 3.910
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 356 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 357 OD1 -0.390 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 275 N -0.390 3.450
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 116 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 C6 -0.390 3.760
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 C -0.390 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C5 -0.390 3.640
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 193 C -0.390 3.420
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 266 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 OH -0.390 3.730
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 174 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 171 O -0.390 3.050
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 103 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 CA -0.390 3.690
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 221 O -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CG -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 147 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 151 N -0.391 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 74 C -0.391 3.421
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 172 CG -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 4 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N3 -0.391 3.451
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 71 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CB -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 125 N -0.391 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 97 OG -0.391 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 76 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 79 CA -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C6 -0.391 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 113 N -0.391 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C6 -0.391 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 272 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 275 CA -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 29 O -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 42 C2 -0.391 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 42 O -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J VAL 102 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 42 N -0.391 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 N2 -0.391 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 N1 -0.391 3.671
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 18 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 22 N -0.391 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CZ2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 C -0.391 3.761
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 90 CG2 -0.391 4.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 37 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 110 C6 -0.391 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 CA -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 300 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 297 CA -0.391 4.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 19 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 44 CB -0.391 4.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 N -0.391 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 50 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 53 CB -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ASP 86 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 73 CB -0.391 4.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 74 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 O -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 292 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 187 OD2 -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 100 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C5 -0.391 3.611
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 178 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 175 C -0.391 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 302 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 306 CA -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J HIS 114 NE2 -0.391 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 182 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 184 OG1 -0.391 2.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASN 65 O -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 150 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 341 CA -0.391 4.151
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 75 C6 -0.391 3.791
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 29 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 N -0.391 3.051
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 112 CA -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F PRO 81 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 84 CA -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 18 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 C1' -0.391 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 83 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 85 CG -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N3 -0.391 3.641
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 74 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 O -0.391 3.691
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 24 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 45 NH2 -0.391 3.911
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 25 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 97 CD1 -0.391 4.031
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C CYS 34 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 36 ND1 -0.391 3.401
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 17 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 20 N -0.391 3.091
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 60 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 N6 -0.392 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 CA -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 61 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 95 CA -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B TRP 259 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG2 -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 281 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 284 N -0.392 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 313 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 282 O -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 307 CA -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C5 -0.392 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 P cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 47 N -0.392 4.132
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 21 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 24 CA -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLU 54 CG -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 C4 -0.392 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 68 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 67 CD1 -0.392 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N4 -0.392 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 66 O -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 102 O -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 31 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 34 N -0.392 3.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 194 CB -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 247 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 250 CA -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5 -0.392 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C4 -0.392 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 294 CD2 -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 320 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D MET 324 CE -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 43 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C5' -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 15 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 16 O -0.392 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 201 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 208 CG -0.392 4.152
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 182 NZ -0.392 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 39 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 C -0.392 3.422
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 155 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 287 CE1 -0.392 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 78 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CA -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 23 CA -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 114 O -0.392 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ILE 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PHE 71 O -0.392 3.232
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 109 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 110 O4' -0.392 3.312
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D HIS 309 CA -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C4 -0.392 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 CG -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 43 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 47 CE -0.392 4.032
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 120 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 C4 -0.392 3.642
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 39 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 40 C5 -0.392 3.612
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 119 N -0.392 3.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 200 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 197 O -0.392 3.692
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 5 N -0.392 3.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 93 NH1 -0.392 3.052
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 N1 -0.392 3.792
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 143 N1 -0.393 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 10 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 14 CA -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 51 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 48 O -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 52 CD1 -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 CG -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LEU 91 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 88 O -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 116 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 O6 -0.393 3.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 48 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 52 CD1 -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CZ3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 27 O -0.393 3.573
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 63 N -0.393 3.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 O4 -0.393 3.423
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 43 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 C -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 122 CA -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 69 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 73 CG -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 N9 -0.393 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 123 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 25 N1 -0.393 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 303 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 CA -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 32 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C5 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 91 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CZ -0.393 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 232 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 229 O -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 114 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C6 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 100 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 CB -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 13 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C2 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 18 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 ND1 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 134 CA -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 44 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C4 -0.393 3.613
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 226 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 228 CG -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 55 O -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 124 CB -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 30 N9 -0.393 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 CE1 -0.393 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 173 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 202 CB -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 95 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 100 CG -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PRO 33 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 36 CA -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 123 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J MET 121 CB -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C4 -0.393 3.763
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 119 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 28 O4 -0.393 3.053
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 164 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 119 CD -0.393 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 46 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 OG1 -0.393 3.733
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CG -0.393 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 50 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 212 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 213 O -0.393 3.233
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 58 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 129 CD -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 24 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 N3 -0.393 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 72 O -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 302 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 328 CD1 -0.393 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 16 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 17 N3 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 N1 -0.393 3.673
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 34 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 36 CE1 -0.393 4.033
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 94 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 95 C4 -0.393 3.643
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 29 CA -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 9 C6 -0.393 3.793
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C MET 1 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 3 CG -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 116 CA -0.393 3.693
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 C7 -0.393 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 41 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 62 CD1 -0.393 3.913
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 70 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CB -0.393 4.153
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 64 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 67 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 1 C6 -0.394 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 239 O -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 114 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 57 SD -0.394 3.924
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 43 N -0.394 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 36 C5 -0.394 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 17 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F SER 20 CB -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 34 C5 -0.394 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 51 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 60 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 95 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C5 -0.394 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 238 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 242 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 78 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 94 CB -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 20 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 46 CB -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 N9 -0.394 3.794
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 90 N -0.394 3.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 O4 -0.394 3.054
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 319 CB -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C4 -0.394 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 135 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 296 CB -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 68 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 O -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C4 -0.394 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 191 CD1 -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C5 -0.394 3.614
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PRO 17 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLY 20 N -0.394 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C5 -0.394 3.884
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 140 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 139 N3 -0.394 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ILE 120 O -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 189 CB -0.394 3.734
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 136 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 157 CB -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 75 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E MET 52 CE -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 64 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C5' -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 154 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 158 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 170 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 174 CG -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 222 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 226 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 NE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 149 NE -0.394 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LYS 76 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 132 P -0.394 4.374
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J CYS 111 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 127 CG -0.394 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 76 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C2 -0.394 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 110 SG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 112 CD -0.394 4.044
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 55 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 184 CG -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 127 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N3 -0.394 3.674
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 72 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 75 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 113 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 CD2 -0.394 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 52 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 53 N3 -0.394 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 311 CG -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 295 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 305 CG -0.394 4.154
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 71 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 72 C5 -0.394 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 110 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I HIS 114 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 71 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 83 CD2 -0.394 4.034
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 74 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 75 C6 -0.394 3.764
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 73 O -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 N7 -0.394 3.914
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 21 C6 -0.394 3.644
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 279 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 282 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 58 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 62 CA -0.394 3.694
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B THR 224 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 228 CA -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 189 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 223 CB -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C1' -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 109 CD2 -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 25 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 30 CB -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 101 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C6 -0.395 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 28 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F VAL 50 CA -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 169 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 127 CG -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 93 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L HIS 76 C -0.395 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 CD2 -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 212 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 216 CD1 -0.395 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 12 N -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 106 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 N1 -0.395 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 141 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 138 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 12 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C2 -0.395 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASN 126 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 123 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 110 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PHE 106 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 91 C8 -0.395 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 6 N2 -0.395 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 44 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 82 O3' -0.395 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 143 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLY 147 N -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G PHE 71 O -0.395 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 15 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASN 13 O -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C4 -0.395 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L VAL 66 CG2 -0.395 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 98 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 99 C5 -0.395 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C5 -0.395 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 81 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 78 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 105 N1 -0.395 3.795
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 240 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 142 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 139 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 85 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 64 C2 -0.395 3.645
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I TYR 100 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K PHE 62 CB -0.395 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 75 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C VAL 79 CB -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 O6 -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 96 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 93 C -0.395 3.465
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 129 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 217 NH2 -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 99 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 98 C1' -0.395 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F THR 60 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 64 CA -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 81 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 102 C5' -0.395 3.735
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L SER 2 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 6 CB -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 20 N7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 19 N9 -0.395 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 321 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 292 C -0.395 3.885
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 143 O4 -0.395 3.235
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 257 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 261 CG -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 116 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 120 CD2 -0.395 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 129 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D THR 234 CA -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 11 N -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 89 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 P -0.395 3.955
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 232 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 151 CB -0.395 4.155
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 228 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 190 CB -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 114 N9 -0.395 3.675
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 307 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C HIS 304 O -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 92 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 93 C4 -0.395 3.615
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 12 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 13 C5 -0.395 3.765
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 76 OE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ALA 28 CA -0.395 3.695
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 282 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 286 N -0.395 3.055
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LYS 32 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 52 CD1 -0.395 4.035
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 37 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 61 OP1 -0.395 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 44 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 164 C -0.395 3.425
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 113 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 112 N3 -0.396 3.796
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 7 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 141 O4 -0.396 3.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E VAL 44 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 45 O -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 195 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 198 CA -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 4 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 C2 -0.396 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 268 CA -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J TYR 100 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CZ -0.396 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F GLY 29 O -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 40 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LYS 44 CE -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 107 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 41 O6 -0.396 3.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 94 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A CYS 87 CA -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 79 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ASP 86 OD2 -0.396 3.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 68 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 67 C2 -0.396 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 92 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 101 CE1 -0.396 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 22 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 23 C5 -0.396 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 105 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 39 CA -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 8 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L LEU 11 CB -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 32 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I SER 29 C -0.396 3.466
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 79 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F TYR 40 C -0.396 3.886
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 127 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 126 C1' -0.396 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 327 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 328 O -0.396 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLY 43 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 40 C -0.396 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 42 CB -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 229 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ASP 233 N -0.396 3.056
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 13 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 17 CB -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 70 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PRO 67 CB -0.396 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 98 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ASN 95 O -0.396 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 133 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A HIS 134 CD2 -0.396 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A PRO 115 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 119 OE1 -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 97 O -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H HIS 50 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASN 69 N -0.396 3.676
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASP 207 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 208 O -0.396 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 233 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 237 OG -0.396 3.736
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASN 322 ND2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 CB -0.396 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 130 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 109 CB -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASN 109 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 112 CA -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 197 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ASP 201 CB -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ALA 77 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K THR 74 O -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 137 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 225 CD2 -0.396 3.916
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C5' -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 185 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 186 O -0.396 3.236
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 11 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 10 C4 -0.396 3.616
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 274 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 269 CB -0.396 4.156
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CD2 -0.396 3.766
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 OP1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K LYS 80 C -0.396 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 310 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A VAL 314 CB -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 73 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ILE 70 O -0.396 3.696
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 48 NE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLN 25 CD -0.396 3.646
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CB -0.396 4.036
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TYR 262 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 377 OE2 -0.396 3.426
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 103 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 104 C2 -0.397 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 15 C7 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 14 C1' -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 250 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 254 CB -0.397 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L THR 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 61 C3' -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLN 199 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 202 OG -0.397 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 195 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 213 CB -0.397 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 107 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 106 C4 -0.397 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 77 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 78 N4 -0.397 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C4' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 29 CD -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 5 C6 -0.397 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 N -0.397 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 96 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 97 C5 -0.397 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 119 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 47 C -0.397 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 137 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 141 N -0.397 3.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 O4 -0.397 3.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 89 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 90 N6 -0.397 3.647
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 15 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 12 O -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H PRO 11 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 14 C -0.397 3.427
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E SER 19 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 22 CA -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 31 OP2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLY 29 CA -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLY 264 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 267 CA -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 27 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 121 C2 -0.397 3.577
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 20 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 42 CD2 -0.397 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLY 14 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 18 N -0.397 3.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 132 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 217 OE1 -0.397 3.237
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C2 -0.397 3.767
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 33 C5 -0.397 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 82 C4 -0.397 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 133 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLU 65 OE2 -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 48 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 49 C5 -0.397 3.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ALA 41 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 88 O -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 42 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N7 -0.397 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C5 -0.397 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 31 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 105 O5' -0.397 3.737
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ASP 107 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I CYS 111 CB -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ARG 41 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 C4' -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 135 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C5' -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 OG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L PHE 62 CE2 -0.397 3.617
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 290 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 15 NZ -0.397 3.917
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 98 OE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 62 N -0.397 3.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ALA 330 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 292 CA -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 121 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLN 124 CA -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLY 115 O -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ARG 54 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 58 CB -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 59 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 103 CD1 -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 261 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B GLU 285 C -0.397 3.887
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 33 C2' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 34 C5 -0.397 4.037
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 32 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 36 N -0.397 3.057
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 C5' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 46 CD -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 351 CE3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PRO 353 N -0.397 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 125 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ILE 51 CD1 -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PRO 122 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 54 CG -0.397 4.157
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 63 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A THR 64 O -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ILE 164 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 168 CB -0.397 3.697
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 53 N7 -0.397 3.797
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 206 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 209 CD1 -0.398 4.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 99 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LEU 103 CA -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D VAL 30 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TRP 32 CH2 -0.398 4.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 163 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 161 CE -0.398 4.038
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 315 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 312 O -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 23 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 22 C4 -0.398 3.428
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 84 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K TYR 89 CE1 -0.398 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 116 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 49 CD2 -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 251 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 254 CA -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 291 CD1 -0.398 4.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 73 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 74 C6 -0.398 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 31 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 32 C5 -0.398 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L TYR 89 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L MET 85 C -0.398 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 86 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 62 C2 -0.398 3.578
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A MET 325 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LEU 327 CG -0.398 4.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H THR 120 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H LYS 117 O -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LEU 258 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLY 262 N -0.398 3.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 102 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 103 C2 -0.398 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 86 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 89 N -0.398 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 43 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C TYR 204 OH -0.398 3.468
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I PHE 68 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LEU 93 C -0.398 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 51 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 52 N7 -0.398 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C5 -0.398 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 240 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 243 CB -0.398 4.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLN 20 O -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 84 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 86 N -0.398 3.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 38 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 37 C4 -0.398 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ALA 90 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L GLN 94 CB -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 O -0.398 3.698
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 126 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 125 C6 -0.398 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 144 N4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 3 N4 -0.398 3.678
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 8 N7 -0.398 3.648
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 97 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 96 C2 -0.398 3.768
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 57 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K VAL 61 N -0.398 3.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 45 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 46 C4 -0.398 3.618
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 11 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 10 N3 -0.398 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 24 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 57 CD -0.398 4.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLU 75 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I LYS 80 CE -0.398 4.158
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 145 N9 -0.398 3.798
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 94 CD1 -0.398 3.918
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 N6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 134 O4 -0.398 3.058
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I THR 23 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ARG 27 CA -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 167 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B SER 169 OG -0.399 2.879
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LYS 37 CD -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLN 305 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 308 CA -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A LYS 323 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 389 NH1 -0.399 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 269 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 CB -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C THR 63 OG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ASP 78 CA -0.399 3.739
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 82 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E LEU 86 CD2 -0.399 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 81 CE cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 48 CD -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 40 C4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 39 C4 -0.399 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 18 C3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 19 C8 -0.399 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E PRO 49 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ALA 53 CA -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLN 69 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ILE 90 CG2 -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F HIS 124 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 OP1 -0.399 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ASN 260 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B VAL 264 CB -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C GLU 120 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LYS 122 CG -0.399 3.889
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 147 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 146 N9 -0.399 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLN 96 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ARG 100 CB -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 146 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 147 C4 -0.399 3.619
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ILE 69 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A TRP 17 CE3 -0.399 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 101 NH1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 98 C -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ILE 12 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B HIS 240 CE1 -0.399 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LEU 61 CD2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLU 95 CA -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 273 C cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C SER 276 N -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 60 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 41 NH2 -0.399 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 12 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 33 CA -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 68 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 69 C2 -0.399 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 N1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 83 C4 -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ASP 91 CG cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F LEU 94 N -0.399 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 128 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 20 N4 -0.399 3.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 55 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 54 N3 -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A ARG 70 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ASP 72 OD2 -0.399 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J ALA 8 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J THR 12 CA -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 29 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 30 C4 -0.399 3.769
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E GLU 93 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 107 CB -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 93 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 92 N3 -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 15 O4 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 14 C6 -0.399 3.429
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G LEU 101 CD1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/L ARG 93 CD -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 195 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B ALA 192 O -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B PHE 119 CE2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B CYS 126 N -0.399 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C LEU 47 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PRO 65 CB -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G SER 56 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ARG 78 CD -0.399 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 44 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 43 N3 -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 136 C8 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 137 N7 -0.399 3.799
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D TYR 39 OH cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D LYS 38 NZ -0.399 3.099
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H MET 60 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H SER 57 CA -0.399 4.159
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ALA 115 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 112 O -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E HIS 83 CE1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/E ILE 80 CD1 -0.399 4.039
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I VAL 102 CG1 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K GLY 42 N -0.399 3.919
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 299 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B MET 303 CA -0.399 3.699
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D GLN 37 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D SER 40 N -0.399 3.059
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 78 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 70 N4 -0.399 3.649
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J PHE 68 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J SER 97 OG -0.400 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 131 C1' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 132 O4' -0.400 3.740
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/F ARG 33 CZ cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H GLU 36 CD -0.400 3.890
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D ARG 60 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/D PHE 57 CA -0.400 3.920
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 8 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 9 O4' -0.400 3.500
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 57 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 56 C1' -0.400 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 22 N cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 19 C -0.400 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 59 C6 -0.400 3.620
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G VAL 49 CG2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G HIS 50 CD2 -0.400 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G ALA 118 CB cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/G GLY 115 O -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 66 C5 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 65 C1' -0.400 4.040
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J GLY 13 CA cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/J LYS 10 O -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 113 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 35 O2 -0.400 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LEU 62 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/B LYS 65 CA -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/K ARG 40 CD cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I GLU 51 OE2 -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 26 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/I ALA 30 CA -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 86 N2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 63 N2 -0.400 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H TYR 38 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/H VAL 42 CB -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 2 C2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DA 1 N3 -0.400 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 117 N3 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 118 N1 -0.400 3.680
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DT 58 O2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 90 C2 -0.400 3.580
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 6 N9 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 7 C5 -0.400 3.650
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C ARG 180 NH2 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C PHE 189 O -0.400 3.060
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DT 58 O3' cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DA 59 O4' -0.400 3.320
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DG 145 O6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/N DC 144 N3 -0.400 3.460
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A SER 141 O cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/A GLU 145 CG -0.400 3.700
cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DG 83 C6 cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/M DC 84 N3 -0.400 3.650
17020 contacts
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> select #22/M:130@OP2
1 atom, 1 residue, 1 model selected
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> interfaces
2234 buried areas: #22/N #26/N 16546, #22/M #26/M 16480, #19/N #20/N 14242,
#19/M #20/M 14166, #2/N #1/N 13815, #22/N #21/N 13650, #21/N #26/N 13650, #2/M
#1/M 13614, #22/M #21/M 13392, #21/M #26/M 13392, #22/A #26/A 13103, #22/D
#26/D 12916, #22/C #26/C 11612, #19/A #20/A 10660, #19/D #20/D 10426, #22/B
#26/B 9879, #2/D #1/D 9815, #19/C #20/C 9784, #19/B #20/B 9396, #22/C #21/C
9179, #21/C #26/C 9179, #1/C #2/C 8913, #22/A #21/A 8295, #21/A #26/A 8295,
#2/N #1/M 8146, #2/A #1/A 7984, #2/B #1/B 7962, #20/N #19/M 7647, #21/N #22/M
7630, #21/N #26/M 7630, #2/D #22/A 6718, #2/D #26/A 6718, #1/N #1/M 6695,
#20/N #20/M 6688, #22/N #22/M 6678, #22/N #26/M 6678, #26/N #22/M 6678, #26/N
#26/M 6678, #19/N #19/M 6671, #21/N #21/M 6665, #2/N #2/M 6646, #22/J #26/J
6412, #22/I #26/I 6349, #2/D #21/A 6143, #21/B #26/B 6012, #22/B #21/B 6012,
#1/D #1/A 6011, #19/N #20/M 5939, #1/N #2/M 5878, #22/N #21/M 5815, #26/N
#21/M 5815, #1/D #2/C 5792, #22/H #26/H 5773, #2/D #21/C 5751, #22/E #26/E
5728, #22/G #26/G 5713, #22/F #26/F 5700, #1/D #2/A 5350, #22/A #21/C 5288,
#26/A #21/C 5288, #22/A #22/C 5231, #22/A #26/C 5231, #26/A #22/C 5231, #26/A
#26/C 5231, #22/D #21/B 5205, #26/D #21/B 5205, #19/D #2/M 5117, #2/E #1/E
5094, #19/A #20/C 5071, #19/G #20/G 5055, #19/H #20/H 4995, #19/C #19/A 4965,
#2/D #22/D 4910, #2/D #26/D 4910, #19/D #2/N 4898, #19/D #1/N 4889, #22/E
#21/E 4880, #21/E #26/E 4880, #21/A #22/C 4868, #21/A #26/C 4868, #19/E #20/E
4854, #2/F #1/F 4799, #20/A #20/C 4797, #19/F #20/F 4753, #1/A #2/C 4749,
#22/D #21/A 4707, #26/D #21/A 4707, #2/D #1/A 4702, #21/A #21/C 4677, #2/H
#1/H 4667, #22/K #26/K 4661, #22/L #26/L 4654, #2/G #1/G 4616, #2/A #2/C 4598,
#22/G #21/G 4587, #21/G #26/G 4587, #22/F #21/F 4578, #21/F #26/F 4578, #2/J
#1/J 4532, #19/D #1/M 4509, #22/H #21/H 4392, #21/H #26/H 4392, #19/C #20/A
4386, #20/I #19/I 4368, #22/I #21/I 4317, #21/I #26/I 4317, #2/I #1/I 4253,
#22/B #20/J 4213, #26/B #20/J 4213, #20/D #2/M 4183, #2/D #22/C 4097, #2/D
#26/C 4097, #21/K #26/K 4087, #22/K #21/K 4087, #20/J #19/J 4079, #22/J #21/J
4073, #21/J #26/J 4073, #20/D #1/N 4067, #2/D #19/C 4060, #2/D #20/C 4050,
#21/L #26/L 4032, #22/L #21/L 4032, #20/D #2/N 3897, #19/C #19/B 3859, #19/L
#20/L 3851, #19/K #20/K 3847, #1/D #22/A 3783, #1/D #26/A 3783, #2/A #21/E
3770, #1/D #20/C 3766, #19/M #22/B 3765, #19/M #26/B 3765, #21/D #26/D 3739,
#22/D #21/D 3739, #20/M #22/B 3728, #20/M #26/B 3728, #22/D #19/C 3714, #26/D
#19/C 3714, #2/A #22/E 3705, #2/A #26/E 3705, #2/L #1/L 3698, #21/B #2/I 3687,
#20/D #1/M 3682, #1/C #20/E 3667, #1/D #20/A 3659, #22/D #20/C 3645, #26/D
#20/C 3645, #22/D #2/I 3608, #26/D #2/I 3608, #2/K #1/K 3574, #1/D #19/A 3556,
#1/C #1/A 3554, #20/M #1/C 3528, #19/M #1/C 3523, #2/C #20/E 3518, #2/D #20/A
3516, #20/N #22/B 3483, #20/N #26/B 3483, #19/N #1/C 3468, #1/C #1/B 3447,
#20/N #1/C 3434, #1/C #19/E 3430, #1/D #19/C 3389, #21/N #19/B 3386, #22/N
#19/B 3376, #26/N #19/B 3376, #20/M #21/B 3372, #2/D #1/C 3344, #2/D #19/A
3326, #19/M #21/B 3282, #20/B #21/I 3282, #1/D #1/C 3279, #1/D #21/C 3258,
#19/C #20/B 3257, #1/A #22/E 3256, #1/A #26/E 3256, #1/D #21/A 3244, #2/C
#19/E 3241, #21/B #1/I 3220, #19/N #22/B 3191, #19/N #26/B 3191, #20/C #19/B
3190, #20/D #2/J 3189, #22/M #19/B 3188, #26/M #19/B 3188, #19/N #2/C 3178,
#19/M #2/C 3178, #22/D #19/J 3173, #26/D #19/J 3173, #1/C #2/A 3136, #20/N
#2/C 3135, #20/M #2/C 3133, #22/D #22/A 3126, #22/D #26/A 3126, #26/D #22/A
3126, #26/D #26/A 3126, #21/C #1/I 3123, #1/A #21/E 3117, #21/B #20/J 3117,
#1/D #20/G 3105, #19/D #22/N 3098, #19/D #26/N 3098, #21/D #2/I 3081, #20/B
#1/G 3078, #20/B #22/I 3040, #20/B #26/I 3040, #1/D #21/G 3026, #1/C #2/B
3022, #22/D #1/I 3003, #26/D #1/I 3003, #2/M #21/B 2998, #22/C #1/I 2988,
#26/C #1/I 2988, #19/D #22/M 2984, #19/D #26/M 2984, #2/C #2/B 2983, #21/M
#19/B 2974, #19/C #21/A 2942, #21/C #19/L 2933, #22/C #19/L 2885, #26/C #19/L
2885, #21/A #20/C 2857, #1/B #19/K 2826, #21/M #20/B 2814, #21/B #19/J 2813,
#19/B #22/I 2810, #19/B #26/I 2810, #1/D #22/G 2804, #1/D #26/G 2804, #19/B
#21/I 2801, #19/D #21/M 2801, #1/D #19/G 2794, #22/D #19/A 2768, #26/D #19/A
2768, #22/B #2/I 2757, #26/B #2/I 2757, #21/N #20/B 2750, #22/N #20/B 2745,
#26/N #20/B 2745, #22/M #20/B 2741, #26/M #20/B 2741, #2/B #20/F 2735, #20/N
#21/B 2730, #19/B #1/G 2727, #21/B #2/E 2713, #2/B #20/H 2705, #20/I #20/K
2702, #2/I #2/K 2691, #1/C #20/I 2688, #1/D #2/B 2687, #20/J #20/L 2682, #22/C
#20/L 2681, #26/C #20/L 2681, #20/D #1/J 2672, #19/D #2/L 2668, #19/J #20/L
2666, #2/J #2/L 2665, #19/N #21/B 2661, #22/D #20/A 2659, #26/D #20/A 2659,
#2/C #22/G 2657, #2/C #26/G 2657, #22/C #2/B 2655, #26/C #2/B 2655, #1/C #19/I
2642, #1/I #1/K 2639, #1/E #2/G 2635, #21/J #21/L 2633, #22/I #22/K 2627,
#22/I #26/K 2627, #26/I #22/K 2627, #26/I #26/K 2627, #2/B #19/F 2626, #21/C
#2/B 2626, #21/C #20/L 2624, #19/I #19/K 2623, #19/J #19/L 2621, #21/I #21/K
2618, #19/N #1/B 2617, #1/J #1/L 2613, #2/C #20/I 2612, #1/B #20/K 2611, #1/D
#22/C 2609, #1/D #26/C 2609, #20/B #2/G 2608, #22/J #22/L 2606, #22/J #26/L
2606, #26/J #22/L 2606, #26/J #26/L 2606, #19/I #20/K 2600, #1/B #21/L 2600,
#2/C #21/G 2600, #2/C #19/I 2592, #19/D #21/J 2591, #21/I #22/K 2580, #21/I
#26/K 2580, #20/K #21/L 2565, #19/E #20/G 2551, #19/F #19/H 2548, #20/I #19/K
2545, #22/E #22/G 2542, #22/E #26/G 2542, #26/E #22/G 2542, #26/E #26/G 2542,
#21/F #21/H 2542, #21/E #21/G 2541, #19/E #19/G 2540, #2/E #2/G 2539, #22/F
#22/H 2537, #22/F #26/H 2537, #26/F #22/H 2537, #26/F #26/H 2537, #2/F #2/H
2534, #1/E #1/G 2533, #1/M #21/B 2533, #20/D #22/M 2533, #20/D #26/M 2533,
#1/F #1/H 2532, #19/K #21/L 2526, #21/B #20/L 2524, #20/E #20/G 2523, #20/F
#20/H 2522, #21/D #22/B 2516, #21/D #26/B 2516, #21/A #2/B 2513, #20/N #1/B
2511, #22/J #21/L 2509, #26/J #21/L 2509, #20/M #1/B 2509, #22/E #21/G 2500,
#26/E #21/G 2500, #21/B #19/L 2493, #2/B #19/H 2482, #1/M #19/B 2479, #21/E
#22/G 2478, #21/E #26/G 2478, #20/D #21/J 2474, #20/F #19/H 2469, #22/D #21/C
2463, #26/D #21/C 2463, #19/K #22/L 2458, #19/K #26/L 2458, #21/B #1/E 2456,
#2/N #21/B 2455, #2/D #2/C 2445, #2/J #1/L 2443, #1/B #22/L 2442, #1/B #26/L
2442, #21/F #22/H 2436, #21/F #26/H 2436, #22/L #20/K 2434, #20/K #26/L 2434,
#2/F #1/H 2430, #22/D #2/K 2426, #26/D #2/K 2426, #22/C #21/B 2419, #26/C
#21/B 2419, #1/D #21/E 2417, #20/C #20/B 2407, #21/C #21/B 2407, #2/I #1/K
2403, #20/E #19/G 2400, #19/D #1/L 2396, #1/B #20/H 2392, #1/D #20/E 2391,
#19/M #1/B 2390, #1/N #21/B 2384, #1/N #19/B 2379, #19/D #21/D 2378, #22/I
#1/G 2363, #26/I #1/G 2363, #1/D #19/E 2341, #1/J #2/L 2340, #1/N #22/C 2339,
#1/N #26/C 2339, #20/D #19/A 2338, #19/D #21/N 2333, #2/E #1/G 2331, #19/N
#21/C 2323, #22/I #21/K 2314, #26/I #21/K 2314, #22/D #1/K 2313, #26/D #1/K
2313, #2/B #19/G 2311, #19/D #2/J 2293, #21/J #19/K 2288, #22/A #2/B 2281,
#26/A #2/B 2281, #20/J #19/L 2279, #1/M #21/C 2272, #20/B #2/E 2267, #21/J
#20/K 2267, #21/M #20/A 2263, #1/M #22/C 2260, #1/M #26/C 2260, #1/I #19/L
2250, #20/I #22/L 2243, #20/I #26/L 2243, #1/B #19/H 2242, #2/M #19/B 2236,
#19/A #19/B 2232, #1/D #1/B 2225, #19/B #2/G 2221, #1/N #21/A 2215, #1/D #22/E
2210, #1/D #26/E 2210, #20/B #1/E 2205, #22/J #19/K 2204, #26/J #19/K 2204,
#2/N #19/B 2194, #19/I #22/L 2192, #19/I #26/L 2192, #22/D #2/E 2192, #26/D
#2/E 2192, #19/D #1/J 2187, #2/A #20/E 2187, #22/I #2/G 2186, #26/I #2/G 2186,
#21/J #19/I 2184, #2/N #22/C 2178, #2/N #26/C 2178, #1/D #21/M 2173, #1/C
#20/G 2171, #2/D #20/N 2166, #2/M #21/C 2162, #2/B #20/G 2159, #1/I #2/K 2157,
#1/C #19/G 2155, #1/F #2/H 2154, #2/C #1/B 2146, #20/N #21/C 2144, #22/D #22/C
2144, #22/D #26/C 2144, #26/D #22/C 2144, #26/D #26/C 2144, #20/I #21/J 2139,
#22/J #20/K 2139, #26/J #20/K 2139, #21/A #20/L 2138, #20/D #22/N 2135, #20/D
#26/N 2135, #2/A #19/E 2132, #22/M #20/A 2127, #26/M #20/A 2127, #1/N #21/C
2125, #2/B #21/L 2118, #22/B #1/J 2109, #26/B #1/J 2109, #22/D #20/L 2108,
#26/D #20/L 2108, #22/J #19/I 2105, #26/J #19/I 2105, #22/D #19/L 2103, #26/D
#19/L 2103, #21/N #1/B 2102, #21/M #1/B 2101, #21/J #22/L 2099, #21/J #26/L
2099, #2/A #21/G 2086, #21/D #2/N 2078, #20/I #21/L 2078, #2/B #20/K 2075,
#2/D #2/A 2074, #2/N #21/C 2071, #2/M #22/C 2071, #2/M #26/C 2071, #22/N #20/M
2060, #26/N #20/M 2060, #19/I #21/L 2058, #22/M #20/C 2055, #26/M #20/C 2055,
#21/D #1/N 2052, #22/J #20/I 2049, #20/I #26/J 2049, #22/D #20/J 2048, #26/D
#20/J 2048, #20/D #21/M 2046, #21/N #20/A 2039, #20/N #22/H 2037, #20/N #26/H
2037, #19/N #22/H 2030, #19/N #26/H 2030, #21/D #2/K 2030, #22/M #1/B 2029,
#26/M #1/B 2029, #2/B #22/L 2027, #2/B #26/L 2027, #2/A #22/G 2027, #2/A #26/G
2027, #1/N #22/M 2026, #1/N #26/M 2026, #19/A #21/A 2022, #22/D #1/E 2021,
#26/D #1/E 2021, #22/N #1/B 2007, #26/N #1/B 2007, #21/N #20/M 2005, #1/C
#21/L 2002, #2/B #19/K 1995, #1/C #22/G 1979, #1/C #26/G 1979, #2/N #22/M
1975, #2/N #26/M 1975, #22/B #19/J 1973, #26/B #19/J 1973, #22/N #19/M 1968,
#26/N #19/M 1968, #21/A #19/L 1967, #2/C #21/L 1965, #2/C #20/G 1962, #1/D
#22/M 1961, #1/D #26/M 1961, #20/D #21/N 1957, #1/I #20/L 1954, #21/A #21/B
1952, #21/D #2/M 1951, #2/D #19/N 1950, #22/D #1/M 1943, #26/D #1/M 1943,
#19/B #2/E 1940, #21/M #20/C 1936, #1/C #21/G 1933, #21/D #1/M 1929, #22/N
#20/A 1926, #26/N #20/A 1926, #20/A #21/A 1922, #1/A #22/G 1920, #1/A #26/G
1920, #1/A #21/G 1915, #21/N #19/M 1912, #2/N #22/B 1910, #2/N #26/B 1910,
#19/M #2/I 1909, #1/C #22/L 1906, #1/C #26/L 1906, #22/F #21/H 1893, #26/F
#21/H 1893, #22/M #19/C 1892, #26/M #19/C 1892, #2/C #22/L 1889, #2/C #26/L
1889, #19/F #20/H 1887, #1/A #20/E 1887, #19/B #1/E 1876, #1/C #20/K 1876,
#1/B #20/F 1866, #19/D #22/J 1856, #19/D #26/J 1856, #20/A #19/B 1852, #22/N
#20/C 1841, #26/N #20/C 1841, #1/D #21/N 1840, #22/C #19/G 1839, #26/C #19/G
1839, #2/M #22/B 1835, #2/M #26/B 1835, #1/A #19/E 1832, #21/C #19/G 1832,
#22/B #1/I 1827, #26/B #1/I 1827, #2/D #2/B 1809, #2/D #20/G 1802, #22/B #2/J
1798, #26/B #2/J 1798, #2/C #19/G 1798, #1/M #22/B 1793, #1/M #26/B 1793, #1/N
#22/B 1788, #1/N #26/B 1788, #1/C #21/J 1787, #2/D #19/G 1786, #20/B #21/E
1783, #22/A #20/C 1767, #26/A #20/C 1767, #2/B #20/L 1767, #20/N #21/H 1766,
#2/C #21/J 1766, #1/B #19/G 1764, #2/I #19/J 1762, #20/A #1/A 1761, #20/N #1/I
1757, #19/N #1/I 1757, #2/A #19/I 1757, #22/D #19/B 1757, #26/D #19/B 1757,
#19/A #1/A 1744, #20/B #22/E 1742, #20/B #26/E 1742, #21/D #1/K 1734, #22/C
#20/G 1734, #26/C #20/G 1734, #1/A #19/I 1729, #21/I #1/G 1724, #21/C #20/G
1720, #2/C #20/K 1719, #20/N #21/F 1716, #1/J #19/F 1716, #1/B #20/I 1710,
#2/A #20/G 1709, #21/M #19/C 1709, #19/C #22/A 1708, #19/C #26/A 1708, #20/N
#22/F 1703, #20/N #26/F 1703, #19/N #21/H 1703, #1/C #19/K 1701, #21/N #1/M
1699, #21/M #2/G 1692, #2/A #20/I 1690, #22/B #19/F 1690, #26/B #19/F 1690,
#19/E #21/E 1689, #20/M #2/A 1687, #21/D #19/N 1686, #19/A #20/B 1685, #21/N
#2/G 1685, #21/C #22/B 1681, #21/C #26/B 1681, #22/D #2/N 1680, #26/D #2/N
1680, #21/N #1/G 1670, #19/M #1/I 1669, #1/A #20/I 1668, #2/N #21/A 1666, #1/B
#20/G 1666, #1/B #19/F 1662, #19/E #22/E 1662, #19/E #26/E 1662, #22/D #1/N
1661, #26/D #1/N 1661, #20/D #21/D 1660, #2/N #21/M 1659, #20/B #22/K 1658,
#20/B #26/K 1658, #19/M #21/C 1653, #21/N #20/C 1649, #2/B #19/I 1642, #2/B
#20/I 1642, #1/D #22/N 1642, #1/D #26/N 1642, #22/M #2/G 1641, #26/M #2/G
1641, #2/D #19/E 1639, #22/A #1/B 1638, #26/A #1/B 1638, #20/A #21/G 1637,
#2/C #21/E 1636, #2/C #22/E 1634, #2/C #26/E 1634, #21/I #2/G 1632, #21/M #1/G
1632, #19/N #22/C 1632, #19/N #26/C 1632, #1/N #21/M 1628, #22/D #22/B 1627,
#22/D #26/B 1627, #26/D #22/B 1627, #26/D #26/B 1627, #19/N #21/F 1626, #21/D
#1/I 1624, #19/M #2/A 1623, #2/C #19/K 1619, #2/D #20/L 1619, #21/C #20/H
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#21/I 349, #21/N #21/L 348, #21/D #22/N 348, #21/D #26/N 348, #1/I #20/G 347,
#19/D #21/L 347, #20/D #21/F 346, #22/H #21/L 346, #26/H #21/L 346, #22/I #1/F
346, #26/I #1/F 346, #19/N #20/L 346, #20/M #19/F 346, #2/J #21/F 346, #21/F
#22/L 342, #21/F #26/L 342, #2/M #19/L 342, #19/I #21/E 341, #1/N #2/K 340,
#21/N #2/C 340, #19/C #21/B 339, #22/H #20/K 337, #26/H #20/K 337, #19/M #22/G
337, #19/M #26/G 337, #19/F #1/F 335, #1/N #2/L 334, #20/I #22/G 334, #20/I
#26/G 334, #2/A #21/B 334, #20/N #20/B 333, #2/N #1/F 333, #19/H #20/L 331,
#2/D #22/B 330, #2/D #26/B 330, #2/D #21/M 329, #20/D #1/F 328, #1/D #22/J
328, #1/D #26/J 328, #22/F #2/H 328, #26/F #2/H 328, #19/I #22/G 328, #19/I
#26/G 328, #19/I #2/F 327, #20/M #21/G 327, #2/D #21/G 326, #1/D #20/L 324,
#22/C #1/K 322, #26/C #1/K 322, #19/B #21/B 320, #21/G #21/K 319, #22/C #20/C
319, #20/C #26/C 319, #1/A #21/B 319, #20/J #1/F 318, #19/G #19/K 318, #22/G
#22/K 317, #22/G #26/K 317, #26/G #22/K 317, #26/G #26/K 317, #21/H #21/L 317,
#20/M #1/E 315, #2/D #22/N 313, #2/D #26/N 313, #19/N #1/H 313, #22/J #21/F
313, #26/J #21/F 313, #22/E #21/K 313, #26/E #21/K 313, #22/H #22/L 311, #22/H
#26/L 311, #26/H #22/L 311, #26/H #26/L 311, #21/B #20/H 309, #2/M #22/J 309,
#2/M #26/J 309, #20/D #19/B 308, #21/M #21/K 308, #20/G #20/K 308, #19/N #20/B
308, #22/M #19/J 308, #26/M #19/J 308, #20/M #2/E 306, #20/F #19/L 304, #20/J
#22/L 304, #20/J #26/L 304, #20/H #20/L 304, #19/C #22/C 304, #19/C #26/C 304,
#22/A #22/B 303, #22/A #26/B 303, #26/A #22/B 303, #26/A #26/B 303, #2/M #1/H
302, #21/A #1/E 300
> hide #24 models
> hide #31 models
> show #24 models
> hide #24 models
> show #26 models
> select add #19
25436 atoms, 26498 bonds, 2819 residues, 1 model selected
> select subtract #19
Nothing selected
> show #1 models
> show /all
> show /a,b,c,d,e,f,g,h,i,j,k,l,m,n
> interfaces /1
No atoms specified
> interfaces /1C
No atoms specified
> interfaces /1C
No atoms specified
> interfaces #/1C
Expected an atoms specifier or a keyword
> interfaces #1/C
0 buried areas:
> interfaces #1/C
0 buried areas:
> interfaces #1/A,B,C
3 buried areas: C A 3554, C B 3447, A B 785
> interfaces #1/A,B,C,D
6 buried areas: D A 6011, C A 3554, C B 3447, D C 3279, D B 2225, A B 785
> colour /A lightblue
> colour /B orange
> colour /C purple
> colour /D green
> colour /E,F,G,H,I,J dark blue
> colour /E,F,G,H,I,J,K,L dark blue
> colour /M,N darkgrey
> view orient
> hide #22 models
> hide #1 models
> select /E,F,G,H,K,L
38766 atoms, 39256 bonds, 3272 pseudobonds, 5026 residues, 8 models selected
> ui tool show "Color Actions"
> color sel light sea green
> color sel blue
> color sel cornflower blue
> select /I,J
15128 atoms, 15324 bonds, 1037 pseudobonds, 1904 residues, 8 models selected
> select /b
17535 atoms, 17871 bonds, 1425 pseudobonds, 2261 residues, 8 models selected
> ui tool show "Color Actions"
> color sel orange
> color sel maroon
> color sel tomato
> color sel sandy brown
> color sel dark orange
> color sel saddle brown
> color sel yellow green
> color sel sienna
> color sel olive
> color sel papaya whip
> color sel plum
> color sel light cyan
> color sel thistle
> color sel pink
> color sel lavender
> color sel thistle
> color sel light steel blue
> color sel thistle
> color sel medium purple
> color sel pale violet red
> color sel plum
> color sel pink
> color sel plum
> select /d
25669 atoms, 26239 bonds, 1748 pseudobonds, 3351 residues, 8 models selected
> color sel dark sea green
> color sel forest green
> color sel medium sea green
> color sel olive drab
> color sel sea green
> color sel forest green
> color sel green
> color sel chartreuse
> color sel lawn green
> color sel lime
> color sel green
> color sel chartreuse
> color sel lawn green
> color sel spring green
> color sel lime green
> color sel forest green
> select /a
18431 atoms, 18725 bonds, 1195 pseudobonds, 2352 residues, 8 models selected
> color sel deep sky blue
> color sel royal blue
> color sel turquoise
> color sel medium turquoise
> color sel pale turquoise
> color sel light steel blue
> color sel light cyan
> color sel light sky blue
> color sel sky blue
> select /i,j
15128 atoms, 15324 bonds, 1037 pseudobonds, 1904 residues, 8 models selected
> color sel cornflower blue
> select /a
18431 atoms, 18725 bonds, 1195 pseudobonds, 2352 residues, 8 models selected
> color sel dark turquoise
> color sel dark cyan
> color sel cadet blue
> color sel medium slate blue
> color sel light cyan
> color sel lavender
> color sel light steel blue
> color sel light sky blue
> color sel sky blue
> color sel powder blue
> color sel light steel blue
> select /b
17535 atoms, 17871 bonds, 1425 pseudobonds, 2261 residues, 8 models selected
> select /c
18220 atoms, 18616 bonds, 1367 pseudobonds, 2318 residues, 8 models selected
> color sel orchid
> color sel blue violet
> color sel rebecca purple
> color sel medium slate blue
> color sel medium purple
> select /none
Nothing selected
> select /b
17535 atoms, 17871 bonds, 1425 pseudobonds, 2261 residues, 8 models selected
> color sel pink
> color sel hot pink
> color sel medium violet red
> color sel pale violet red
> color sel thistle
> color sel hot pink
> color sel magenta
> color sel hot pink
> color sel orchid
> select /none
Nothing selected
> interfaces /A
21 buried areas: #22/A #26/A 13103, #19/A #20/A 10660, #22/A #21/A 8295, #21/A
#26/A 8295, #2/A #1/A 7984, #19/A #21/A 2022, #20/A #21/A 1922, #20/A #1/A
1761, #19/A #1/A 1744, #22/A #20/A 1333, #20/A #26/A 1333, #22/A #1/A 1289,
#1/A #26/A 1289, #19/A #22/A 1121, #19/A #26/A 1121, #22/A #2/A 1096, #2/A
#26/A 1096, #19/A #2/A 1086, #20/A #2/A 1075, #21/A #1/A 1005, #21/A #2/A 929
> interfaces /#1A
Expected an atoms specifier or a keyword
> interfaces /#1 a
Expected an atoms specifier or a keyword
> interfaces #1/A
0 buried areas:
> interfaces #1/B
0 buried areas:
> interfaces #26/B
0 buried areas:
> interfaces #26/A
0 buried areas:
> interfaces #26/B
0 buried areas:
> interfaces #26/C
0 buried areas:
> interfaces #26
41 buried areas: N M 6678, A C 5231, D A 3126, I K 2627, J L 2606, E G 2542, F
H 2537, D C 2144, D B 1627, C B 1544, M I 897, N I 827, M J 782, N J 768, N E
716, I E 695, J F 691, I J 676, D E 660, M H 633, M E 617, M F 611, N G 599, N
F 589, D I 580, H K 507, G L 506, N K 504, M L 486, B J 466, M G 455, A E 442,
N H 431, M K 430, E K 425, F L 424, N L 371, D N 357, G K 317, H L 311, A B
303
> toolshed show
> ui tool show "Crystal Contacts"
> rrdist /1
Unknown command: rrdist /1
> rrdist /#1
Unknown command: rrdist /#1
> ramachandran
Unknown command: ramachandran
> hide #26 models
> show #22 models
> hide #22 models
> show #21 models
> hide #21 models
> show #22 models
> hide #22 models
> show #21 models
> hide #21 models
> show #22 models
> view orient
> mousemode leftMode "label or arrow"
Traceback (most recent call last):
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 188, in _update_label_text
self._run_command(f'2dlabel {self._label_spec} text {text}')
^^^^^^^^^^^^^^^^
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)
^^^^^^^^^^^^^^^^^^^^^^
AttributeError: 'NoneType' object has no attribute 'atomspec'
AttributeError: 'NoneType' object has no attribute 'atomspec'
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)
^^^^^^^^^^^^^^^^^^^^^^
See log for complete Python traceback.
Traceback (most recent call last):
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 188, in _update_label_text
self._run_command(f'2dlabel {self._label_spec} text {text}')
^^^^^^^^^^^^^^^^
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)
^^^^^^^^^^^^^^^^^^^^^^
AttributeError: 'NoneType' object has no attribute 'atomspec'
AttributeError: 'NoneType' object has no attribute 'atomspec'
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)
^^^^^^^^^^^^^^^^^^^^^^
See log for complete Python traceback.
Traceback (most recent call last):
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 188, in _update_label_text
self._run_command(f'2dlabel {self._label_spec} text {text}')
^^^^^^^^^^^^^^^^
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)
^^^^^^^^^^^^^^^^^^^^^^
AttributeError: 'NoneType' object has no attribute 'atomspec'
AttributeError: 'NoneType' object has no attribute 'atomspec'
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)
^^^^^^^^^^^^^^^^^^^^^^
See log for complete Python traceback.
Failed to send bug report. Bug report server www.rbvi.ucsf.edu is unavailable
OpenGL version: 4.1 Metal - 90.5
OpenGL renderer: Apple M3
OpenGL vendor: Apple
Python: 3.11.9
Locale: en_US.UTF-8
Qt version: PyQt6 6.9.1, Qt 6.9.0
Qt runtime version: 6.9.2
Qt platform: cocoa
Hardware:
Hardware Overview:
Model Name: MacBook Pro
Model Identifier: Mac15,3
Model Number: MTL83B/A
Chip: Apple M3
Total Number of Cores: 8 (4 Performance and 4 Efficiency)
Memory: 8 GB
System Firmware Version: 18000.101.7
OS Loader Version: 18000.101.7
Software:
System Software Overview:
System Version: macOS 26.4.1 (25E253)
Kernel Version: Darwin 25.4.0
Time since boot: 7 days, 5 hours, 28 minutes
Graphics/Displays:
Apple M3:
Chipset Model: Apple M3
Type: GPU
Bus: Built-In
Total Number of Cores: 10
Vendor: Apple (0x106b)
Metal Support: Metal 4
Displays:
Color LCD:
Display Type: Built-in Liquid Retina XDR Display
Resolution: 3024 x 1964 Retina
Main Display: Yes
Mirror: Off
Online: Yes
Automatically Adjust Brightness: Yes
Connection Type: Internal
Installed Packages:
aiohappyeyeballs: 2.6.1
aiohttp: 3.13.1
aiosignal: 1.4.0
alabaster: 1.0.0
annotated-types: 0.7.0
anyio: 4.12.1
appdirs: 1.4.4
appnope: 0.1.4
asttokens: 3.0.1
attrs: 25.4.0
babel: 2.17.0
beautifulsoup4: 4.13.5
blockdiag: 3.0.0
blosc2: 3.12.2
build: 1.3.0
certifi: 2025.7.14
cftime: 1.6.5
charset-normalizer: 3.4.4
ChimeraX-AddCharge: 1.5.20
ChimeraX-AddH: 2.2.8
ChimeraX-AlignmentAlgorithms: 2.0.2
ChimeraX-AlignmentHdrs: 3.6.1
ChimeraX-AlignmentMatrices: 2.1
ChimeraX-Alignments: 3.1.1
ChimeraX-AlphaFold: 1.0.1
ChimeraX-AltlocExplorer: 1.2
ChimeraX-AmberInfo: 1.0
ChimeraX-Animations: 1.0
ChimeraX-Aniso: 1.3.2
ChimeraX-Arrays: 1.1
ChimeraX-Atomic: 1.61.4
ChimeraX-AtomicLibrary: 14.2.1
ChimeraX-AtomSearch: 2.0.1
ChimeraX-AxesPlanes: 2.4
ChimeraX-BasicActions: 1.1.3
ChimeraX-BILD: 1.0
ChimeraX-BlastProtein: 3.0.0
ChimeraX-Boltz: 1.1
ChimeraX-BondRot: 2.0.4
ChimeraX-BugReporter: 1.0.2
ChimeraX-BuildStructure: 2.13.1
ChimeraX-Bumps: 1.0
ChimeraX-BundleBuilder: 1.6.0
ChimeraX-ButtonPanel: 1.0.1
ChimeraX-CageBuilder: 1.0.1
ChimeraX-CellPack: 1.0
ChimeraX-Centroids: 1.4
ChimeraX-ChangeChains: 1.1
ChimeraX-CheckWaters: 1.5
ChimeraX-ChemGroup: 2.0.2
ChimeraX-Clashes: 2.3
ChimeraX-ColorActions: 1.0.5
ChimeraX-ColorGlobe: 1.0
ChimeraX-ColorKey: 1.5.8
ChimeraX-CommandLine: 1.3.0
ChimeraX-ConnectStructure: 2.0.1
ChimeraX-Contacts: 1.0.1
ChimeraX-Core: 1.11.1
ChimeraX-CoreFormats: 1.2
ChimeraX-coulombic: 1.4.5
ChimeraX-Crosslinks: 1.0
ChimeraX-Crystal: 1.0
ChimeraX-CrystalContacts: 1.0.1
ChimeraX-DataFormats: 1.2.4
ChimeraX-Dicom: 1.2.7
ChimeraX-DistMonitor: 1.4.2
ChimeraX-DockPrep: 1.1.4
ChimeraX-Dssp: 2.0
ChimeraX-EMDB-SFF: 1.0
ChimeraX-ESMFold: 1.0
ChimeraX-FileHistory: 1.0.1
ChimeraX-FunctionKey: 1.0.1
ChimeraX-Geometry: 1.3
ChimeraX-gltf: 1.0
ChimeraX-Graphics: 1.4.1
ChimeraX-Hbonds: 2.5.3
ChimeraX-Help: 1.3
ChimeraX-HKCage: 1.3
ChimeraX-IHM: 1.1
ChimeraX-ImageFormats: 1.2
ChimeraX-IMOD: 1.0
ChimeraX-IO: 1.0.4
ChimeraX-ItemsInspection: 1.0.1
ChimeraX-IUPAC: 1.0
ChimeraX-KVFinder: 1.7.3
ChimeraX-Label: 1.2
ChimeraX-ListInfo: 1.2.2
ChimeraX-Log: 1.2.2
ChimeraX-LookingGlass: 1.1
ChimeraX-Maestro: 1.9.2
ChimeraX-Map: 1.3
ChimeraX-MapData: 2.0
ChimeraX-MapEraser: 1.0.1
ChimeraX-MapFilter: 2.0.1
ChimeraX-MapFit: 2.0
ChimeraX-MapSeries: 2.1.1
ChimeraX-Markers: 1.0.1
ChimeraX-Mask: 1.0.2
ChimeraX-MatchMaker: 2.2.2
ChimeraX-MCopy: 1.0
ChimeraX-MCPServer: 0.1.0
ChimeraX-MDcrds: 2.17.2
ChimeraX-MedicalToolbar: 1.1
ChimeraX-Meeting: 1.0.1
ChimeraX-Minimize: 1.3.2
ChimeraX-MLP: 1.1.1
ChimeraX-mmCIF: 2.16
ChimeraX-MMTF: 2.2
ChimeraX-ModelArchive: 1.0
ChimeraX-Modeller: 1.5.22
ChimeraX-ModelPanel: 1.6
ChimeraX-ModelSeries: 1.0.1
ChimeraX-Mol2: 2.0.3
ChimeraX-Mole: 1.0
ChimeraX-Morph: 1.0.2
ChimeraX-MouseModes: 1.2
ChimeraX-Movie: 1.0.1
ChimeraX-MutationScores: 1.0
ChimeraX-Neuron: 1.0
ChimeraX-Nifti: 1.2
ChimeraX-NMRSTAR: 1.0.2
ChimeraX-NRRD: 1.2
ChimeraX-Nucleotides: 2.0.3
ChimeraX-OpenCommand: 1.15.2
ChimeraX-OrthoPick: 1.0.1
ChimeraX-PDB: 2.7.12
ChimeraX-PDBBio: 1.0.1
ChimeraX-PDBLibrary: 1.0.5
ChimeraX-PDBMatrices: 1.0
ChimeraX-PickBlobs: 1.0.1
ChimeraX-Positions: 1.0
ChimeraX-PresetMgr: 1.1.4
ChimeraX-ProfileGrids: 1.4.2
ChimeraX-PubChem: 2.2
ChimeraX-ReadPbonds: 1.0.1
ChimeraX-Registration: 1.1.2
ChimeraX-RemoteControl: 1.0
ChimeraX-RenderByAttr: 1.6.5
ChimeraX-RenumberResidues: 1.1
ChimeraX-ResidueFit: 1.0.1
ChimeraX-RestServer: 1.3.3
ChimeraX-RNALayout: 1.0
ChimeraX-RotamerLibMgr: 4.0
ChimeraX-RotamerLibsDunbrack: 2.0
ChimeraX-RotamerLibsDynameomics: 2.0
ChimeraX-RotamerLibsRichardson: 2.0
ChimeraX-SaveCommand: 1.5.2
ChimeraX-Scenes: 0.3.1
ChimeraX-SchemeMgr: 1.0
ChimeraX-SDF: 2.0.3
ChimeraX-Segger: 1.0
ChimeraX-Segment: 1.0.1
ChimeraX-Segmentations: 3.5.10
ChimeraX-SelInspector: 1.0
ChimeraX-SeqView: 2.17.3
ChimeraX-Shape: 1.1
ChimeraX-Shell: 1.0.1
ChimeraX-Shortcuts: 1.2.1
ChimeraX-ShowSequences: 1.0.3
ChimeraX-SideView: 1.0.1
ChimeraX-SimilarStructures: 1.0.1
ChimeraX-Smiles: 2.1.2
ChimeraX-SmoothLines: 1.0
ChimeraX-SpaceNavigator: 1.0
ChimeraX-StdCommands: 1.19.1
ChimeraX-STL: 1.0.1
ChimeraX-Storm: 1.0
ChimeraX-StructMeasure: 1.2.1
ChimeraX-Struts: 1.0.1
ChimeraX-Surface: 1.0.1
ChimeraX-SwapAA: 2.0.1
ChimeraX-SwapRes: 2.5.2
ChimeraX-TapeMeasure: 1.0
ChimeraX-TaskManager: 1.0
ChimeraX-Test: 1.0
ChimeraX-Toolbar: 1.2.3
ChimeraX-ToolshedUtils: 1.2.4
ChimeraX-Topography: 1.0
ChimeraX-ToQuest: 1.0
ChimeraX-Tug: 1.0.1
ChimeraX-UI: 1.49.1
ChimeraX-Umap: 1.0
ChimeraX-uniprot: 2.3.2
ChimeraX-UnitCell: 1.0.1
ChimeraX-ViewDock: 1.5.2
ChimeraX-VIPERdb: 1.0
ChimeraX-Vive: 1.1
ChimeraX-VolumeMenu: 1.0.1
ChimeraX-vrml: 1.0
ChimeraX-VTK: 1.0
ChimeraX-WavefrontOBJ: 1.0
ChimeraX-WebCam: 1.0.2
ChimeraX-WebServices: 1.1.5
ChimeraX-Zone: 1.0.1
click: 8.3.1
colorama: 0.4.6
comm: 0.2.3
contourpy: 1.3.3
coverage: 7.13.1
cxservices: 1.2.3
cycler: 0.12.1
Cython: 3.1.4
debugpy: 1.8.19
decorator: 5.2.1
docutils: 0.21.2
executing: 2.2.1
filelock: 3.19.1
fonttools: 4.61.1
frozenlist: 1.8.0
funcparserlib: 2.0.0a0
glfw: 2.10.0
grako: 3.16.5
h11: 0.16.0
h5py: 3.15.1
html2text: 2025.4.15
httpcore: 1.0.9
httpx: 0.28.1
httpx-sse: 0.4.3
idna: 3.11
ihm: 2.2
imagecodecs: 2024.6.1
imagesize: 1.4.1
iniconfig: 2.3.0
ipykernel: 6.30.1
ipython: 9.5.0
ipython_pygments_lexers: 1.1.1
ipywidgets: 8.1.8
jedi: 0.19.2
Jinja2: 3.1.6
jsonschema: 4.26.0
jsonschema-specifications: 2025.9.1
jupyter_client: 8.6.3
jupyter_core: 5.9.1
jupyterlab_widgets: 3.0.16
kiwisolver: 1.4.9
line_profiler: 5.0.0
lxml: 6.0.2
lz4: 4.3.2
Markdown: 3.8.2
MarkupSafe: 3.0.3
matplotlib: 3.10.7
matplotlib-inline: 0.2.1
mcp: 1.18.0
msgpack: 1.1.1
multidict: 6.7.0
ndindex: 1.10.1
nest-asyncio: 1.6.0
netCDF4: 1.6.5
networkx: 3.3
nibabel: 5.2.0
nptyping: 2.5.0
numexpr: 2.14.1
numpy: 1.26.4
OpenMM: 8.2.0
openvr: 1.26.701
packaging: 25.0
ParmEd: 4.2.2
parso: 0.8.5
pep517: 0.13.1
pexpect: 4.9.0
pickleshare: 0.7.5
pillow: 11.3.0
pip: 25.2
pkginfo: 1.12.1.2
platformdirs: 4.5.1
pluggy: 1.6.0
prompt_toolkit: 3.0.52
propcache: 0.4.1
psutil: 7.0.0
ptyprocess: 0.7.0
pure_eval: 0.2.3
py-cpuinfo: 9.0.0
pybind11: 3.0.1
pycollada: 0.8
pydantic: 2.12.5
pydantic-settings: 2.12.0
pydantic_core: 2.41.5
pydicom: 2.4.4
Pygments: 2.18.0
pynmrstar: 3.3.6
pynrrd: 1.0.0
PyOpenGL: 3.1.10
PyOpenGL-accelerate: 3.1.10
pyopenxr: 1.1.4501
pyparsing: 3.3.2
pyproject_hooks: 1.2.0
PyQt6-commercial: 6.9.1
PyQt6-Qt6: 6.9.2
PyQt6-WebEngine-commercial: 6.9.0
PyQt6-WebEngine-Qt6: 6.9.2
PyQt6_sip: 13.10.2
pytest: 9.0.2
pytest-cov: 7.0.0
python-dateutil: 2.9.0.post0
python-dotenv: 1.2.1
python-multipart: 0.0.21
pyzmq: 27.1.0
qtconsole: 5.7.0
QtPy: 2.4.3
qtshim: 1.2
RandomWords: 0.4.0
referencing: 0.37.0
requests: 2.32.5
roman-numerals: 4.1.0
roman-numerals-py: 4.1.0
rpds-py: 0.30.0
scipy: 1.14.0
setuptools: 80.9.0
sfftk-rw: 0.8.1
six: 1.17.0
snowballstemmer: 3.0.1
sortedcontainers: 2.4.0
soupsieve: 2.8.3
Sphinx: 8.2.3
sphinx-autodoc-typehints: 3.2.0
sphinxcontrib-applehelp: 2.0.0
sphinxcontrib-blockdiag: 3.0.0
sphinxcontrib-devhelp: 2.0.0
sphinxcontrib-htmlhelp: 2.1.0
sphinxcontrib-jsmath: 1.0.1
sphinxcontrib-qthelp: 2.0.0
sphinxcontrib-serializinghtml: 2.0.0
sse-starlette: 3.2.0
stack-data: 0.6.3
starlette: 0.52.1
superqt: 0.7.6
tables: 3.10.2
tcia_utils: 1.5.1
tifffile: 2025.3.13
tinyarray: 1.2.5
tornado: 6.5.4
traitlets: 5.14.3
typing-inspection: 0.4.2
typing_extensions: 4.15.0
urllib3: 2.6.3
uvicorn: 0.40.0
wcwidth: 0.3.2
webcolors: 24.11.1
wheel: 0.45.1
wheel-filename: 1.4.2
widgetsnbextension: 4.0.15
yarl: 1.22.0
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