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Opened 5 years ago
Closed 5 years ago
#4189 closed defect (duplicate)
Blast results problem
| Reported by: | Owned by: | Eric Pettersen | |
|---|---|---|---|
| Priority: | normal | Milestone: | |
| Component: | Sequence | Version: | |
| Keywords: | Cc: | ||
| Blocked By: | Blocking: | ||
| Notify when closed: | Platform: | all | |
| Project: | ChimeraX |
Description
The following bug report has been submitted:
Platform: Linux-5.4.0-58-generic-x86_64-with-debian-buster-sid
ChimeraX Version: 1.1 (2020-09-09 22:22:27 UTC)
Description
bastprotein command seems not working, nor with atomic structure chains and sequences either
Log:
UCSF ChimeraX version: 1.1 (2020-09-09)
© 2016-2020 Regents of the University of California. All rights reserved.
How to cite UCSF ChimeraX
> open
> /home/marta/OLD/marta/ScipionUserData/projects/TestChimeraModellerSearch/Runs/000944_ChimeraModelFromTemplate/tmp/axis_input.bild
Opened BILD data containing 6 objects
> cofr 0,0,0
> open
> /home/marta/OLD/marta/ScipionUserData/projects/TestChimeraModellerSearch/Runs/000944_ChimeraModelFromTemplate/extra/aligned_1.fasta
Summary of feedback from opening
/home/marta/OLD/marta/ScipionUserData/projects/TestChimeraModellerSearch/Runs/000944_ChimeraModelFromTemplate/extra/aligned_1.fasta
---
note | Alignment identifier is aligned_1.fasta
Opened 1 sequences from aligned_1.fasta
> open 5ni1
5ni1 title:
CryoEM structure of haemoglobin at 3.2 A determined with the Volta phase plate
[more info...]
Chain information for 5ni1 #2
---
Chain | Description
A C | Hemoglobin subunit α
B D | Hemoglobin subunit β
Non-standard residues in 5ni1 #2
---
HEM — protoporphyrin IX containing Fe (HEME)
> blastprotein #2/A database pdb matrix BLOSUM62 cutoff 0.001 maxSeqs 100 log
> true
Web Service: BlastProtein2 is a Python wrapper that calls blastp to search nr
or pdb for sequences similar to the given protein sequence
Opal service URL:
http://webservices.rbvi.ucsf.edu/opal2/services/BlastProtein2Service
Opal job id: appBlastProtein2Service16119133345711037463771
Opal status URL prefix:
http://webservices.rbvi.ucsf.edu/appBlastProtein2Service16119133345711037463771
stdout.txt = standard output
stderr.txt = standard error
BlastProtein finished.
BLAST results for:
chain: #2/A
database: pdb
cutoff: 0.001
maxSeqs: 100
matrix: BLOSUM62
query 0.0e+00 0.0 user_input
A 3.9e-100 284 Hemoglobin (Val Beta1 Met, Trp Beta37 Tyr) Mutant [Homo
sapiens]
C 3.9e-100 284 Hemoglobin (Val Beta1 Met, Trp Beta37 Tyr) Mutant [Homo
sapiens]
A 3.9e-100 284 Hemoglobin (Val Beta1 Met, Trp Beta37 Ala) Mutant [Homo
sapiens]
C 3.9e-100 284 Hemoglobin (Val Beta1 Met, Trp Beta37 Ala) Mutant [Homo
sapiens]
A 3.9e-100 284 Hemoglobin (Val Beta1 Met) Mutant [Homo sapiens]
C 3.9e-100 284 Hemoglobin (Val Beta1 Met) Mutant [Homo sapiens]
A 3.9e-100 284 Hemoglobin (Val Beta1 Met) Mutant [Homo sapiens]
C 3.9e-100 284 Hemoglobin (Val Beta1 Met) Mutant [Homo sapiens]
A 3.9e-100 284 Deoxy Human Hemoglobin [Homo sapiens]
C 3.9e-100 284 Deoxy Human Hemoglobin [Homo sapiens]
A 3.9e-100 284 Human Embryonic Gower Ii Carbonmonoxy Hemoglobin [Homo sapiens]
C 3.9e-100 284 Human Embryonic Gower Ii Carbonmonoxy Hemoglobin [Homo sapiens]
A 3.9e-100 284 Human Deoxyhaemoglobin-2,3-Diphosphoglycerate Complex [Homo
sapiens]
C 3.9e-100 284 Human Deoxyhaemoglobin-2,3-Diphosphoglycerate Complex [Homo
sapiens]
A 3.9e-100 284 A Third Quaternary Structure Of Human Hemoglobin A At
1.7-angstroms Resolution [Homo sapiens]
C 3.9e-100 284 A Third Quaternary Structure Of Human Hemoglobin A At
1.7-angstroms Resolution [Homo sapiens]
A 3.9e-100 284 Crosslinked, Deoxy Human Hemoglobin A [Homo sapiens]
C 3.9e-100 284 Crosslinked, Deoxy Human Hemoglobin A [Homo sapiens]
A 3.9e-100 284 Crystal Structure Of S-Nitroso-Nitrosyl Human Hemoglobin A
[Homo sapiens]
C 3.9e-100 284 Crystal Structure Of S-Nitroso-Nitrosyl Human Hemoglobin A
[Homo sapiens]
A 3.9e-100 284 Hemoglobin A (Human, Deoxy, High Salt) [Homo sapiens]
C 3.9e-100 284 Hemoglobin A (Human, Deoxy, High Salt) [Homo sapiens]
A 3.9e-100 284 Cross-Linked Human Hemoglobin Deoxy [Homo sapiens]
C 3.9e-100 284 Cross-Linked Human Hemoglobin Deoxy [Homo sapiens]
A 3.9e-100 284 The Mutation Beta99 Asp-Tyr Stabilizes Y-A New, Composite
Quaternary State Of Human Hemoglobin [Homo sapiens]
C 3.9e-100 284 The Mutation Beta99 Asp-Tyr Stabilizes Y-A New, Composite
Quaternary State Of Human Hemoglobin [Homo sapiens]
A 3.9e-100 284 Structure Of Haemoglobin In The Deoxy Quaternary State With
Ligand Bound At The Alpha Haems [Homo sapiens]
C 3.9e-100 284 Structure Of Haemoglobin In The Deoxy Quaternary State With
Ligand Bound At The Alpha Haems [Homo sapiens]
A 3.9e-100 284 NI BETA HEME HUMAN HEMOGLOBIN [Homo sapiens]
C 3.9e-100 284 NI BETA HEME HUMAN HEMOGLOBIN [Homo sapiens]
A 3.9e-100 284 High-Resolution X-Ray Study Of Deoxy Recombinant Human
Hemoglobins Synthesized From Beta-Globins Having Mutated Amino Termini [Homo
sapiens]
C 3.9e-100 284 High-Resolution X-Ray Study Of Deoxy Recombinant Human
Hemoglobins Synthesized From Beta-Globins Having Mutated Amino Termini [Homo
sapiens]
A 3.9e-100 284 High-Resolution X-Ray Study Of Deoxy Recombinant Human
Hemoglobins Synthesized From Beta-Globins Having Mutated Amino Termini [Homo
sapiens]
C 3.9e-100 284 High-Resolution X-Ray Study Of Deoxy Recombinant Human
Hemoglobins Synthesized From Beta-Globins Having Mutated Amino Termini [Homo
sapiens]
A 3.9e-100 284 High-resolution X-ray Study Of Deoxy Recombinant Human
Hemoglobins Synthesized From Beta-globins Having Mutated Amino Termini [Homo
sapiens]
C 3.9e-100 284 High-resolution X-ray Study Of Deoxy Recombinant Human
Hemoglobins Synthesized From Beta-globins Having Mutated Amino Termini [Homo
sapiens]
A 3.9e-100 284 Structure Of Human Foetal Deoxyhaemoglobin [Homo sapiens]
B 3.9e-100 284 Structure Of Human Foetal Deoxyhaemoglobin [Homo sapiens]
A 3.9e-100 284 Crystal Structure Of Nickel Reconstituted Hemoglobin-a Case For
Permanent, T-state Hemoglobin [Homo sapiens]
C 3.9e-100 284 Crystal Structure Of Nickel Reconstituted Hemoglobin-a Case For
Permanent, T-state Hemoglobin [Homo sapiens]
A 3.9e-100 284 High Resolution Crystal Structure Of Deoxy Hemoglobin Complexed
With A Potent Allosteric Effector [Homo sapiens]
C 3.9e-100 284 High Resolution Crystal Structure Of Deoxy Hemoglobin Complexed
With A Potent Allosteric Effector [Homo sapiens]
A 3.9e-100 284 DEOXY (BETA-(C93A,C112G)) HUMAN HEMOGLOBIN [Homo sapiens]
C 3.9e-100 284 DEOXY (BETA-(C93A,C112G)) HUMAN HEMOGLOBIN [Homo sapiens]
A 3.9e-100 284 (ALPHA-OXY, BETA-(C112G)DEOXY) T-STATE HUMAN HEMOGLOBIN [Homo
sapiens]
C 3.9e-100 284 (ALPHA-OXY, BETA-(C112G)DEOXY) T-STATE HUMAN HEMOGLOBIN [Homo
sapiens]
A 3.9e-100 284 oxy T state haemoglobin: oxygen bound at all four haems [Homo
sapiens]
C 3.9e-100 284 oxy T state haemoglobin: oxygen bound at all four haems [Homo
sapiens]
A 3.9e-100 284 Crosslinked Haemoglobin [Homo sapiens]
C 3.9e-100 284 Crosslinked Haemoglobin [Homo sapiens]
A 3.9e-100 284 Crosslinked Haemoglobin [Homo sapiens]
C 3.9e-100 284 Crosslinked Haemoglobin [Homo sapiens]
A 3.9e-100 284 High-Resolution X-Ray Study Of Deoxyhemoglobin Rothschild
37beta Trp-
C 3.9e-100 284 High-Resolution X-Ray Study Of Deoxyhemoglobin Rothschild
37beta Trp-
A 3.9e-100 284 High-Resolution X-Ray Study Of Deoxyhemoglobin Rothschild
37beta Trp-
C 3.9e-100 284 High-Resolution X-Ray Study Of Deoxyhemoglobin Rothschild
37beta Trp-
A 3.9e-100 284 Refined Crystal Structure Of Deoxyhemoglobin S. I. Restrained
Least-Squares Refinement At 3.0-Angstroms Resolution [Homo sapiens]
C 3.9e-100 284 Refined Crystal Structure Of Deoxyhemoglobin S. I. Restrained
Least-Squares Refinement At 3.0-Angstroms Resolution [Homo sapiens]
E 3.9e-100 284 Refined Crystal Structure Of Deoxyhemoglobin S. I. Restrained
Least-Squares Refinement At 3.0-Angstroms Resolution [Homo sapiens]
G 3.9e-100 284 Refined Crystal Structure Of Deoxyhemoglobin S. I. Restrained
Least-Squares Refinement At 3.0-Angstroms Resolution [Homo sapiens]
A 3.9e-100 284 The Structure Of Human Carbonmonoxy Haemoglobin At 2.7
Angstroms Resolution [Homo sapiens]
A 3.9e-100 284 Analysis Of The Crystal Structure, Molecular Modeling And
Infrared Spectroscopy Of The Distal Beta-Heme Pocket Valine67(E11)-Threonine
Mutation Of Hemoglobin [Homo sapiens]
C 3.9e-100 284 Analysis Of The Crystal Structure, Molecular Modeling And
Infrared Spectroscopy Of The Distal Beta-Heme Pocket Valine67(E11)-Threonine
Mutation Of Hemoglobin [Homo sapiens]
A 3.9e-100 284 High Resolution Crystal Structures And Comparisons Of T State
Deoxyhaemoglobin And Two Liganded T-state Haemoglobins: T(alpha-oxy)
Haemoglobin And T(met)haemoglobin [Homo sapiens]
C 3.9e-100 284 High Resolution Crystal Structures And Comparisons Of T State
Deoxyhaemoglobin And Two Liganded T-state Haemoglobins: T(alpha-oxy)
Haemoglobin And T(met)haemoglobin [Homo sapiens]
A 3.9e-100 284 High Resolution Crystal Structures And Comparisons Of T State
Deoxyhaemoglobin And Two Liganded T-State Haemoglobins: T(Alpha-Oxy)
Haemoglobin And T(Met)haemoglobin [Homo sapiens]
C 3.9e-100 284 High Resolution Crystal Structures And Comparisons Of T State
Deoxyhaemoglobin And Two Liganded T-State Haemoglobins: T(Alpha-Oxy)
Haemoglobin And T(Met)haemoglobin [Homo sapiens]
A 3.9e-100 284 High Resolution Crystal Structures And Comparisons Of T State
Deoxyhaemoglobin And Two Liganded T-state Haemoglobins: T(alpha-oxy)
Haemoglobin And T(met)haemoglobin [Homo sapiens]
C 3.9e-100 284 High Resolution Crystal Structures And Comparisons Of T State
Deoxyhaemoglobin And Two Liganded T-state Haemoglobins: T(alpha-oxy)
Haemoglobin And T(met)haemoglobin [Homo sapiens]
A 3.9e-100 284 Structure Of Human Oxyhaemoglobin At 2.1 Angstroms Resolution
[Homo sapiens]
A 3.9e-100 284 Crystal Structure of Human Carbonmonoxy-Haemoglobin at 1.25 A
Resolution [Homo sapiens]
A 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human hemoglobin; Crystal structure of alpha(Fe)-beta(Ni)
hemoglobin (laser photolysed) [Homo sapiens]
C 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human hemoglobin; Crystal structure of alpha(Fe)-beta(Ni)
hemoglobin (laser photolysed) [Homo sapiens]
E 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human hemoglobin; Crystal structure of alpha(Fe)-beta(Ni)
hemoglobin (laser photolysed) [Homo sapiens]
G 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human hemoglobin; Crystal structure of alpha(Fe)-beta(Ni)
hemoglobin (laser photolysed) [Homo sapiens]
A 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Fe-CO)-beta(Ni)
hemoglobin (laser unphotolysed) [Homo sapiens]
C 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Fe-CO)-beta(Ni)
hemoglobin (laser unphotolysed) [Homo sapiens]
E 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Fe-CO)-beta(Ni)
hemoglobin (laser unphotolysed) [Homo sapiens]
G 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Fe-CO)-beta(Ni)
hemoglobin (laser unphotolysed) [Homo sapiens]
A 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe-CO)
hemoglobin (laser unphotolysed) [Homo sapiens]
C 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe-CO)
hemoglobin (laser unphotolysed) [Homo sapiens]
E 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe-CO)
hemoglobin (laser unphotolysed) [Homo sapiens]
G 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe-CO)
hemoglobin (laser unphotolysed) [Homo sapiens]
A 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe)
hemoglobin (laser photolysed) [Homo sapiens]
C 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe)
hemoglobin (laser photolysed) [Homo sapiens]
E 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe)
hemoglobin (laser photolysed) [Homo sapiens]
G 3.9e-100 284 Direct observation of photolysis-induced tertiary structural
changes in human haemoglobin; Crystal structure of alpha(Ni)-beta(Fe)
hemoglobin (laser photolysed) [Homo sapiens]
A 3.9e-100 284 The Structure Of Human Methemoglobin. The Variation Of A Theme
[Homo sapiens]
C 3.9e-100 284 The Structure Of Human Methemoglobin. The Variation Of A Theme
[Homo sapiens]
P 3.9e-100 284 The Structure Of Human Methemoglobin. The Variation Of A Theme
[Homo sapiens]
R 3.9e-100 284 The Structure Of Human Methemoglobin. The Variation Of A Theme
[Homo sapiens]
U 3.9e-100 284 The Structure Of Human Methemoglobin. The Variation Of A Theme
[Homo sapiens]
W 3.9e-100 284 The Structure Of Human Methemoglobin. The Variation Of A Theme
[Homo sapiens]
A 3.9e-100 284 X-ray Crystallographic Analyses of Symmetrical Allosteric
Effectors of Hemoglobin. Compounds Designed to Link Primary and Secondary
Binding Sites [Homo sapiens]
C 3.9e-100 284 X-ray Crystallographic Analyses of Symmetrical Allosteric
Effectors of Hemoglobin. Compounds Designed to Link Primary and Secondary
Binding Sites [Homo sapiens]
A 3.9e-100 284 Structure of Mutant Human Carbonmonoxyhemoglobin C (beta E6K)
at 2.0 Angstrom Resolution in Phosphate Buffer. [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Human Deoxyhemoglobin in Absence of Any
Anions [Homo sapiens]
C 3.9e-100 284 Crystal Structure of Human Deoxyhemoglobin in Absence of Any
Anions [Homo sapiens]
A 3.9e-100 284 Deoxy Hemoglobin (90% Relative Humidity) [Homo sapiens]
C 3.9e-100 284 Deoxy Hemoglobin (90% Relative Humidity) [Homo sapiens]
P 3.9e-100 284 Deoxy Hemoglobin (90% Relative Humidity) [Homo sapiens]
R 3.9e-100 284 Deoxy Hemoglobin (90% Relative Humidity) [Homo sapiens]
A 3.9e-100 284 Oxy Hemoglobin (93% Relative Humidity) [Homo sapiens]
A 3.9e-100 284 Oxy Hemoglobin (90% Relative Humidity) [Homo sapiens]
A 3.9e-100 284 Oxy Hemoglobin (88% Relative Humidity) [Homo sapiens]
A 3.9e-100 284 Oxy Hemoglobin (84% Relative Humidity) [Homo sapiens]
A 3.9e-100 284 Oxy Hemoglobin (25% Methanol) [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Human Carbonmonoxy Hemoglobin at 2.16 A: A
Snapshot of the Allosteric Transition [Homo sapiens]
A 3.9e-100 284 Crystalline Human Carbonmonoxy Hemoglobin C Exhibits The R2
Quaternary State at Neutral pH In The Presence of Polyethylene Glycol: The 2.1
Angstrom Resolution Crystal Structure [Homo sapiens]
C 3.9e-100 284 Crystalline Human Carbonmonoxy Hemoglobin C Exhibits The R2
Quaternary State at Neutral pH In The Presence of Polyethylene Glycol: The 2.1
Angstrom Resolution Crystal Structure [Homo sapiens]
A 3.9e-100 284 A Fourth Quaternary Structure of Human Hemoglobin A at 2.18 A
Resolution [Homo sapiens]
C 3.9e-100 284 A Fourth Quaternary Structure of Human Hemoglobin A at 2.18 A
Resolution [Homo sapiens]
A 3.9e-100 284 Crystalline Human Carbonmonoxy Hemoglobin S (Liganded Sickle
Cell Hemoglobin) Exhibits The R2 Quaternary State At Neutral pH In The
Presence Of Polyethylene Glycol: The 2.1 Angstrom Resolution Crystal Structure
[Homo sapiens]
C 3.9e-100 284 Crystalline Human Carbonmonoxy Hemoglobin S (Liganded Sickle
Cell Hemoglobin) Exhibits The R2 Quaternary State At Neutral pH In The
Presence Of Polyethylene Glycol: The 2.1 Angstrom Resolution Crystal Structure
[Homo sapiens]
A 3.9e-100 284 Structure of deoxy-quaternary haemoglobin with liganded beta
subunits [Homo sapiens]
C 3.9e-100 284 Structure of deoxy-quaternary haemoglobin with liganded beta
subunits [Homo sapiens]
A 3.9e-100 284 Crystal structure of Human hemoglobin E at 1.73 A resolution
[Homo sapiens]
C 3.9e-100 284 Crystal structure of Human hemoglobin E at 1.73 A resolution
[Homo sapiens]
A 3.9e-100 284 Magnesium(Ii)-And Zinc(Ii)-Protoporphyrin Ix's Stabilize The
Lowest Oxygen Affinity State Of Human Hemoglobin Even More Strongly Than
Deoxyheme [Homo sapiens]
C 3.9e-100 284 Magnesium(Ii)-And Zinc(Ii)-Protoporphyrin Ix's Stabilize The
Lowest Oxygen Affinity State Of Human Hemoglobin Even More Strongly Than
Deoxyheme [Homo sapiens]
A 3.9e-100 284 Magnesium(Ii)-And Zinc(Ii)-Protoporphyrin Ix's Stabilize The
Lowest Oxygen Affinity State Of Human Hemoglobin Even More Strongly Than
Deoxyheme [Homo sapiens]
C 3.9e-100 284 Magnesium(Ii)-And Zinc(Ii)-Protoporphyrin Ix's Stabilize The
Lowest Oxygen Affinity State Of Human Hemoglobin Even More Strongly Than
Deoxyheme [Homo sapiens]
A 3.9e-100 284 Structural Basis for the Potent Antisickling Effect of a Novel
Class of 5-Membered Heterocyclic Aldehydic Compounds [Homo sapiens]
C 3.9e-100 284 Structural Basis for the Potent Antisickling Effect of a Novel
Class of 5-Membered Heterocyclic Aldehydic Compounds [Homo sapiens]
A 3.9e-100 284 Structural Basis for the Potent Antisickling Effect of a Novel
Class of 5-Membered Heterocyclic Aldehydic Compounds [Homo sapiens]
C 3.9e-100 284 Structural Basis for the Potent Antisickling Effect of a Novel
Class of 5-Membered Heterocyclic Aldehydic Compounds [Homo sapiens]
A 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Hemoglobin. Hemoglobin exposed to NO under anerobic
conditions [Homo sapiens]
C 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Hemoglobin. Hemoglobin exposed to NO under anerobic
conditions [Homo sapiens]
A 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Deoxyhemoglobin, Deoxyhemoglobin [Homo sapiens]
C 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Deoxyhemoglobin, Deoxyhemoglobin [Homo sapiens]
A 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Hemoglobin, HEMOGLOBIN EXPOSED TO NO UNDER AEROBIC
CONDITIONS [Homo sapiens]
C 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Hemoglobin, HEMOGLOBIN EXPOSED TO NO UNDER AEROBIC
CONDITIONS [Homo sapiens]
A 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Hemoglobin. Beta W73E hemoglobin exposed to NO under
anaerobic conditions [Homo sapiens]
C 3.9e-100 284 Crystallographic Analysis of the Interaction of Nitric Oxide
with Quaternary-T Human Hemoglobin. Beta W73E hemoglobin exposed to NO under
anaerobic conditions [Homo sapiens]
A 3.9e-100 284 Cross-linked, Carbonmonoxy Hemoglobin A [Homo sapiens]
C 3.9e-100 284 Cross-linked, Carbonmonoxy Hemoglobin A [Homo sapiens]
A 3.9e-100 284 Cross-Linked, Carbonmonoxy Hemoglobin A [Homo sapiens]
C 3.9e-100 284 Cross-Linked, Carbonmonoxy Hemoglobin A [Homo sapiens]
A 3.9e-100 284 Crystal structure of ferrocyanide bound human hemoglobin A2 at
1.88A resolution [Homo sapiens]
C 3.9e-100 284 Crystal structure of ferrocyanide bound human hemoglobin A2 at
1.88A resolution [Homo sapiens]
A 3.9e-100 284 Crystal structure of Human hemoglobin A2 (in R2 state) at 2.2 A
resolution [Homo sapiens]
C 3.9e-100 284 Crystal structure of Human hemoglobin A2 (in R2 state) at 2.2 A
resolution [Homo sapiens]
A 3.9e-100 284 Refinement Of A Partially Oxygenated T State Haemoglobin At 1.5
Angstroms Resolution [Homo sapiens]
C 3.9e-100 284 Refinement Of A Partially Oxygenated T State Haemoglobin At 1.5
Angstroms Resolution [Homo sapiens]
A 3.9e-100 284 Crystal Structures of Unliganded and Half-Liganded Human
Hemoglobin Derivatives Cross-Linked between Lys 82beta1 and Lys 82beta2 [Homo
sapiens]
C 3.9e-100 284 Crystal Structures of Unliganded and Half-Liganded Human
Hemoglobin Derivatives Cross-Linked between Lys 82beta1 and Lys 82beta2 [Homo
sapiens]
E 3.9e-100 284 Crystal Structures of Unliganded and Half-Liganded Human
Hemoglobin Derivatives Cross-Linked between Lys 82beta1 and Lys 82beta2 [Homo
sapiens]
G 3.9e-100 284 Crystal Structures of Unliganded and Half-Liganded Human
Hemoglobin Derivatives Cross-Linked between Lys 82beta1 and Lys 82beta2 [Homo
sapiens]
A 3.9e-100 284 The T-to-T High Transitions in Human Hemoglobin: wild-type
deoxy Hb A (low salt, one test set) [Homo sapiens]
C 3.9e-100 284 The T-to-T High Transitions in Human Hemoglobin: wild-type
deoxy Hb A (low salt, one test set) [Homo sapiens]
A 3.9e-100 284 wild-type hemoglobin deoxy no-salt [Homo sapiens]
C 3.9e-100 284 wild-type hemoglobin deoxy no-salt [Homo sapiens]
A 3.9e-100 284 T-to-T(High) Quaternary Transitions in Human Hemoglobin:
betaV1M deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-to-T(High) Quaternary Transitions in Human Hemoglobin:
betaV1M deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-to-THigh quaternary Transitions in Human Hemoglobin: betaV1M
deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-to-THigh quaternary Transitions in Human Hemoglobin: betaV1M
deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaV33A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaV33A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaV34G deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaV34G deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35F deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35F deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(high) quaternary transitions in human hemoglobin:
betaP36A deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(high) quaternary transitions in human hemoglobin:
betaP36A deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37Y deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37Y deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37H deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37H deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37A deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37A deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37G deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37G deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(high) quaternary transitions in human hemoglobin:
betaW37E deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(high) quaternary transitions in human hemoglobin:
betaW37E deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaF42A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaF42A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaF45A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaF45A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaC93A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaC93A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaL96A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaL96A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaH97A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaH97A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaD99A deoxy low-salt (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaD99A deoxy low-salt (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaP100A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaP100A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaP100G deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaP100G deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(high) quaternary transitions in human hemoglobin:
betaN102A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(high) quaternary transitions in human hemoglobin:
betaN102A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaN108A deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaN108A deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY145G deoxy low-salt (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY145G deoxy low-salt (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
desHIS146beta deoxy low-salt [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
desHIS146beta deoxy low-salt [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaV33A oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaV33A oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35A oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35A oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35F oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaY35F oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaP36A oxy (2MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaP36A oxy (2MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37A OXY (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37A OXY (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37Y OXY (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37Y OXY (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37G OXY (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37G OXY (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37E OXY (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37E OXY (10 test sets) [Homo sapiens]
A 3.9e-100 284 STRUCTURE OF HUMAN CARBONMONOXYHEMOGLOBIN C (BETA E6K): TWO
QUATERNARY STATES (R2 and R3) IN ONE CRYSTAL [Homo sapiens]
C 3.9e-100 284 STRUCTURE OF HUMAN CARBONMONOXYHEMOGLOBIN C (BETA E6K): TWO
QUATERNARY STATES (R2 and R3) IN ONE CRYSTAL [Homo sapiens]
E 3.9e-100 284 STRUCTURE OF HUMAN CARBONMONOXYHEMOGLOBIN C (BETA E6K): TWO
QUATERNARY STATES (R2 and R3) IN ONE CRYSTAL [Homo sapiens]
G 3.9e-100 284 STRUCTURE OF HUMAN CARBONMONOXYHEMOGLOBIN C (BETA E6K): TWO
QUATERNARY STATES (R2 and R3) IN ONE CRYSTAL [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37H OXY (2MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37H OXY (2MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37E alpha zinc beta oxy (10 TEST SETS) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin:
betaW37E alpha zinc beta oxy (10 TEST SETS) [Homo sapiens]
A 3.9e-100 284 T-to-T(high) quaternary transitions in human hemoglobin:
betaH97A oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
C 3.9e-100 284 T-to-T(high) quaternary transitions in human hemoglobin:
betaH97A oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
A 3.9e-100 284 T-to-T(High) quaternary transitions in human hemoglobin: HbA
OXY (2MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-to-T(High) quaternary transitions in human hemoglobin: HbA
OXY (2MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin: HbA
OXY (5.0MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin: HbA
OXY (5.0MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin: HbA
OXY (10.0MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
C 3.9e-100 284 T-To-T(High) quaternary transitions in human hemoglobin: HbA
OXY (10.0MM IHP, 20% PEG) (10 test sets) [Homo sapiens]
A 3.9e-100 284 T-to-thigh quaternary transitions in human hemoglobin: betaW37A
oxy (2.2MM IHP, 13% PEG) (1 test set) [Homo sapiens]
C 3.9e-100 284 T-to-thigh quaternary transitions in human hemoglobin: betaW37A
oxy (2.2MM IHP, 13% PEG) (1 test set) [Homo sapiens]
A 3.9e-100 284 T-to-T(High) quaternary transitions in human hemoglobin:
betaP100A oxy (2.2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
C 3.9e-100 284 T-to-T(High) quaternary transitions in human hemoglobin:
betaP100A oxy (2.2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
A 3.9e-100 284 The low salt (PEG) crystal structure of CO Hemoglobin E
(betaE26K) approaching physiological pH (pH 7.5) [Homo sapiens]
C 3.9e-100 284 The low salt (PEG) crystal structure of CO Hemoglobin E
(betaE26K) approaching physiological pH (pH 7.5) [Homo sapiens]
A 3.9e-100 284 The high salt (phosphate) crystal structure of CO Hemoglobin E
(Glu26Lys) at physiological pH (pH 7.35) [Homo sapiens]
A 3.9e-100 284 A novel quaternary structure of human carbonmonoxy hemoglobin
[Homo sapiens]
A 3.9e-100 284 Crystal structure of T-state human hemoglobin complexed with
three L35 molecules [Homo sapiens]
C 3.9e-100 284 Crystal structure of T-state human hemoglobin complexed with
three L35 molecules [Homo sapiens]
A 3.9e-100 284 Crystal structure of deoxy human hemoglobin complexed with two
L35 molecules [Homo sapiens]
C 3.9e-100 284 Crystal structure of deoxy human hemoglobin complexed with two
L35 molecules [Homo sapiens]
A 3.9e-100 284 1.25A resolution crystal structure of human hemoglobin in the
oxy form [Homo sapiens]
A 3.9e-100 284 1.25A resolution crystal structure of human hemoglobin in the
deoxy form [Homo sapiens]
C 3.9e-100 284 1.25A resolution crystal structure of human hemoglobin in the
deoxy form [Homo sapiens]
A 3.9e-100 284 1.25A resolution crystal structure of human hemoglobin in the
carbonmonoxy form [Homo sapiens]
A 3.9e-100 284 Neutron Structure Analysis of Deoxy Human Hemoglobin [Homo
sapiens]
C 3.9e-100 284 Neutron Structure Analysis of Deoxy Human Hemoglobin [Homo
sapiens]
A 3.9e-100 284 Solution structure of Human normal adult hemoglobin [Homo
sapiens]
C 3.9e-100 284 Solution structure of Human normal adult hemoglobin [Homo
sapiens]
A 3.9e-100 284 HIGH RESOLUTION X-RAY STRUCTURES OF MYOGLOBIN-AND HEMOGLOBIN-
ALKYL ISOCYANIDE COMPLEXES [Homo sapiens]
A 3.9e-100 284 HIGH RESOLUTION X-RAY STRUCTURES OF MYOGLOBIN-AND HEMOGLOBIN-
ALKYL ISOCYANIDE COMPLEXES [Homo sapiens]
A 3.9e-100 284 HIGH RESOLUTION X-RAY STRUCTURES OF MYOGLOBIN-AND HEMOGLOBIN-
ALKYL ISOCYANIDE COMPLEXES [Homo sapiens]
A 3.9e-100 284 HIGH RESOLUTION X-RAY STRUCTURES OF MYOGLOBIN-AND HEMOGLOBIN-
ALKYL ISOCYANIDE COMPLEXES [Homo sapiens]
A 3.9e-100 284 The High Resolution Crystal Structure Of Deoxyhemoglobin S
[Homo sapiens]
C 3.9e-100 284 The High Resolution Crystal Structure Of Deoxyhemoglobin S
[Homo sapiens]
E 3.9e-100 284 The High Resolution Crystal Structure Of Deoxyhemoglobin S
[Homo sapiens]
G 3.9e-100 284 The High Resolution Crystal Structure Of Deoxyhemoglobin S
[Homo sapiens]
A 3.9e-100 284 The Structure Of Human Carbonmonoxy Haemoglobin At 2.7
Angstroms Resolution [Homo sapiens]
A 3.9e-100 284 The Crystal Structure Of Human Deoxyhaemoglobin At 1.74
Angstroms Resolution [Homo sapiens]
C 3.9e-100 284 The Crystal Structure Of Human Deoxyhaemoglobin At 1.74
Angstroms Resolution [Homo sapiens]
A 3.9e-100 284 Oxygen Affinity Modulation By The N-Termini Of The Beta- Chains
In Human And Bovine Hemoglobin [Homo sapiens]
C 3.9e-100 284 Oxygen Affinity Modulation By The N-Termini Of The Beta- Chains
In Human And Bovine Hemoglobin [Homo sapiens]
A 3.9e-100 284 Oxygen Affinity Modulation By The N-Termini Of The Beta Chains
In Human And Bovine Hemoglobin [Homo sapiens]
C 3.9e-100 284 Oxygen Affinity Modulation By The N-Termini Of The Beta Chains
In Human And Bovine Hemoglobin [Homo sapiens]
A 3.9e-100 284 Refined solution structure of Human Adult Hemoglobin in the
Carbonmonoxy Form [Homo sapiens]
C 3.9e-100 284 Refined solution structure of Human Adult Hemoglobin in the
Carbonmonoxy Form [Homo sapiens]
A 3.9e-100 284 Structure of Human deoxy Hemoglobin A in complex with Xenon
[Homo sapiens]
C 3.9e-100 284 Structure of Human deoxy Hemoglobin A in complex with Xenon
[Homo sapiens]
A 3.9e-100 284 Human hemoglobin D Los Angeles: crystal structure [Homo
sapiens]
C 3.9e-100 284 Human hemoglobin D Los Angeles: crystal structure [Homo
sapiens]
I 3.9e-100 284 Human hemoglobin D Los Angeles: crystal structure [Homo
sapiens]
M 3.9e-100 284 Human hemoglobin D Los Angeles: crystal structure [Homo
sapiens]
A 3.9e-100 284 Crystal Structure of Glycated Human Haemoglobin [Homo sapiens]
C 3.9e-100 284 Crystal Structure of Glycated Human Haemoglobin [Homo sapiens]
E 3.9e-100 284 Crystal Structure of Glycated Human Haemoglobin [Homo sapiens]
G 3.9e-100 284 Crystal Structure of Glycated Human Haemoglobin [Homo sapiens]
S 3.9e-100 284 Crystal Structure of Glycated Human Haemoglobin [Homo sapiens]
A 3.9e-100 284 A triply ligated crystal structure of relaxed state human
hemoglobin [Homo sapiens]
C 3.9e-100 284 A triply ligated crystal structure of relaxed state human
hemoglobin [Homo sapiens]
A 3.9e-100 284 Human hemoglobin, nitrogen dioxide anion modified [Homo
sapiens]
A 3.9e-100 284 The high salt (phosphate) crystal structure of deoxy hemoglobin
E (GLU26LYS) at physiological pH (pH 7.35) [Homo sapiens]
C 3.9e-100 284 The high salt (phosphate) crystal structure of deoxy hemoglobin
E (GLU26LYS) at physiological pH (pH 7.35) [Homo sapiens]
A 3.9e-100 284 The Crystal Structure Of Human Deoxyhaemoglobin At 1.74
Angstroms Resolution [Homo sapiens]
C 3.9e-100 284 The Crystal Structure Of Human Deoxyhaemoglobin At 1.74
Angstroms Resolution [Homo sapiens]
A 3.9e-100 284 The structure of human carbonmonoxyhemoglobin complex to IHP at
2.0 angstrons resolution. [Homo sapiens]
C 3.9e-100 284 The structure of human carbonmonoxyhemoglobin complex to IHP at
2.0 angstrons resolution. [Homo sapiens]
A 3.9e-100 284 Crystal Structure of liganded hemoglobin in complex with a
potent antisickling agent, INN-298 [Homo sapiens]
C 3.9e-100 284 Crystal Structure of liganded hemoglobin in complex with a
potent antisickling agent, INN-298 [Homo sapiens]
A 3.9e-100 284 Crystal Structure of liganded hemoglobin in complex with a
potent antisickling agent, INN-266 [Homo sapiens]
C 3.9e-100 284 Crystal Structure of liganded hemoglobin in complex with a
potent antisickling agent, INN-266 [Homo sapiens]
A 3.9e-100 284 Room Temperature Time-of-Flight Neutron Diffraction Study of
Deoxy Human Normal Adult Hemoglobin [Homo sapiens]
E 3.9e-100 284 Room Temperature Time-of-Flight Neutron Diffraction Study of
Deoxy Human Normal Adult Hemoglobin [Homo sapiens]
A 3.9e-100 284 Human Hemoglobin A mutant beta H63W carbonmonoxy-form [Homo
sapiens]
A 3.9e-100 284 Structure of a Crystal Form of Human Methemoglobin Indicative
of Fiber Formation [Homo sapiens]
C 3.9e-100 284 Structure of a Crystal Form of Human Methemoglobin Indicative
of Fiber Formation [Homo sapiens]
A 3.9e-100 284 Human tetrameric hemoglobin: proximal nitrite ligand at beta
[Homo sapiens]
A 3.9e-100 284 R-state human hemoglobin: nitriheme modified at alpha [Homo
sapiens]
A 3.9e-100 284 R-state human hemoglobin: nitriheme modified [Homo sapiens]
C 3.9e-100 284 Crystal Structure of Human Alpha-Haemoglobin Complexed with
AHSP and the First NEAT Domain of IsdH from Staphylococcus aureus [Homo
sapiens]
A 3.9e-100 284 Ferric R-state human aquomethemoglobin [Homo sapiens]
A 3.9e-100 284 Human Hemoglobin A Mutant Beta H63L Carbonmonoxy-Form [Homo
sapiens]
A 3.9e-100 284 Human Hemoglobin A Mutant Beta H63L Deoxy-Form [Homo sapiens]
C 3.9e-100 284 Human Hemoglobin A Mutant Beta H63L Deoxy-Form [Homo sapiens]
A 3.9e-100 284 Crystal structure of liganded Hemoglobin complexed with a
potent Antisickling agent, INN-312 [Homo sapiens]
C 3.9e-100 284 Crystal structure of liganded Hemoglobin complexed with a
potent Antisickling agent, INN-312 [Homo sapiens]
C 3.9e-100 284 Human Alpha-Haemoglobin Complexed with the First NEAT Domain of
IsdH from Staphylococcus aureus [Homo sapiens]
D 3.9e-100 284 Human Alpha-Haemoglobin Complexed with the First NEAT Domain of
IsdH from Staphylococcus aureus [Homo sapiens]
A 3.9e-100 284 Structures and oxygen affinities of crystalline human
hemoglobin C (beta6 Lys) in the R2 quaternary structures [Homo sapiens]
C 3.9e-100 284 Structures and oxygen affinities of crystalline human
hemoglobin C (beta6 Lys) in the R2 quaternary structures [Homo sapiens]
A 3.9e-100 284 Structures and oxygen affinities of crystalline human
hemoglobin C (beta6 Lys) in the R quaternary structures [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Human metHaemoglobin Complexed with the
First NEAT Domain of IsdH from Staphylococcus aureus [Homo sapiens]
D 3.9e-100 284 Crystal Structure of Human metHaemoglobin Complexed with the
First NEAT Domain of IsdH from Staphylococcus aureus [Homo sapiens]
A 3.9e-100 284 Deoxyhemoglobin SH-drug complex [Homo sapiens]
C 3.9e-100 284 Deoxyhemoglobin SH-drug complex [Homo sapiens]
A 3.9e-100 284 Structure of Hemoglobin Complex with 18-crown-6 [Homo sapiens]
E 3.9e-100 284 Structure of Hemoglobin Complex with 18-crown-6 [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Human Methaemoglobin Complexed with the
Second NEAT Domain of IsdH from Staphylococcus aureus [Homo sapiens]
A 3.9e-100 284 THE CRYSTAL STRUCTURE OF HUMAN DEOXYHAEMOGLOBIN AT 1.74
ANGSTROMS RESOLUTION [Homo sapiens]
C 3.9e-100 284 THE CRYSTAL STRUCTURE OF HUMAN DEOXYHAEMOGLOBIN AT 1.74
ANGSTROMS RESOLUTION [Homo sapiens]
A 3.9e-100 284 Human methemoglobin in complex with the second and third NEAT
domains of IsdH from Staphylococcus aureus [Homo sapiens]
C 3.9e-100 284 Human methemoglobin in complex with the second and third NEAT
domains of IsdH from Staphylococcus aureus [Homo sapiens]
A 3.9e-100 284 Deoxygenated Hb in complex with the allosteric effectors,
IRL2500 and 2,3-DPG [Homo sapiens]
C 3.9e-100 284 Deoxygenated Hb in complex with the allosteric effectors,
IRL2500 and 2,3-DPG [Homo sapiens]
A 3.9e-100 284 Human Hemoglobin Nitromethane Modified [Homo sapiens]
A 3.9e-100 284 Human Hemoglobin Nitroethane Modified [Homo sapiens]
A 3.9e-100 284 Structure of Carbonmonoxy Adult Hemoglobin Bristol-Alesha
alphawtbetaV67M [Homo sapiens]
A 3.9e-100 284 Structure of Wild-type Fetal Human Hemoglobin HbF [Homo
sapiens]
C 3.9e-100 284 Structure of Wild-type Fetal Human Hemoglobin HbF [Homo
sapiens]
E 3.9e-100 284 Structure of Wild-type Fetal Human Hemoglobin HbF [Homo
sapiens]
G 3.9e-100 284 Structure of Wild-type Fetal Human Hemoglobin HbF [Homo
sapiens]
A 3.9e-100 284 Carbonmonoxy Structure of the Human Fetal Hemoglobin Mutant HbF
Toms River alphawtgammaV67M [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy Structure of the Human Fetal Hemoglobin Mutant HbF
Toms River alphawtgammaV67M [Homo sapiens]
E 3.9e-100 284 Carbonmonoxy Structure of the Human Fetal Hemoglobin Mutant HbF
Toms River alphawtgammaV67M [Homo sapiens]
G 3.9e-100 284 Carbonmonoxy Structure of the Human Fetal Hemoglobin Mutant HbF
Toms River alphawtgammaV67M [Homo sapiens]
A 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of full-liganded human haemoglobin with
phosphate at 2.75 A resolution. [Homo sapiens]
C 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of full-liganded human haemoglobin with
phosphate at 2.75 A resolution. [Homo sapiens]
E 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of full-liganded human haemoglobin with
phosphate at 2.75 A resolution. [Homo sapiens]
G 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of full-liganded human haemoglobin with
phosphate at 2.75 A resolution. [Homo sapiens]
I 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of full-liganded human haemoglobin with
phosphate at 2.75 A resolution. [Homo sapiens]
K 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of full-liganded human haemoglobin with
phosphate at 2.75 A resolution. [Homo sapiens]
A 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin with
phosphate at 2.5 A resolution. [Homo sapiens]
C 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin with
phosphate at 2.5 A resolution. [Homo sapiens]
E 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin with
phosphate at 2.5 A resolution. [Homo sapiens]
G 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin with
phosphate at 2.5 A resolution. [Homo sapiens]
I 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin with
phosphate at 2.5 A resolution. [Homo sapiens]
K 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin with
phosphate at 2.5 A resolution. [Homo sapiens]
A 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin without
phosphate at 2.8 A resolution. [Homo sapiens]
C 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin without
phosphate at 2.8 A resolution. [Homo sapiens]
E 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin without
phosphate at 2.8 A resolution. [Homo sapiens]
G 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin without
phosphate at 2.8 A resolution. [Homo sapiens]
I 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin without
phosphate at 2.8 A resolution. [Homo sapiens]
K 3.9e-100 284 Capturing the haemoglobin allosteric transition in a single
crystal form; Crystal structure of half-liganded human haemoglobin without
phosphate at 2.8 A resolution. [Homo sapiens]
A 3.9e-100 284 Human hemoglobin nitric oxide adduct [Homo sapiens]
A 3.9e-100 284 Quaternary R3 CO-liganded hemoglobin structure in complex with
a thiol containing compound [Homo sapiens]
A 3.9e-100 284 Qauternary R CO-liganded hemoglobin structure in complex with a
thiol containing compound [Homo sapiens]
A 3.9e-100 284 Deoxyhemoglobin in complex with imidazolylacryloyl derivatives
[Homo sapiens]
C 3.9e-100 284 Deoxyhemoglobin in complex with imidazolylacryloyl derivatives
[Homo sapiens]
A 3.9e-100 284 Deoxyhemoglobin in complex with imidazolylacryloyl derivatives
[Homo sapiens]
C 3.9e-100 284 Deoxyhemoglobin in complex with imidazolylacryloyl derivatives
[Homo sapiens]
A 3.9e-100 284 Structure of T. brucei haptoglobin-hemoglobin receptor binding
to human haptoglobin-hemoglobin [Homo sapiens]
F 3.9e-100 284 Structure of T. brucei haptoglobin-hemoglobin receptor binding
to human haptoglobin-hemoglobin [Homo sapiens]
K 3.9e-100 284 Structure of T. brucei haptoglobin-hemoglobin receptor binding
to human haptoglobin-hemoglobin [Homo sapiens]
P 3.9e-100 284 Structure of T. brucei haptoglobin-hemoglobin receptor binding
to human haptoglobin-hemoglobin [Homo sapiens]
U 3.9e-100 284 Structure of T. brucei haptoglobin-hemoglobin receptor binding
to human haptoglobin-hemoglobin [Homo sapiens]
Z 3.9e-100 284 Structure of T. brucei haptoglobin-hemoglobin receptor binding
to human haptoglobin-hemoglobin [Homo sapiens]
A 3.9e-100 284 Human haptoglobin-haemoglobin complex [Homo sapiens]
A 3.9e-100 284 Human methemoglobin in complex with the second and third NEAT
domains of IsdH(F365Y/A369F/Y642A) from Staphylococcus aureus [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Deoxygenated Hemoglobin in Complex with an
Allosteric Effector and Nitric Oxide [Homo sapiens]
C 3.9e-100 284 Crystal Structure of Deoxygenated Hemoglobin in Complex with an
Allosteric Effector and Nitric Oxide [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Carbonmonoxy Sickle Hemoglobin in R-State
Conformation [Homo sapiens]
A 3.9e-100 284 CRYSTAL STRUCTURE OF CARBONMONOXY HEMOGLOBIN S (LIGANDED SICKLE
CELL HEMOGLOBIN) COMPLEXED WITH GBT440, CO-CRYSTALLIZATION EXPERIMENT [Homo
sapiens]
C 3.9e-100 284 CRYSTAL STRUCTURE OF CARBONMONOXY HEMOGLOBIN S (LIGANDED SICKLE
CELL HEMOGLOBIN) COMPLEXED WITH GBT440, CO-CRYSTALLIZATION EXPERIMENT [Homo
sapiens]
C 3.9e-100 284 The crystal structure of HpuA from Kingella denitrificans in
complex with human haemoglobin [Homo sapiens]
E 3.9e-100 284 The crystal structure of HpuA from Kingella denitrificans in
complex with human haemoglobin [Homo sapiens]
A 3.9e-100 284 Structure of the T. brucei haptoglobin-haemoglobin receptor
bound to human haptolgobin-haemoglobin [Homo sapiens]
A 3.9e-100 284 Glycation restrains allosteric transition in hemoglobin: The
molecular basis of oxidative stress under hyperglycemic conditions in diabetes
[Homo sapiens]
C 3.9e-100 284 Glycation restrains allosteric transition in hemoglobin: The
molecular basis of oxidative stress under hyperglycemic conditions in diabetes
[Homo sapiens]
E 3.9e-100 284 Glycation restrains allosteric transition in hemoglobin: The
molecular basis of oxidative stress under hyperglycemic conditions in diabetes
[Homo sapiens]
G 3.9e-100 284 Glycation restrains allosteric transition in hemoglobin: The
molecular basis of oxidative stress under hyperglycemic conditions in diabetes
[Homo sapiens]
S 3.9e-100 284 Glycation restrains allosteric transition in hemoglobin: The
molecular basis of oxidative stress under hyperglycemic conditions in diabetes
[Homo sapiens]
C 3.9e-100 284 T. congolense haptoglobin-haemoglobin receptor in complex with
haemoglobin [Homo sapiens]
A 3.9e-100 284 Deoxyhemoglobin in Complex with an Aryloxyalkanoic acid [Homo
sapiens]
C 3.9e-100 284 Deoxyhemoglobin in Complex with an Aryloxyalkanoic acid [Homo
sapiens]
A 3.9e-100 284 Crystal structure of deoxygenated hemoglobin in complex with
sphingosine phosphate and 2,3-Bisphosphoglycerate [Homo sapiens]
C 3.9e-100 284 Crystal structure of deoxygenated hemoglobin in complex with
sphingosine phosphate and 2,3-Bisphosphoglycerate [Homo sapiens]
A 3.9e-100 284 Crystal structure of deoxygenated hemoglobin in complex with
Sphingosine phosphate [Homo sapiens]
C 3.9e-100 284 Crystal structure of deoxygenated hemoglobin in complex with
Sphingosine phosphate [Homo sapiens]
A 3.9e-100 284 CryoEM structure of haemoglobin at 3.2 A determined with the
Volta phase plate [Homo sapiens]
C 3.9e-100 284 CryoEM structure of haemoglobin at 3.2 A determined with the
Volta phase plate [Homo sapiens]
A 3.9e-100 284 CRYSTAL STRUCTURE OF CARBONMONOXY HEMOGLOBIN S (LIGANDED SICKLE
CELL HEMOGLOBIN) COMPLEXED WITH GBT compound 31 [Homo sapiens]
C 3.9e-100 284 CRYSTAL STRUCTURE OF CARBONMONOXY HEMOGLOBIN S (LIGANDED SICKLE
CELL HEMOGLOBIN) COMPLEXED WITH GBT compound 31 [Homo sapiens]
A 3.9e-100 284 STRUCTURAL AND MECHANISTIC INSIGHTS INTO HEMOGLOBIN-CATALYZED
HYDROGEN SULFIDE OXIDATION AND THE FATE OF POLYSULFIDE PRODUCTS [Homo sapiens]
A 3.9e-100 284 Crystal Structure of Carbonmonoxy Hemoglobin S (Liganded Sickle
Cell Hemoglobin) Complexed with GBT Compound 6 [Homo sapiens]
C 3.9e-100 284 Crystal Structure of Carbonmonoxy Hemoglobin S (Liganded Sickle
Cell Hemoglobin) Complexed with GBT Compound 6 [Homo sapiens]
A 3.9e-100 284 Design, Synthesis, Functional and Biological Evaluation of
Ether and Ester Derivatives of the Antisickling Agent 5-HMF for the Treatment
of Sickle Cell Disease [Homo sapiens]
C 3.9e-100 284 Design, Synthesis, Functional and Biological Evaluation of
Ether and Ester Derivatives of the Antisickling Agent 5-HMF for the Treatment
of Sickle Cell Disease [Homo sapiens]
A 3.9e-100 284 Staphylococcus aureus IsdB bound to human hemoglobin [Homo
sapiens]
C 3.9e-100 284 Staphylococcus aureus IsdB bound to human hemoglobin [Homo
sapiens]
A 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 10 mM
phosphate pH 6.9. [Homo sapiens]
C 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 10 mM
phosphate pH 6.9. [Homo sapiens]
E 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 10 mM
phosphate pH 6.9. [Homo sapiens]
G 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 10 mM
phosphate pH 6.9. [Homo sapiens]
I 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 10 mM
phosphate pH 6.9. [Homo sapiens]
K 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 10 mM
phosphate pH 6.9. [Homo sapiens]
A 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 6.5. [Homo sapiens]
C 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 6.5. [Homo sapiens]
E 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 6.5. [Homo sapiens]
G 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 6.5. [Homo sapiens]
I 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 6.5. [Homo sapiens]
K 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 6.5. [Homo sapiens]
A 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 7.2. [Homo sapiens]
C 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 7.2. [Homo sapiens]
E 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 7.2. [Homo sapiens]
G 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 7.2. [Homo sapiens]
I 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 7.2. [Homo sapiens]
K 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 4 mM
bezafibrate pH 7.2. [Homo sapiens]
A 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 80 mM
phosphate pH 6.7. [Homo sapiens]
C 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 80 mM
phosphate pH 6.7. [Homo sapiens]
E 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 80 mM
phosphate pH 6.7. [Homo sapiens]
G 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 80 mM
phosphate pH 6.7. [Homo sapiens]
I 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 80 mM
phosphate pH 6.7. [Homo sapiens]
K 3.9e-100 284 Direct Observation of Conformational Population Shifts in
Hemoglobin: Crystal Structure of Half-Liganded Hemoglobin after Adding 80 mM
phosphate pH 6.7. [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
5-methoxy-2-(pyridin-2-ylmethoxy)benzaldehyde (INN310) [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
5-methoxy-2-(pyridin-2-ylmethoxy)benzaldehyde (INN310) [Homo sapiens]
A 3.9e-100 284 Crystal structure of Deoxy Hemoglobin in complex with beta
Cys93 modifying agent, TD3 [Homo sapiens]
C 3.9e-100 284 Crystal structure of Deoxy Hemoglobin in complex with beta
Cys93 modifying agent, TD3 [Homo sapiens]
A 3.9e-100 284 Crystal structure of carboxyhemoglobin in complex with beta
Cys93 modifying agent, TD3 [Homo sapiens]
A 3.9e-100 284 Rational Modification of Vanillin Derivatives to
Stereospecifically Destabilize Sickle Hemoglobin Polymer Formation [Homo
sapiens]
C 3.9e-100 284 Rational Modification of Vanillin Derivatives to
Stereospecifically Destabilize Sickle Hemoglobin Polymer Formation [Homo
sapiens]
A 3.9e-100 284 Crystal structure of deoxy-human hemoglobin beta6 glu-
C 3.9e-100 284 Crystal structure of deoxy-human hemoglobin beta6 glu-
A 3.9e-100 284 Crystal structure of ferric R-state human methemoglobin bound
to maleimide-deferoxamine bifunctional chelator (DFO) [Homo sapiens]
C 3.9e-100 284 Crystal structure of ferric R-state human methemoglobin bound
to maleimide-deferoxamine bifunctional chelator (DFO) [Homo sapiens]
A 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
C 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
E 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
G 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
A 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
C 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
E 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
G 3.9e-100 284 Closslinked alpha(Fe-CO)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
A 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe-CO) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
C 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe-CO) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
E 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe-CO) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
G 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe-CO) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
A 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
C 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
E 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
G 3.9e-100 284 Closslinked alpha(Ni)-beta(Fe) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin C in the R quaternary structure
at 95 K: Dark [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin C in the R quaternary structure
at 95 K: Light [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin C in the R quaternary structure
at 140 K: Dark [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin C in the R quaternary structure
at 140 K: Light [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 95 K: Dark [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 95 K: Dark [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 95 K: Light [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 95 K: Light [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 140 K: Dark [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 140 K: Dark [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 140 K: Light [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 140 K: Light [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin C in the R quaternary structure
at 95 K: Light (2 min) [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin C in the R quaternary structure
at 140 K: Light (2 min) [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 95 K: Light (2 min) [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 95 K: Light (2 min) [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 140 K: Light (2 min) [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy human hemoglobin A in the R2 quaternary structure
at 140 K: Light (2 min) [Homo sapiens]
A 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
C 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
E 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
G 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Dark [Homo sapiens]
A 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
C 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
E 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
G 3.9e-100 284 Closslinked alpha(Ni)-beta(Ni) human hemoglobin A in the T
quaternary structure at 95 K: Light [Homo sapiens]
A 3.9e-100 284 human (alpha met/beta hemichrome) hemoglobin with S-nitrosation
at beta-Cys93 [Homo sapiens]
A 3.9e-100 284 Structure of human haptoglobin-hemoglobin bound to S. aureus
IsdH [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
2-hydroxy-6-((6-(hydroxymethyl)pyridin-2-yl)methoxy)benzaldehyde (VZHE039)
[Homo sapiens]
C 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
2-hydroxy-6-((6-(hydroxymethyl)pyridin-2-yl)methoxy)benzaldehyde (VZHE039)
[Homo sapiens]
A 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
methyl 5-((2-formyl-4-methoxyphenoxy)methyl)picolinate [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
methyl 5-((2-formyl-4-methoxyphenoxy)methyl)picolinate [Homo sapiens]
A 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
methyl 2-((2-formyl-3-hydroxyphenoxy)methyl)nicotinate [Homo sapiens]
C 3.9e-100 284 Carbonmonoxy hemoglobin in complex with the antisickling agent
methyl 2-((2-formyl-3-hydroxyphenoxy)methyl)nicotinate [Homo sapiens]
A 3.9e-100 284 Human Hemoglobin in Complex with Nitrosoamphetamine [Homo
sapiens]
C 3.9e-100 284 Human Hemoglobin in Complex with Nitrosoamphetamine [Homo
sapiens]
A 4.0e-100 284 Hemoglobin (Alpha + Met) Variant [Homo sapiens]
C 4.0e-100 284 Hemoglobin (Alpha + Met) Variant [Homo sapiens]
B 4.0e-100 284 Crystal structure of AHSP bound to Fe(II) alpha-hemoglobin
[Homo sapiens]
B 4.0e-100 284 Crystal structure of oxidized alpha hemoglobin bound to AHSP
[Homo sapiens]
D 4.0e-100 284 Crystal structure of oxidized alpha hemoglobin bound to AHSP
[Homo sapiens]
A 4.0e-100 284 The crystal structure of recombinant human adult hemoglobin
[Homo sapiens]
C 4.0e-100 284 The crystal structure of recombinant human adult hemoglobin
[Homo sapiens]
E 4.0e-100 284 The crystal structure of recombinant human adult hemoglobin
[Homo sapiens]
G 4.0e-100 284 The crystal structure of recombinant human adult hemoglobin
[Homo sapiens]
I 4.0e-100 284 The crystal structure of recombinant human adult hemoglobin
[Homo sapiens]
K 4.0e-100 284 The crystal structure of recombinant human adult hemoglobin
[Homo sapiens]
B 5.3e-100 283 A cis-proline in alpha-hemoglobin stabilizing Protein directs
the structural reorganization of alpha-hemoglobin [Homo sapiens]
D 5.3e-100 283 A cis-proline in alpha-hemoglobin stabilizing Protein directs
the structural reorganization of alpha-hemoglobin [Homo sapiens]
A 9.7e-100 283 R-State Human Carbonmonoxyhemoglobin Alpha-A53s [Homo sapiens]
A 1.1e-99 283 Hemoglobin (Alpha V1m) Mutant [Homo sapiens]
C 1.1e-99 283 Hemoglobin (Alpha V1m) Mutant [Homo sapiens]
A 1.1e-99 283 DEOXY RHB1.0 (RECOMBINANT HEMOGLOBIN) [Homo sapiens]
C 1.1e-99 283 DEOXY RHB1.0 (RECOMBINANT HEMOGLOBIN) [Homo sapiens]
A 1.1e-99 283 Crystal structure of deoxy HbbetaYQ, a site directed mutant of
HbA [Homo sapiens]
C 1.1e-99 283 Crystal structure of deoxy HbbetaYQ, a site directed mutant of
HbA [Homo sapiens]
A 1.1e-99 283 Deoxy hemoglobin (A,C:V1M; B,D:V1M,V67W) [Homo sapiens]
C 1.1e-99 283 Deoxy hemoglobin (A,C:V1M; B,D:V1M,V67W) [Homo sapiens]
A 1.1e-99 283 Carbonmonoxy Structure of Hemoglobin Evans alphaV62Mbetawt [Homo
sapiens]
A 1.4e-99 282 Structure of the Human Hemoglobin Mutant Hb Providence
(A-Gly-C:V1M; B,D:V1M,K82D; Ferrous, carbonmonoxy bound) [Homo sapiens]
A 1.6e-99 282 Hemoglobin Thionville: An Alpha-Chain Variant With A
Substitution Of A Glutamate For Valine At Na-1 And Having An Acetylated
Methionine Nh2 Terminus [Homo sapiens]
C 1.6e-99 282 Hemoglobin Thionville: An Alpha-Chain Variant With A
Substitution Of A Glutamate For Valine At Na-1 And Having An Acetylated
Methionine Nh2 Terminus [Homo sapiens]
A 3.5e-99 281 Deoxy hemoglobin (A,C:V1M,V62L; B,D:V1M,V67L) [Homo sapiens]
C 3.5e-99 281 Deoxy hemoglobin (A,C:V1M,V62L; B,D:V1M,V67L) [Homo sapiens]
A 3.8e-99 281 Artificial Mutant (Alpha Y42h) Of Deoxy Hemoglobin [Homo
sapiens]
C 3.8e-99 281 Artificial Mutant (Alpha Y42h) Of Deoxy Hemoglobin [Homo
sapiens]
A 4.0e-99 281 T-to-THigh Quaternary Transitions in Human Hemoglobin:
desArg141alpha deoxy low-salt [Homo sapiens]
C 4.0e-99 281 T-to-THigh Quaternary Transitions in Human Hemoglobin:
desArg141alpha deoxy low-salt [Homo sapiens]
A 4.0e-99 281 Structure of Aquomet Hemoglobin Bristol-Alesha alphawtbetaV67M
[Homo sapiens]
E 4.0e-99 281 T. congolense haptoglobin-haemoglobin receptor in complex with
haemoglobin [Homo sapiens]
A 4.0e-99 281 human methemoglobin state 1 determined using single-particle
cryo-EM at 200 keV [Homo sapiens]
C 4.0e-99 281 human methemoglobin state 1 determined using single-particle
cryo-EM at 200 keV [Homo sapiens]
A 4.0e-99 281 Human methemoglobin state 2 determined using single-particle
cryo-EM at 200 keV [Homo sapiens]
C 4.0e-99 281 Human methemoglobin state 2 determined using single-particle
cryo-EM at 200 keV [Homo sapiens]
A 4.5e-99 281 T-to-THigh Quaternary Transitions in Human Hemoglobin:
alphaY140F deoxy low-salt [Homo sapiens]
C 4.5e-99 281 T-to-THigh Quaternary Transitions in Human Hemoglobin:
alphaY140F deoxy low-salt [Homo sapiens]
A 4.5e-99 281 T-To-T(High) quaternary transitions in human hemoglobin:
alphaY140F oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
C 4.5e-99 281 T-To-T(High) quaternary transitions in human hemoglobin:
alphaY140F oxy (2MM IHP, 20% PEG) (1 test set) [Homo sapiens]
A 5.5e-99 281 R State Human Hemoglobin [alpha V96w], Carbonmonoxy [Homo
sapiens]
A 5.5e-99 281 T State Human Hemoglobin [alpha V96w], Alpha Aquomet, Beta Deoxy
[Homo sapiens]
C 5.5e-99 281 T State Human Hemoglobin [alpha V96w], Alpha Aquomet, Beta Deoxy
[Homo sapiens]
A 6.2e-99 281 Crystal structure of oxy-human hemoglobin Bassett at 2.15
angstrom [Homo sapiens]
A 6.2e-99 281 Crystal structure of deoxy-human hemoglobin Bassett at 1.8
angstrom [Homo sapiens]
C 6.2e-99 281 Crystal structure of deoxy-human hemoglobin Bassett at 1.8
angstrom [Homo sapiens]
A 6.5e-99 281 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaL91A
deoxy low-salt [Homo sapiens]
C 6.5e-99 281 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaL91A
deoxy low-salt [Homo sapiens]
A 7.8e-99 280 Human Hemoglobin A mutant alpha H58W deoxy-form [Homo sapiens]
C 7.8e-99 280 Human Hemoglobin A mutant alpha H58W deoxy-form [Homo sapiens]
A 9.2e-99 280 T-to-THigh Transitions in Human Hemoglobin: alphaK40G deoxy low-
salt [Homo sapiens]
C 9.2e-99 280 T-to-THigh Transitions in Human Hemoglobin: alphaK40G deoxy low-
salt [Homo sapiens]
A 1.0e-98 280 Human Hemoglobin A Mutant Alpha H58L Carbonmonoxy-Form [Homo
sapiens]
A 1.0e-98 280 Human Hemoglobin A Mutant Alpha H58L Deoxy-Form [Homo sapiens]
C 1.0e-98 280 Human Hemoglobin A Mutant Alpha H58L Deoxy-Form [Homo sapiens]
A 1.1e-98 280 DEOXYGENATED STRUCTURE OF A DISTAL SITE HEMOGLOBIN MUTANT PLUS
XE [Homo sapiens]
A 1.3e-98 280 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaD94G
deoxy low-salt [Homo sapiens]
C 1.3e-98 280 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaD94G
deoxy low-salt [Homo sapiens]
A 1.4e-98 280 DEOXYHEMOGLOBIN T38W (ALPHA CHAINS), V1G (ALPHA AND BETA CHAINS)
[Homo sapiens]
C 1.4e-98 280 DEOXYHEMOGLOBIN T38W (ALPHA CHAINS), V1G (ALPHA AND BETA CHAINS)
[Homo sapiens]
A 1.6e-98 280 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaP95A
deoxy low-salt [Homo sapiens]
C 1.6e-98 280 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaP95A
deoxy low-salt [Homo sapiens]
A 1.7e-98 280 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaR92A
deoxy low-salt [Homo sapiens]
C 1.7e-98 280 T-to-THigh Quaternary Transitions in Human Hemoglobin: alphaR92A
deoxy low-salt [Homo sapiens]
A 1.7e-98 280 T-To-T(High) quaternary transitions in human hemoglobin:
alphaR92A oxy (2mM IHP, 20% PEG) (10 test sets) [Homo sapiens]
C 1.7e-98 280 T-To-T(High) quaternary transitions in human hemoglobin:
alphaR92A oxy (2mM IHP, 20% PEG) (10 test sets) [Homo sapiens]
A 1.8e-98 280 Human Oxy-Hemoglobin [Homo sapiens]
A 1.8e-98 280 Human carbonmonoxy hemoglobin SFX dataset [Homo sapiens]
C 1.8e-98 280 Human carbonmonoxy hemoglobin SFX dataset [Homo sapiens]
A 2.0e-98 279 T-to-T(High) Quaternary Transitions in Human Hemoglobin:
alphaN97A deoxy low-salt [Homo sapiens]
C 2.0e-98 279 T-to-T(High) Quaternary Transitions in Human Hemoglobin:
alphaN97A deoxy low-salt [Homo sapiens]
A 2.5e-98 279 Cyanomet hemoglobin (A-GLY-C:V1M,L29F,H58Q; B,D:V1M,L106W) [Homo
sapiens]
A 2.7e-98 279 T-to-THigh Transitions in Human Hemoglobin: alpha Y42A deoxy low
salt [Homo sapiens]
C 2.7e-98 279 T-to-THigh Transitions in Human Hemoglobin: alpha Y42A deoxy low
salt [Homo sapiens]
A 2.7e-98 279 Intersubunit Interactions Associated with Tyr42alpha Stabilize
the Quaternary-T Tetramer but are not Major Quaternary Constraints in
Deoxyhemoglobin: alphaY42A deoxyhemoglobin no-salt [Homo sapiens]
C 2.7e-98 279 Intersubunit Interactions Associated with Tyr42alpha Stabilize
the Quaternary-T Tetramer but are not Major Quaternary Constraints in
Deoxyhemoglobin: alphaY42A deoxyhemoglobin no-salt [Homo sapiens]
A 2.7e-98 279 T-to-THigh Quaternary Transitions in Human Hemoglobin:
alphaY140A deoxy low-salt [Homo sapiens]
C 2.7e-98 279 T-to-THigh Quaternary Transitions in Human Hemoglobin:
alphaY140A deoxy low-salt [Homo sapiens]
A 2.9e-98 279 Crystal Structure of deoxy HbalphaYQ, a mutant of HbA [Homo
sapiens]
C 2.9e-98 279 Crystal Structure of deoxy HbalphaYQ, a mutant of HbA [Homo
sapiens]
A 2.9e-98 279 Crystal structure of partially ligated mutant of HbA [Homo
sapiens]
C 2.9e-98 279 Crystal structure of partially ligated mutant of HbA [Homo
sapiens]
A 2.9e-98 279 Deoxygenated Structure Of A Distal Pocket Hemoglobin Mutant
[Homo sapiens]
C 2.9e-98 279 Deoxygenated Structure Of A Distal Pocket Hemoglobin Mutant
[Homo sapiens]
C 2.9e-98 279 DEOXYGENATED STRUCTURE OF A DISTAL SITE HEMOGLOBIN MUTANT PLUS
XE [Homo sapiens]
A 5.6e-98 283 Deoxy Rhb1.1 (Recombinant Hemoglobin) [Homo sapiens]
A 1.7e-97 282 Deoxy Rhb1.1 (Recombinant Hemoglobin) [Homo sapiens]
A 5.6e-98 283 Cyanomet Rhb1.1 (Recombinant Hemoglobin) [Homo sapiens]
A 1.7e-97 282 Cyanomet Rhb1.1 (Recombinant Hemoglobin) [Homo sapiens]
A 5.6e-98 283 DEOXY RHB1.1 (RECOMBINANT HEMOGLOBIN) [Homo sapiens]
A 1.7e-97 282 DEOXY RHB1.1 (RECOMBINANT HEMOGLOBIN) [Homo sapiens]
A 5.6e-98 283 Deoxy hemoglobin (A-GLY-C:V1M; B,D:V1M,C93A,N108K) [Homo
sapiens]
A 1.7e-97 282 Deoxy hemoglobin (A-GLY-C:V1M; B,D:V1M,C93A,N108K) [Homo
sapiens]
A 6.6e-98 283 Deoxy Rhb1.2 (recombinant Hemoglobin) [Homo sapiens]
A 2.0e-97 282 Deoxy Rhb1.2 (recombinant Hemoglobin) [Homo sapiens]
A 1.4e-97 277 Structure of Aquomet Hemoglobin Evans alphaV62Mbetawt [Homo
sapiens]
A 4.9e-97 281 Deoxy hemoglobin (A-GLYGLYGLY-C:V1M,L29W; B,D:V1M) [Homo
sapiens]
A 1.5e-96 280 Deoxy hemoglobin (A-GLYGLYGLY-C:V1M,L29W; B,D:V1M) [Homo
sapiens]
A 1.0e-96 280 Deoxy hemoglobin (A-GLY-C:V1M,L29F,H58Q; B,D:V1M,L106W) [Homo
sapiens]
A 3.2e-96 279 Deoxy hemoglobin (A-GLY-C:V1M,L29F,H58Q; B,D:V1M,L106W) [Homo
sapiens]
A 1.3e-96 280 Deoxy hemoglobin (A-GLYGLYGLY-C:V1M,L29F,H58Q B,D:V1M,V67W)
[Homo sapiens]
A 3.8e-96 279 Deoxy hemoglobin (A-GLYGLYGLY-C:V1M,L29F,H58Q B,D:V1M,V67W)
[Homo sapiens]
A 1.4e-96 275 Human Hemoglobin immersed in Liquid Oxygen for 1 minute [Homo
sapiens]
B 1.4e-96 275 Human Hemoglobin immersed in Liquid Oxygen for 1 minute [Homo
sapiens]
A 1.4e-96 275 Human Hemoglobin Immersed in Liquid Oxygen for 20 seconds [Homo
sapiens]
C 1.4e-96 275 Human Hemoglobin Immersed in Liquid Oxygen for 20 seconds [Homo
sapiens]
A 2.3e-96 280 Deoxy hemoglobin (A-GLY-C:V1M,L29W,H58Q; B,D:V1M) [Homo sapiens]
A 7.0e-96 278 Deoxy hemoglobin (A-GLY-C:V1M,L29W,H58Q; B,D:V1M) [Homo sapiens]
A 1.3e-89 257 Structure of predicted ancestral pika hemoglobin [Ochotona
princeps]
A 3.2e-89 256 The crystal structure of mongoose (Helogale parvula) hemoglobin
at pH 8.2 [Helogale parvula]
A 3.2e-89 256 Crystal structure of Mongoose (Helogale parvula) hemoglobin at
pH 7.0 [Helogale parvula]
C 3.2e-89 256 Crystal structure of Mongoose (Helogale parvula) hemoglobin at
pH 7.0 [Helogale parvula]
A 6.1e-88 253 Crystal structure determination of indian flying fox (Pteropus
giganteus) at 1.62 A resolution [Pteropus giganteus]
A 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.2 angstrom resolution [Felis catus]
C 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.2 angstrom resolution [Felis catus]
A 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.0 angstrom resolution [Felis catus]
C 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.0 angstrom resolution [Felis catus]
A 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.4 angstrom resolution [Felis catus]
C 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.4 angstrom resolution [Felis catus]
E 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.4 angstrom resolution [Felis catus]
G 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.4 angstrom resolution [Felis catus]
A 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.9 angstrom resolution [Felis catus]
C 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.9 angstrom resolution [Felis catus]
E 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.9 angstrom resolution [Felis catus]
G 4.4e-87 251 Crystal structure determination of cat (Felis silvestris catus)
hemoglobin at 2.9 angstrom resolution [Felis catus]
A 6.4e-87 250 Crystal Structure of Horse Carbonmonoxyhemoglobin-Bezafibrate
Complex at 1.55A Resolution: A Novel Allosteric Binding Site in R-State
Hemoglobin [Equus caballus]
A 6.4e-87 250 Crystal structure of carbonmonoxy horse hemoglobin complexed
with L35 [Equus caballus]
A 6.4e-87 250 Joint X-ray/neutron structure of equine cyanomet hemoglobin in R
state [Equus caballus]
A 6.4e-87 250 Hemoglobin structure from serial crystallography with a
3D-printed nozzle. [Equus caballus]
C 6.4e-87 250 Hemoglobin structure from serial crystallography with a
3D-printed nozzle. [Equus caballus]
A 9.1e-87 250 Crystal structure of hemoglobin from mouse (Mus musculus)at 2.8
[Mus musculus]
C 9.1e-87 250 Crystal structure of hemoglobin from mouse (Mus musculus)at 2.8
[Mus musculus]
A 1.4e-86 249 Crystal structure determination of buffalo (Bubalus bubalis)
hemoglobin at 2 angstrom resolution [Bubalus bubalis]
C 1.4e-86 249 Crystal structure determination of buffalo (Bubalus bubalis)
hemoglobin at 2 angstrom resolution [Bubalus bubalis]
A 1.7e-86 249 The X-ray Structure Determination Of Bovine Carbonmonoxy Hb At
2.1 A Resolution And Its Relationship To The Quaternary Structure Of Other Hb
Crystal Forms [Bos taurus]
C 1.7e-86 249 The X-ray Structure Determination Of Bovine Carbonmonoxy Hb At
2.1 A Resolution And Its Relationship To The Quaternary Structure Of Other Hb
Crystal Forms [Bos taurus]
A 1.7e-86 249 Carbonmonoxy Liganded Bovine Hemoglobin Ph 5.0 [Bos taurus]
C 1.7e-86 249 Carbonmonoxy Liganded Bovine Hemoglobin Ph 5.0 [Bos taurus]
A 1.7e-86 249 Carbonmonoxy Liganded Bovine Hemoglobin Ph 7.2 [Bos taurus]
C 1.7e-86 249 Carbonmonoxy Liganded Bovine Hemoglobin Ph 7.2 [Bos taurus]
A 1.7e-86 249 Carbonmonoxy Liganded Bovine Hemoglobin Ph 8.5 [Bos taurus]
C 1.7e-86 249 Carbonmonoxy Liganded Bovine Hemoglobin Ph 8.5 [Bos taurus]
A 1.7e-86 249 A NOVEL ALLOSTERIC MECHANISM IN HAEMOGLOBIN. STRUCTURE OF BOVINE
DEOXYHAEMOGLOBIN, ABSENCE OF SPECIFIC CHLORIDE-BINDING SITES AND ORIGIN OF THE
CHLORIDE-LINKED BOHR EFFECT IN BOVINE AND HUMAN HAEMOGLOBIN [Bos taurus]
C 1.7e-86 249 A NOVEL ALLOSTERIC MECHANISM IN HAEMOGLOBIN. STRUCTURE OF BOVINE
DEOXYHAEMOGLOBIN, ABSENCE OF SPECIFIC CHLORIDE-BINDING SITES AND ORIGIN OF THE
CHLORIDE-LINKED BOHR EFFECT IN BOVINE AND HUMAN HAEMOGLOBIN [Bos taurus]
A 1.7e-86 249 Bovine Hemoglobin at pH 5.7 [Bos taurus]
C 1.7e-86 249 Bovine Hemoglobin at pH 5.7 [Bos taurus]
A 1.7e-86 249 Bovine hemoglobin at pH 6.3 [Bos taurus]
C 1.7e-86 249 Bovine hemoglobin at pH 6.3 [Bos taurus]
A 1.7e-86 249 Site-Selective Glycosylation of Cysteine-93 beta on the Surface
of Bovine Hemoglobin and its Application as a Novel Oxygen Therapeutic [Bos
taurus]
C 1.7e-86 249 Site-Selective Glycosylation of Cysteine-93 beta on the Surface
of Bovine Hemoglobin and its Application as a Novel Oxygen Therapeutic [Bos
taurus]
A 1.7e-86 249 Site-specific Glycosylation of Hemoglobin Utilizing Oxime
Ligation Chemistry as a Viable Alternative to PEGylation [Bos taurus]
C 1.7e-86 249 Site-specific Glycosylation of Hemoglobin Utilizing Oxime
Ligation Chemistry as a Viable Alternative to PEGylation [Bos taurus]
A 1.7e-86 249 Site-specific Glycosylation of Hemoglobin Utilizing Oxime
Ligation Chemistry as a Viable Alternative to PEGylation [Bos taurus]
C 1.7e-86 249 Site-specific Glycosylation of Hemoglobin Utilizing Oxime
Ligation Chemistry as a Viable Alternative to PEGylation [Bos taurus]
A 1.7e-86 249 Site-specific Glycosylation of Hemoglobin Utilizing Oxime
Ligation Chemistry as a Viable Alternative to PEGylation [Bos taurus]
C 1.7e-86 249 Site-specific Glycosylation of Hemoglobin Utilizing Oxime
Ligation Chemistry as a Viable Alternative to PEGylation [Bos taurus]
A 3.7e-86 248 THREE DIMENSIONAL FOURIER SYNTHESIS OF HORSE DEOXYHAEMOGLOBIN AT
2.8 ANGSTROMS RESOLUTION [Equus caballus]
A 3.7e-86 248 Carbonmonoxy Liganded Equine Hemoglobin Ph 8.5 [Equus caballus]
A 3.7e-86 248 The 2.1A Structure of Horse (alpha hemichrome/beta met)
Hemoglobin at pH 5.4 [Equus caballus]
A 3.7e-86 248 The 1.6A Structure of Horse Methemoglobin at pH 7.1 [Equus
caballus]
A 3.7e-86 248 Horse Methemoglobin Low Salt, Ph 7.0 [Equus caballus]
C 3.7e-86 248 Horse Methemoglobin Low Salt, Ph 7.0 [Equus caballus]
A 3.7e-86 248 Horse methemoglobin low salt, PH 7.0 (98% relative humidity)
[Equus caballus]
C 3.7e-86 248 Horse methemoglobin low salt, PH 7.0 (98% relative humidity)
[Equus caballus]
A 3.7e-86 248 Horse methemoglobin low salt, PH 7.0 (88% relative humidity)
[Equus caballus]
C 3.7e-86 248 Horse methemoglobin low salt, PH 7.0 (88% relative humidity)
[Equus caballus]
A 3.7e-86 248 The Structure Of Horse Methaemoglobin At 2.0 Angstroms
Resolution [Equus caballus]
A 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 [Equus caballus]
A 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 (88% relative humidity)
[Equus caballus]
A 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 (79% relative humidity)
[Equus caballus]
A 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 (75% relative humidity)
[Equus caballus]
C 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 (75% relative humidity)
[Equus caballus]
A 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 (66% relative humidity)
[Equus caballus]
C 3.7e-86 248 Horse methemoglobin high salt, pH 7.0 (66% relative humidity)
[Equus caballus]
A 6.6e-86 248 Multicrystal structure of equine Haemoglobin at room temperature
using a multilayer monochromator. [Equus caballus]
A 7.4e-86 248 Crystal structure determination of Lepus europaeus 2.8 A
resolution [Lepus europaeus]
C 7.4e-86 248 Crystal structure determination of Lepus europaeus 2.8 A
resolution [Lepus europaeus]
A 1.5e-85 247 DEOXY-HAEMOGLOBIN TRAPPED IN THE HIGH-AFFINITY (R) STATE [Equus
caballus]
A 1.8e-85 246 Structure determination of haemoglobin from Donkey(equus asinus)
at 3.0 Angstrom resolution [Equus asinus]
A 1.9e-85 246 Deer mouse hemoglobin in hydrated format [Peromyscus
maniculatus]
A 2.1e-85 246 Crystal Structure Analysis of bovine Hemoglobin modified by SNP
[Bos taurus]
C 2.1e-85 246 Crystal Structure Analysis of bovine Hemoglobin modified by SNP
[Bos taurus]
A 2.7e-85 246 X ray crystal structure of rabbit hemoglobin (oxy form) at 2.0
angstrom resolution [Oryctolagus cuniculus]
C 2.7e-85 246 X ray crystal structure of rabbit hemoglobin (oxy form) at 2.0
angstrom resolution [Oryctolagus cuniculus]
A 5.6e-85 245 Crystal structure determination of sheep methemoglobin at 2.7
Angstrom resolution [Ovis aries]
C 5.6e-85 245 Crystal structure determination of sheep methemoglobin at 2.7
Angstrom resolution [Ovis aries]
A 5.6e-85 245 Crystal Structure determination of Goat Methemoglobin at 2.7
Angstrom [Capra hircus]
C 5.6e-85 245 Crystal Structure determination of Goat Methemoglobin at 2.7
Angstrom [Capra hircus]
I 5.6e-85 245 Crystal Structure determination of Goat Methemoglobin at 2.7
Angstrom [Capra hircus]
K 5.6e-85 245 Crystal Structure determination of Goat Methemoglobin at 2.7
Angstrom [Capra hircus]
A 5.6e-85 245 Crystal Structure determination of goat hemoglobin (Capra
hircus) at 3 angstrom resolution [Capra hircus]
C 5.6e-85 245 Crystal Structure determination of goat hemoglobin (Capra
hircus) at 3 angstrom resolution [Capra hircus]
A 6.7e-85 245 Crystal Structure Determination of Goat Hemoglobin at 2.61
Angstrom Resolution [Capra hircus]
C 6.7e-85 245 Crystal Structure Determination of Goat Hemoglobin at 2.61
Angstrom Resolution [Capra hircus]
A 2.9e-84 244 Crystal structure determination of camel(Camelus
dromedarius)hemoglobin at 2 angstrom resolution [Camelus dromedarius]
C 2.9e-84 244 Crystal structure determination of camel(Camelus
dromedarius)hemoglobin at 2 angstrom resolution [Camelus dromedarius]
A 8.1e-84 243 crystal structure of hemoglobin from dog (Canis familiaris) at
3.5 Angstrom resolution [Canis lupus familiaris]
C 8.1e-84 243 crystal structure of hemoglobin from dog (Canis familiaris) at
3.5 Angstrom resolution [Canis lupus familiaris]
A 8.1e-84 243 Crystal structure of dog (Canis familiaris) hemoglobin [Canis
lupus familiaris]
C 8.1e-84 243 Crystal structure of dog (Canis familiaris) hemoglobin [Canis
lupus familiaris]
A 8.1e-84 243 Structure of Greyhound Hemoglobin: Origin of High Oxygen
Affinity [Canis lupus familiaris]
A 8.7e-84 242 Deer mouse recombinant hemoglobin from high altitude species
[Peromyscus maniculatus]
C 8.7e-84 242 Deer mouse recombinant hemoglobin from high altitude species
[Peromyscus maniculatus]
E 8.7e-84 242 Deer mouse recombinant hemoglobin from high altitude species
[Peromyscus maniculatus]
G 8.7e-84 242 Deer mouse recombinant hemoglobin from high altitude species
[Peromyscus maniculatus]
A 1.2e-83 242 The crystal structure of hemoglobin from woolly mammoth in the
deoxy form [Mammuthus primigenius]
C 1.2e-83 242 The crystal structure of hemoglobin from woolly mammoth in the
deoxy form [Mammuthus primigenius]
A 1.2e-83 242 The crystal structure of hemoglobin from woolly mammoth in the
carbonmonoxy forms [Mammuthus primigenius]
A 1.2e-83 242 The crystal structure of hemoglobin from woolly mammoth in the
met form [Mammuthus primigenius]
A 1.7e-83 241 Crystal Structure Analysis of CO form hemoglobin from Bos taurus
[Bos taurus]
C 1.7e-83 241 Crystal Structure Analysis of CO form hemoglobin from Bos taurus
[Bos taurus]
A 3.0e-83 241 Crystal Structure Of Aquomet Hemoglobin-I Of The Maned Wolf
(Chrysocyon Brachyurus) At 2.0 Resolution. [Chrysocyon brachyurus]
C 3.0e-83 241 Crystal Structure Of Aquomet Hemoglobin-I Of The Maned Wolf
(Chrysocyon Brachyurus) At 2.0 Resolution. [Chrysocyon brachyurus]
A 3.0e-83 241 Hemoglobin from Cerdocyon thous, a canidae from Brazil, at 2.2
Angstroms resolution [Cerdocyon thous]
C 3.0e-83 241 Hemoglobin from Cerdocyon thous, a canidae from Brazil, at 2.2
Angstroms resolution [Cerdocyon thous]
A 3.9e-83 241 Crystal Structure Determination Of Porcine Hemoglobin At 1.8a
Resolution [Sus scrofa]
C 3.9e-83 241 Crystal Structure Determination Of Porcine Hemoglobin At 1.8a
Resolution [Sus scrofa]
A 3.9e-83 241 Structure Determination Of Aquomet Porcine Hemoglobin At 2.8
Angstrom Resolution [Sus scrofa]
C 3.9e-83 241 Structure Determination Of Aquomet Porcine Hemoglobin At 2.8
Angstrom Resolution [Sus scrofa]
A 3.9e-83 241 Structure of the Haptoglobin-Haemoglobin Complex [Sus scrofa]
D 3.9e-83 241 Structure of the Haptoglobin-Haemoglobin Complex [Sus scrofa]
G 3.9e-83 241 Structure of the Haptoglobin-Haemoglobin Complex [Sus scrofa]
J 3.9e-83 241 Structure of the Haptoglobin-Haemoglobin Complex [Sus scrofa]
A 4.5e-77 225 MACROMOLECULAR STRUCTURE REFINEMENT BY RESTRAINED LEAST-SQUARES
AND INTERACTIVE GRAPHICS AS APPLIED TO SICKLING DEER TYPE III HEMOGLOBIN
[Odocoileus virginianus]
C 4.5e-77 225 MACROMOLECULAR STRUCTURE REFINEMENT BY RESTRAINED LEAST-SQUARES
AND INTERACTIVE GRAPHICS AS APPLIED TO SICKLING DEER TYPE III HEMOGLOBIN
[Odocoileus virginianus]
A 9.0e-75 219 Crystal structure analysis of guinea pig oxyhemoglobin at 2.5
angstroms resolution [Cavia porcellus]
A 9.0e-75 219 Crystal structure of the altitude adapted hemoglobin of guinea
pig. [Cavia porcellus]
A 1.9e-71 211 Crystal structure determination of duck (Anas platyrhynchos)
hemoglobin at 2.1 Angstrom resolution [Anas platyrhynchos]
A 7.8e-71 209 Graylag Goose Hemoglobin (Oxy Form) [Anser anser]
C 7.8e-71 209 Graylag Goose Hemoglobin (Oxy Form) [Anser anser]
A 1.5e-70 209 Crystal Structure Determination of Methemoglobin from Pigeon at
2 Angstrom Resolution (Columba livia) [Columba livia]
C 1.5e-70 209 Crystal Structure Determination of Methemoglobin from Pigeon at
2 Angstrom Resolution (Columba livia) [Columba livia]
E 1.5e-70 209 Crystal Structure Determination of Methemoglobin from Pigeon at
2 Angstrom Resolution (Columba livia) [Columba livia]
G 1.5e-70 209 Crystal Structure Determination of Methemoglobin from Pigeon at
2 Angstrom Resolution (Columba livia) [Columba livia]
A 1.6e-70 209 Pigeon Hemoglobin (OXY form) [Columba livia]
C 1.6e-70 209 Pigeon Hemoglobin (OXY form) [Columba livia]
A 1.6e-70 209 Crystal structure determination of pigeon (columba livia)
haemoglobin at 3.5 angstrom resolution [Columba livia]
A 1.2e-69 207 Crystal structure determination of Japanese quail (Coturnix
coturnix japonica) hemoglobin at 2.76 Angstrom resolution [Coturnix japonica]
C 1.2e-69 207 Crystal structure determination of Japanese quail (Coturnix
coturnix japonica) hemoglobin at 2.76 Angstrom resolution [Coturnix japonica]
A 1.3e-69 207 Structure determination of haemoglobin from Turkey(meleagris
gallopavo) at 2.8 Angstrom resolution [Meleagris gallopavo]
C 1.3e-69 207 Structure determination of haemoglobin from Turkey(meleagris
gallopavo) at 2.8 Angstrom resolution [Meleagris gallopavo]
A 1.6e-69 206 Crystal structure of Turkey (Meleagiris gallopova)hemoglobin at
2.3 Angstrom [Meleagris gallopavo]
C 1.6e-69 206 Crystal structure of Turkey (Meleagiris gallopova)hemoglobin at
2.3 Angstrom [Meleagris gallopavo]
A 1.6e-69 206 Crystal structure of hemoglobin from turkey (Meleagiris
gallopova) crystallized in orthorhombic form at 1.4 Angstrom resolution
[Meleagris gallopavo]
C 1.6e-69 206 Crystal structure of hemoglobin from turkey (Meleagiris
gallopova) crystallized in orthorhombic form at 1.4 Angstrom resolution
[Meleagris gallopavo]
A 1.6e-69 206 Crystal structure of hemoglobin from turkey (Meleagiris
gallopova) crystallized in monoclinic form at 1.66 Angstrom resolution
[Meleagris gallopavo]
C 1.6e-69 206 Crystal structure of hemoglobin from turkey (Meleagiris
gallopova) crystallized in monoclinic form at 1.66 Angstrom resolution
[Meleagris gallopavo]
A 1.8e-69 206 The Crystal Structure Determination of Rat (rattus norvegicus)
Hemoglobin [Rattus norvegicus]
A 1.8e-69 206 Crystal structure of rat methemoglobin in R2 state [Rattus
norvegicus]
E 1.8e-69 206 Crystal structure of rat methemoglobin in R2 state [Rattus
norvegicus]
A 7.0e-69 205 Structure of Hemoglobin from flightless bird (Struthio camelus)
[Struthio camelus]
C 7.0e-69 205 Structure of Hemoglobin from flightless bird (Struthio camelus)
[Struthio camelus]
E 7.0e-69 205 Structure of Hemoglobin from flightless bird (Struthio camelus)
[Struthio camelus]
G 7.0e-69 205 Structure of Hemoglobin from flightless bird (Struthio camelus)
[Struthio camelus]
A 7.0e-69 205 Crystal structure determination of Ostrich hemoglobin at 2.2
Angstrom resolution [Struthio camelus]
C 7.0e-69 205 Crystal structure determination of Ostrich hemoglobin at 2.2
Angstrom resolution [Struthio camelus]
A 3.4e-68 203 Bar-Headed Goose Hemoglobin (Oxy Form) [Anser indicus]
A 3.4e-68 203 Crystal Structure Analysis Of Bar-head Goose Hemoglobin (deoxy
Form) [Anser indicus]
C 3.4e-68 203 Crystal Structure Analysis Of Bar-head Goose Hemoglobin (deoxy
Form) [Anser indicus]
E 3.4e-68 203 Crystal Structure Analysis Of Bar-head Goose Hemoglobin (deoxy
Form) [Anser indicus]
G 3.4e-68 203 Crystal Structure Analysis Of Bar-head Goose Hemoglobin (deoxy
Form) [Anser indicus]
A 1.5e-67 201 BAR-HEADED GOOSE HEMOGLOBIN (AQUOMET FORM) [Anser indicus]
A 2.0e-67 201 Crystal structure of Emu (dromaius novaehollandiae) hemoglobin
at 2.3 angstrom resolution [Dromaius novaehollandiae]
C 2.0e-67 201 Crystal structure of Emu (dromaius novaehollandiae) hemoglobin
at 2.3 angstrom resolution [Dromaius novaehollandiae]
A 7.0e-66 197 Side-necked turtle (Pleurodira, Chelonia, REPTILIA) hemoglobin:
cDNA-derived primary structures and X-ray crystal structures of Hb A
[Podocnemis unifilis]
A 7.0e-66 197 Side-necked turtle (Pleurodira, Chelonia, REPTILIA) hemoglobin:
cDNA-derived primary structures and X-ray crystal structures of Hb A
[Podocnemis unifilis]
A 1.8e-65 196 Crystal structure of parrot hemoglobin (Psittacula krameri) at
pH 7.5 [Psittacula krameri]
A 2.4e-65 196 Crystal structure of Cormorant (Phalacrocorax carbo) hemoglobin
[Phalacrocorax carbo]
A 7.2e-60 182 R-state Form Of Chicken Hemoglobin D [Gallus gallus]
C 7.2e-60 182 R-state Form Of Chicken Hemoglobin D [Gallus gallus]
A 3.8e-58 177 Crystal structure of hemoglobin D from the Aldabra giant
tortoise (Geochelone gigantea) at 2.0 A resolution [Aldabrachelys gigantea]
A 3.8e-58 177 Crystal Structure of Hemoglobin D from the Aldabra Giant
Tortoise, Geochelone gigantea, at 1.65 A resolution [Aldabrachelys gigantea]
A 3.8e-58 177 Crystal Structure of Carbonmonoxy Hemoglobin D from the Aldabra
Giant Tortoise, Geochelone gigantea [Aldabrachelys gigantea]
A 8.4e-57 174 Human zeta-2 beta-2-s hemoglobin [Homo sapiens]
C 8.4e-57 174 Human zeta-2 beta-2-s hemoglobin [Homo sapiens]
E 8.4e-57 174 Human zeta-2 beta-2-s hemoglobin [Homo sapiens]
A 9.9e-57 174 Chimeric Human/Mouse Carbonmonoxy Hemoglobin (Human Zeta2 /
Mouse Beta2) [Homo sapiens]
C 9.9e-57 174 Chimeric Human/Mouse Carbonmonoxy Hemoglobin (Human Zeta2 /
Mouse Beta2) [Homo sapiens]
A 5.7e-55 169 X-ray sequence and high resolution crystal structure of Starry
sturgeon methemoglobin [Acipenser stellatus]
A 8.4e-54 167 Module-Substituted Chimera Hemoglobin Beta-Alpha (F133v) [Homo
sapiens]
B 8.4e-54 167 Module-Substituted Chimera Hemoglobin Beta-Alpha (F133v) [Homo
sapiens]
C 8.4e-54 167 Module-Substituted Chimera Hemoglobin Beta-Alpha (F133v) [Homo
sapiens]
D 8.4e-54 167 Module-Substituted Chimera Hemoglobin Beta-Alpha (F133v) [Homo
sapiens]
A 4.8e-53 165 X-ray sequence and high resolution crystal structure of Persian
sturgeon methemoglobin [Acipenser persicus]
A 2.5e-50 158 Trout Hemoglobin I [Oncorhynchus mykiss]
A 2.5e-50 158 Carbonmonoxy Trout Hemoglobin I [Oncorhynchus mykiss]
C 2.5e-50 158 Carbonmonoxy Trout Hemoglobin I [Oncorhynchus mykiss]
A 1.1e-49 156 Crystal structure of bluefin tuna carbonmonoxy-hemoglobin
[Thunnus thynnus]
C 1.1e-49 156 Crystal structure of bluefin tuna carbonmonoxy-hemoglobin
[Thunnus thynnus]
A 1.1e-49 156 Crystal structure of bluefin tuna hemoglobin deoxy form at pH7.5
[Thunnus thynnus]
C 1.1e-49 156 Crystal structure of bluefin tuna hemoglobin deoxy form at pH7.5
[Thunnus thynnus]
A 1.1e-49 156 Crystal structure of bluefin tuna hemoglobin deoxy form at pH5.0
[Thunnus thynnus]
C 1.1e-49 156 Crystal structure of bluefin tuna hemoglobin deoxy form at pH5.0
[Thunnus thynnus]
A 4.9e-49 154 met-Perch Hemoglobin at pH 5.7 [Perca flavescens]
C 4.9e-49 154 met-Perch Hemoglobin at pH 5.7 [Perca flavescens]
A 4.9e-49 154 met-Perch Hemoglobin at pH 6.3 [Perca flavescens]
C 4.9e-49 154 met-Perch Hemoglobin at pH 6.3 [Perca flavescens]
A 4.9e-49 154 met-Perch hemoglobin at pH 8.0 [Perca flavescens]
C 4.9e-49 154 met-Perch hemoglobin at pH 8.0 [Perca flavescens]
A 2.5e-48 153 Met-Perch Hemoglobin at 1.9A [Perca flavescens]
C 2.5e-48 153 Met-Perch Hemoglobin at 1.9A [Perca flavescens]
A 1.3e-46 149 STRUCTURE OF DEOXYHAEMOGLOBIN OF THE ANTARCTIC FISH PAGOTHENIA
BERNACCHII AND STRUCTURAL BASIS OF THE ROOT EFFECT [Trematomus bernacchii]
C 1.3e-46 149 STRUCTURE OF DEOXYHAEMOGLOBIN OF THE ANTARCTIC FISH PAGOTHENIA
BERNACCHII AND STRUCTURAL BASIS OF THE ROOT EFFECT [Trematomus bernacchii]
A 1.3e-46 149 Haemoglobin Of The Antarctic Fish Pagothenia Bernacchii: Amino
Acid Sequence, Oxygen Equilibria And Crystal Structure Of Its Carbonmonoxy
Derivative [Trematomus bernacchii]
A 1.3e-46 149 The crystal structure of Trematomus bernacchii hemoglobin
oxidized by air [Trematomus bernacchii]
A 1.3e-46 149 The crystal structure of Trematomus bernacchii hemoglobin
oxidized by ferricyanide [Trematomus bernacchii]
C 1.3e-46 149 The crystal structure of Trematomus bernacchii hemoglobin
oxidized by ferricyanide [Trematomus bernacchii]
A 1.3e-46 149 Crystal structure of deoxy hemoglobin from Trematomus bernacchii
at pH 8.4 [Trematomus bernacchii]
C 1.3e-46 149 Crystal structure of deoxy hemoglobin from Trematomus bernacchii
at pH 8.4 [Trematomus bernacchii]
A 1.3e-46 149 Crystal structure of deoxy hemoglobin from Trematomus bernacchii
at pH 6.2 [Trematomus bernacchii]
C 1.3e-46 149 Crystal structure of deoxy hemoglobin from Trematomus bernacchii
at pH 6.2 [Trematomus bernacchii]
A 1.3e-46 149 Crystal structure of Trematomus bernacchii hemoglobin in a
partial hemichrome state [Trematomus bernacchii]
A 1.3e-46 149 X-ray structure of an intermediate along the oxidation pathway
of Trematomus bernacchii hemoglobin [Trematomus bernacchii]
A 1.3e-46 149 Crystal structure at acidic pH of the ferric form of the Root
effect hemoglobin from Trematomus bernacchii. [Trematomus bernacchii]
C 1.3e-46 149 Crystal structure at acidic pH of the ferric form of the Root
effect hemoglobin from Trematomus bernacchii. [Trematomus bernacchii]
A 1.3e-46 149 Crystallographic analysis of the interaction of nitric oxide
with hemoglobin from Trematomus bernacchii in the T quaternary structure
(fully ligated state). [Trematomus bernacchii]
C 1.3e-46 149 Crystallographic analysis of the interaction of nitric oxide
with hemoglobin from Trematomus bernacchii in the T quaternary structure
(fully ligated state). [Trematomus bernacchii]
A 1.3e-46 149 Crystal structure of T-state carbonmonoxy hemoglobin from
Trematomus bernacchii at pH 8.4 [Trematomus bernacchii]
C 1.3e-46 149 Crystal structure of T-state carbonmonoxy hemoglobin from
Trematomus bernacchii at pH 8.4 [Trematomus bernacchii]
A 1.3e-46 149 Crystal structure of Trematomus bernacchii hemoglobin in a
partially cyanided state [Trematomus bernacchii]
A 2.4e-46 148 met-Trout IV hemoglobin at pH 6.3 [Oncorhynchus mykiss]
C 2.4e-46 148 met-Trout IV hemoglobin at pH 6.3 [Oncorhynchus mykiss]
A 2.4e-46 148 Crystal structure of trout hemoglobin at 1.35 Angstrom
resolution [Oncorhynchus mykiss]
C 2.4e-46 148 Crystal structure of trout hemoglobin at 1.35 Angstrom
resolution [Oncorhynchus mykiss]
A 7.5e-46 146 Crystal structure of oxy-hemoglobin from Brycon cephalus [Brycon
cephalus]
C 7.5e-46 146 Crystal structure of oxy-hemoglobin from Brycon cephalus [Brycon
cephalus]
A 1.3e-45 146 R/T intermediate quaternary structure of an antarctic fish
hemoglobin in an alpha(CO)-beta(pentacoordinate) state [Trematomus newnesi]
A 1.3e-45 146 The crystal structure of Trematomus newnesi hemoglobin in a
partial hemichrome state [Trematomus newnesi]
A 1.3e-45 146 CRYSTAL STRUCTURE OF CARBONMONOXY HEMOGLOBIN [Trematomus
newnesi]
A 1.3e-45 146 Crystal structure of the cathodic hemoglobin isolated from the
Antarctic fish Trematomus Newnesi [Trematomus newnesi]
C 1.3e-45 146 Crystal structure of the cathodic hemoglobin isolated from the
Antarctic fish Trematomus Newnesi [Trematomus newnesi]
A 1.3e-45 146 The crystal structure of hemoglobin I from trematomus newnesi in
deoxygenated state [Trematomus newnesi]
C 1.3e-45 146 The crystal structure of hemoglobin I from trematomus newnesi in
deoxygenated state [Trematomus newnesi]
A 1.3e-45 146 The crystal structure of hemoglobin I from Trematomus newnesi in
deoxygenated state obtained through an oxidation/reduction cycle in which
potassium hexacyanoferrate and sodium dithionite were alternatively added
[Trematomus newnesi]
C 1.3e-45 146 The crystal structure of hemoglobin I from Trematomus newnesi in
deoxygenated state obtained through an oxidation/reduction cycle in which
potassium hexacyanoferrate and sodium dithionite were alternatively added
[Trematomus newnesi]
A 1.3e-45 146 X-ray structure of a new fully ligated carbomonoxy form of
Trematomus newnesi hemoglobin (Hb1TnCO). [Trematomus newnesi]
C 1.3e-45 146 X-ray structure of a new fully ligated carbomonoxy form of
Trematomus newnesi hemoglobin (Hb1TnCO). [Trematomus newnesi]
A 3.4e-45 145 X-ray structure of carbonmonoxy hemoglobin of Eleginops
maclovinus [Eleginops maclovinus]
C 3.4e-45 145 X-ray structure of carbonmonoxy hemoglobin of Eleginops
maclovinus [Eleginops maclovinus]
A 3.4e-45 145 Crystal structure of monocarboxylated hemoglobin from the sub-
Antarctic fish Eleginops maclovinus [Eleginops maclovinus]
A 9.7e-44 141 Carbonmonoxy Hemoglobin From The Teleost Fish Leiostomus
Xanthurus [Leiostomus xanthurus]
A 1.5e-38 128 The crystal structure of haemoglobin from Atlantic cod [Gadus
morhua]
C 1.5e-38 128 The crystal structure of haemoglobin from Atlantic cod [Gadus
morhua]
E 1.5e-38 128 The crystal structure of haemoglobin from Atlantic cod [Gadus
morhua]
G 1.5e-38 128 The crystal structure of haemoglobin from Atlantic cod [Gadus
morhua]
B 1.2e-33 115 T-To-T(High) quaternary transitions in human hemoglobin:
betaC93A deoxy low-salt (1 test set) [Homo sapiens]
D 1.2e-33 115 T-To-T(High) quaternary transitions in human hemoglobin:
betaC93A deoxy low-salt (1 test set) [Homo sapiens]
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/U
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/J
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/K
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/Z
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/A
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/S
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/W
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/D
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/R
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/E
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/F
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/G
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/I
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/P
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/M
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/B
Failed HTTP Error 404:
Fetching BLAST PDB info using URL:
https://data.rcsb.org/rest/v1/core/entry/C
Failed HTTP Error 404:
Could not fetch entry information for U
Could not fetch entry information for J
Could not fetch entry information for K
Could not fetch entry information for Z
Could not fetch entry information for A
Could not fetch entry information for S
Could not fetch entry information for W
Could not fetch entry information for D
Could not fetch entry information for R
Could not fetch entry information for E
Could not fetch entry information for F
Could not fetch entry information for G
Could not fetch entry information for I
Could not fetch entry information for P
Could not fetch entry information for M
Could not fetch entry information for B
Could not fetch entry information for C
Traceback (most recent call last):
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/ui/gui.py", line 629, in customEvent
func(*args, **kw)
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/blastprotein/tool.py", line 109, in handle_scheme
self.initialize()
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/blastprotein/tool.py", line 166, in initialize
self._show_results(self._ref_atomspec, self._blast_results)
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/blastprotein/tool.py", line 326, in _show_results
self._add_pdbinfo(pdb_chains)
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/blastprotein/tool.py", line 345, in _add_pdbinfo
data = info.fetch_info(self.session, chain_ids)
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/blastprotein/pdbinfo.py", line 206, in fetch_info
entry, auth_cid = pcid.split('_')
ValueError: not enough values to unpack (expected 2, got 1)
ValueError: not enough values to unpack (expected 2, got 1)
File
"/home/marta/software/scipion3/software/em/chimerax-1.1/lib/python3.7/site-
packages/chimerax/blastprotein/pdbinfo.py", line 206, in fetch_info
entry, auth_cid = pcid.split('_')
See log for complete Python traceback.
OpenGL version: 3.3.0 NVIDIA 440.33.01
OpenGL renderer: GeForce GTX 1060/PCIe/SSE2
OpenGL vendor: NVIDIA Corporation
Manufacturer: Alienware
Model: Alienware 15 R4
OS: Ubuntu 18.04 bionic
Architecture: 64bit ELF
CPU: 12 Intel(R) Core(TM) i7-8750H CPU @ 2.20GHz
Cache Size: 9216 KB
Memory:
total used free shared buff/cache available
Mem: 31G 2.7G 26G 146M 1.8G 27G
Swap: 7.4G 0B 7.4G
Graphics:
01:00.0 VGA compatible controller [0300]: NVIDIA Corporation GP106M [GeForce GTX 1060 Mobile] [10de:1c20] (rev a1)
Subsystem: Dell GP106M [GeForce GTX 1060 Mobile] [1028:0887]
Kernel driver in use: nvidia
PyQt version: 5.12.3
Compiled Qt version: 5.12.4
Runtime Qt version: 5.12.9
Installed Packages:
alabaster: 0.7.12
appdirs: 1.4.4
Babel: 2.8.0
backcall: 0.2.0
blockdiag: 2.0.1
certifi: 2020.6.20
chardet: 3.0.4
ChimeraX-AddH: 2.1.1
ChimeraX-AlignmentAlgorithms: 2.0
ChimeraX-AlignmentHdrs: 3.2
ChimeraX-AlignmentMatrices: 2.0
ChimeraX-Alignments: 2.1
ChimeraX-Arrays: 1.0
ChimeraX-Atomic: 1.6.1
ChimeraX-AtomSearch: 2.0
ChimeraX-AxesPlanes: 2.0
ChimeraX-BasicActions: 1.1
ChimeraX-BILD: 1.0
ChimeraX-BlastProtein: 1.0.1
ChimeraX-BondRot: 2.0
ChimeraX-BugReporter: 1.0
ChimeraX-BuildStructure: 2.0
ChimeraX-Bumps: 1.0
ChimeraX-BundleBuilder: 1.0
ChimeraX-ButtonPanel: 1.0
ChimeraX-CageBuilder: 1.0
ChimeraX-CellPack: 1.0
ChimeraX-Centroids: 1.1
ChimeraX-ChemGroup: 2.0
ChimeraX-Clashes: 2.0
ChimeraX-ColorActions: 1.0
ChimeraX-ColorGlobe: 1.0
ChimeraX-CommandLine: 1.1.3
ChimeraX-ConnectStructure: 2.0
ChimeraX-Contacts: 1.0
ChimeraX-Core: 1.1
ChimeraX-CoreFormats: 1.0
ChimeraX-coulombic: 1.0.1
ChimeraX-Crosslinks: 1.0
ChimeraX-Crystal: 1.0
ChimeraX-DataFormats: 1.0
ChimeraX-Dicom: 1.0
ChimeraX-DistMonitor: 1.1
ChimeraX-DistUI: 1.0
ChimeraX-Dssp: 2.0
ChimeraX-EMDB-SFF: 1.0
ChimeraX-ExperimentalCommands: 1.0
ChimeraX-FileHistory: 1.0
ChimeraX-FunctionKey: 1.0
ChimeraX-Geometry: 1.1
ChimeraX-gltf: 1.0
ChimeraX-Graphics: 1.0
ChimeraX-Hbonds: 2.0
ChimeraX-Help: 1.0
ChimeraX-HKCage: 1.0
ChimeraX-IHM: 1.0
ChimeraX-ImageFormats: 1.0
ChimeraX-IMOD: 1.0
ChimeraX-IO: 1.0
ChimeraX-Label: 1.0
ChimeraX-LinuxSupport: 1.0
ChimeraX-ListInfo: 1.0
ChimeraX-Log: 1.1.1
ChimeraX-LookingGlass: 1.1
ChimeraX-Map: 1.0.1
ChimeraX-MapData: 2.0
ChimeraX-MapEraser: 1.0
ChimeraX-MapFilter: 2.0
ChimeraX-MapFit: 2.0
ChimeraX-MapSeries: 2.0
ChimeraX-Markers: 1.0
ChimeraX-Mask: 1.0
ChimeraX-MatchMaker: 1.1
ChimeraX-MDcrds: 2.0
ChimeraX-MedicalToolbar: 1.0.1
ChimeraX-Meeting: 1.0
ChimeraX-MLP: 1.0
ChimeraX-mmCIF: 2.2
ChimeraX-MMTF: 2.0
ChimeraX-Modeller: 1.0
ChimeraX-ModelPanel: 1.0
ChimeraX-ModelSeries: 1.0
ChimeraX-Mol2: 2.0
ChimeraX-Morph: 1.0
ChimeraX-MouseModes: 1.0
ChimeraX-Movie: 1.0
ChimeraX-Neuron: 1.0
ChimeraX-Nucleotides: 2.0
ChimeraX-OpenCommand: 1.2.1
ChimeraX-PDB: 2.1
ChimeraX-PDBBio: 1.0
ChimeraX-PickBlobs: 1.0
ChimeraX-Positions: 1.0
ChimeraX-PresetMgr: 1.0
ChimeraX-PubChem: 2.0
ChimeraX-Read-Pbonds: 1.0
ChimeraX-Registration: 1.1
ChimeraX-RemoteControl: 1.0
ChimeraX-ResidueFit: 1.0
ChimeraX-RestServer: 1.0
ChimeraX-RNALayout: 1.0
ChimeraX-RotamerLibMgr: 2.0
ChimeraX-RotamerLibsDunbrack: 2.0
ChimeraX-RotamerLibsDynameomics: 2.0
ChimeraX-RotamerLibsRichardson: 2.0
ChimeraX-SaveCommand: 1.2
ChimeraX-SchemeMgr: 1.0
ChimeraX-ScipionExtensions: 1.3
ChimeraX-SDF: 2.0
ChimeraX-Segger: 1.0
ChimeraX-Segment: 1.0
ChimeraX-SeqView: 2.2
ChimeraX-Shape: 1.0.1
ChimeraX-Shell: 1.0
ChimeraX-Shortcuts: 1.0
ChimeraX-ShowAttr: 1.0
ChimeraX-ShowSequences: 1.0
ChimeraX-SideView: 1.0
ChimeraX-Smiles: 2.0
ChimeraX-SmoothLines: 1.0
ChimeraX-SpaceNavigator: 1.0
ChimeraX-StdCommands: 1.0.4
ChimeraX-STL: 1.0
ChimeraX-Storm: 1.0
ChimeraX-Struts: 1.0
ChimeraX-Surface: 1.0
ChimeraX-SwapAA: 2.0
ChimeraX-SwapRes: 2.0
ChimeraX-TapeMeasure: 1.0
ChimeraX-Test: 1.0
ChimeraX-Toolbar: 1.0
ChimeraX-ToolshedUtils: 1.0
ChimeraX-Tug: 1.0
ChimeraX-UI: 1.2.3
ChimeraX-uniprot: 2.0
ChimeraX-ViewDockX: 1.0
ChimeraX-Vive: 1.1
ChimeraX-VolumeMenu: 1.0
ChimeraX-VTK: 1.0
ChimeraX-WavefrontOBJ: 1.0
ChimeraX-WebCam: 1.0
ChimeraX-WebServices: 1.0
ChimeraX-Zone: 1.0
colorama: 0.4.3
comtypes: 1.1.7
cxservices: 1.0
cycler: 0.10.0
Cython: 0.29.20
decorator: 4.4.2
distlib: 0.3.1
distro: 1.5.0
docutils: 0.16
filelock: 3.0.12
funcparserlib: 0.3.6
grako: 3.16.5
h5py: 2.10.0
html2text: 2020.1.16
idna: 2.10
ihm: 0.16
imagecodecs: 2020.5.30
imagecodecs-lite: 2020.1.31
imagesize: 1.2.0
ipykernel: 5.3.0
ipython: 7.15.0
ipython-genutils: 0.2.0
jedi: 0.17.2
Jinja2: 2.11.2
jupyter-client: 6.1.3
jupyter-core: 4.6.3
kiwisolver: 1.2.0
line-profiler: 2.1.2
lxml: 4.5.1
MarkupSafe: 1.1.1
matplotlib: 3.2.1
msgpack: 1.0.0
netifaces: 0.10.9
networkx: 2.4
numexpr: 2.7.1
numpy: 1.18.5
numpydoc: 1.0.0
openvr: 1.12.501
packaging: 20.4
parso: 0.7.1
pexpect: 4.8.0
pickleshare: 0.7.5
Pillow: 7.1.2
pip: 20.2.2
pkginfo: 1.5.0.1
prompt-toolkit: 3.0.7
psutil: 5.7.0
ptyprocess: 0.6.0
pycollada: 0.7.1
pydicom: 2.0.0
Pygments: 2.6.1
PyOpenGL: 3.1.5
PyOpenGL-accelerate: 3.1.5
pyparsing: 2.4.7
PyQt5-commercial: 5.12.3
PyQt5-sip: 4.19.19
PyQtWebEngine-commercial: 5.12.1
python-dateutil: 2.8.1
pytz: 2020.1
pyzmq: 19.0.2
qtconsole: 4.7.4
QtPy: 1.9.0
RandomWords: 0.3.0
requests: 2.24.0
scipy: 1.4.1
setuptools: 49.4.0
sfftk-rw: 0.6.6.dev0
six: 1.15.0
snowballstemmer: 2.0.0
sortedcontainers: 2.2.2
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sphinxcontrib-applehelp: 1.0.2
sphinxcontrib-blockdiag: 2.0.0
sphinxcontrib-devhelp: 1.0.2
sphinxcontrib-htmlhelp: 1.0.3
sphinxcontrib-jsmath: 1.0.1
sphinxcontrib-qthelp: 1.0.3
sphinxcontrib-serializinghtml: 1.1.4
suds-jurko: 0.6
tables: 3.6.1
tifffile: 2020.6.3
tinyarray: 1.2.2
tornado: 6.0.4
traitlets: 5.0.4
urllib3: 1.25.10
wcwidth: 0.2.5
webcolors: 1.11.1
wheel: 0.34.2
Change History (2)
comment:1 by , 5 years ago
| Component: | Unassigned → Sequence |
|---|---|
| Owner: | set to |
| Platform: | → all |
| Project: | → ChimeraX |
| Status: | new → accepted |
| Summary: | ChimeraX bug report submission → Blast results problem |
comment:2 by , 5 years ago
| Resolution: | → duplicate |
|---|---|
| Status: | accepted → closed |
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Hi Marta,
--Eric