Changes between Initial Version and Version 1 of Ticket #19776


Ignore:
Timestamp:
Jan 28, 2026, 11:42:30 AM (17 hours ago)
Author:
Eric Pettersen
Comment:

Legend:

Unmodified
Added
Removed
Modified

  • Ticket #19776

    • Property Component Unassigned → Surface/Binding Analysis
    • Property Owner set to Eric Pettersen
    • Property Platform → all
    • Property Project → ChimeraX
    • Property Status new → accepted
    • Property Summary ChimeraX bug report submission → kvfinder fails with "boxAtoms" option

  • Ticket #19776 – Description

    initial v1  
    12221222    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HA     -0.270    2.970
    12231223    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE1    -0.272    2.972
    1224     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1    -0.273    2.853
    1225     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2    -0.278    2.978
    1226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 HG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1    -0.282    2.362
    1227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE2    -0.282    2.762
    1228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1    -0.287    2.987
    1229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD     -0.288    3.688
    1230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O      -0.292    2.372
    1231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O      -0.292    2.772
    1232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 HA     -0.293    2.993
    1233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 66 O      -0.294    2.374
    1234     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HZ3    -0.295    2.375
    1235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HZ1    -0.295    2.375
    1236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 HE1    -0.301    3.001
    1237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 O      -0.303    2.783
    1238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O      -0.307    3.487
    1239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2    -0.310    3.010
    1240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3    -0.310    2.310
    1241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2    -0.313    2.313
    1242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.315    3.797
    1243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O      -0.315    3.495
    1244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 HD23   -0.317    3.017
    1245     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 HD23   -0.317    3.017
    1246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23   -0.320    3.020
    1247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O      -0.324    2.404
    1248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 69 HG     -0.326    3.026
    1249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD     -0.326    3.808
    1250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD     -0.327    3.727
    1251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.328    3.810
    1252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O      -0.329    3.509
    1253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE     -0.330    3.655
    1254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 CG     -0.331    3.731
    1255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1    -0.332    2.912
    1256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 HB1    -0.332    3.032
    1257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CE     -0.339    3.519
    1258     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.340    3.122
    1259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.341    3.041
    1260     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE     -0.341    3.741
    1261     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 CD     -0.341    3.741
    1262     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE     -0.343    3.043
    1263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 CG     -0.344    3.744
    1264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O      -0.345    2.825
    1265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 CA     -0.350    3.750
    1266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1    -0.352    2.977
    1267     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 C      -0.352    3.052
    1268     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 CG     -0.352    3.752
    1269     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1    -0.362    3.542
    1270     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.362    3.762
    1271     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.364    3.689
    1272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2    -0.367    3.067
    1273     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 93 OD1    -0.369    2.449
    1274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 C      -0.370    3.070
    1275     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O      -0.370    3.550
    1276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE     -0.370    3.550
    1277     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 NZ     -0.371    3.076
    1278     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 96 CD1    -0.373    3.773
    1279     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 NE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O      -0.373    3.078
    1280     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD     -0.374    3.774
    1281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 NE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O      -0.378    3.083
    1282     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.379    3.161
    1283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD     -0.381    3.781
    1284     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 HA     -0.383    3.083
    1285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 HB1    -0.385    3.085
    1286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 CG     -0.387    3.787
    1287     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE3    -0.388    2.388
    1288     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE     -0.388    3.788
    1289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2    -0.388    3.088
    1290     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 CD     -0.388    3.788
    1291     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 CE     -0.389    3.789
    1292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.391    3.091
    1293     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23   -0.395    2.395
    1294     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 NZ     -0.395    3.100
    1295     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD     -0.396    3.796
    1296     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 128 CG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 HB2    -0.396    3.096
    1297     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HE3    -0.397    2.877
    1298     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.397    3.797
    1299     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 CE     -0.398    3.723
    1300    
    1301 
    1302  
    1303 161 contacts 
    1304 
    1305 > sequence chain #1/A#2/A#3/A#4/A#5/A
    1306 
    1307 Alignment identifier is 3 
    1308 
    1309 > sequence chain #1/C#2/C#3/C#4/C#5/C
    1310 
    1311 Alignment identifier is 4 
    1312 
    1313 > select up
    1314 
    1315 1142 atoms, 1111 bonds, 69 residues, 5 models selected 
    1316 
    1317 > select down
    1318 
    1319 193 atoms, 69 residues, 5 models selected 
    1320 
    1321 > show sel atoms
    1322 
    1323 > color sel byhetero
    1324 
    1325 > style sel ball
    1326 
    1327 Changed 193 atom styles 
    1328 
    1329 > view sel
    1330 
    1331 > select up
    1332 
    1333 1142 atoms, 1111 bonds, 69 residues, 5 models selected 
    1334 
    1335 > style sel ball
    1336 
    1337 Changed 1142 atom styles 
    1338 
    1339 > show sel atoms
    1340 
    1341 > color sel byhetero
    1342 
    1343 > select #1/C:102
    1344 
    1345 20 atoms, 20 bonds, 1 residue, 1 model selected 
    1346 
    1347 > select #1/C:102-111 #2/C:102-111 #3/C:102-111 #4/C:102-111 #5/C:102-111
    1348 
    1349 810 atoms, 820 bonds, 50 residues, 5 models selected 
    1350 Clustal Omega Alignment [ID: 2] region chain C..chain C [102-111] RMSD: 0.819 
    1351  
    1352 
    1353 > view
    1354 
    1355 > view sel
    1356 
    1357 > contacts sel intraMol false interModel false select true log true
    1358    
    1359    
    1360     Allowed overlap: -0.4
    1361     H-bond overlap reduction: 0.4
    1362     Ignore contacts between atoms separated by 4 bonds or less
    1363     Detect intra-residue contacts: False
    1364     Detect intra-molecule contacts: False
    1365    
    1366     235 contacts
    1367                                        atom1                                                                       atom2                                     overlap  distance
    1368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB     0.229    2.971
    1369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB     0.209    2.991
    1370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HD2    0.187    2.293
    1371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    0.182    3.143
    1372     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O      0.177    2.303
    1373     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O      0.175    2.305
    1374     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB     0.174    3.026
    1375     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB     0.172    3.028
    1376     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O      0.169    2.311
    1377     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB     0.168    3.032
    1378     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2    0.154    2.471
    1379     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2    0.151    2.474
    1380     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O      0.139    2.341
    1381     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1   0.122    3.058
    1382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2    0.113    2.512
    1383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HD2    0.112    2.368
    1384     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2    0.112    2.513
    1385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2    0.100    2.525
    1386     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O      0.083    2.397
    1387     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HD2    0.074    2.406
    1388     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    0.045    3.135
    1389     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     0.042    3.358
    1390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O      0.039    3.141
    1391     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O      0.036    3.144
    1392     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    0.034    2.666
    1393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1    0.023    3.157
    1394     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O      0.021    3.159
    1395     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    0.011    2.689
    1396     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CD2    0.000    3.180
    1397     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O      -0.003    3.183
    1398     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB     -0.024    3.204
    1399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CD2    -0.025    3.205
    1400     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.027    2.507
    1401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1    -0.028    2.508
    1402     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2    -0.030    3.355
    1403     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.030    2.510
    1404     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1   -0.033    2.513
    1405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB     -0.034    3.214
    1406     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.037    2.737
    1407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O      -0.040    3.220
    1408     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3    -0.050    2.530
    1409     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD    -0.050    2.750
    1410     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB3    -0.050    2.530
    1411     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3    -0.055    2.555
    1412     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3    -0.056    2.536
    1413     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.061    3.386
    1414     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB     -0.061    3.241
    1415     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB     -0.068    3.248
    1416     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2   -0.071    2.551
    1417     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 HA     -0.072    2.572
    1418     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1   -0.073    3.253
    1419     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    -0.073    3.398
    1420     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2    -0.076    3.401
    1421     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3    -0.077    2.577
    1422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB3    -0.077    2.577
    1423     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB     -0.077    2.777
    1424     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HD2    -0.079    2.559
    1425     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2    -0.083    2.583
    1426     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1    -0.085    2.565
    1427     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB     -0.087    3.267
    1428     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    -0.089    2.569
    1429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB3    -0.091    2.591
    1430     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB     -0.091    2.791
    1431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CD2    -0.094    3.274
    1432     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB1    -0.094    2.574
    1433     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2    -0.100    3.425
    1434     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB     -0.100    3.280
    1435     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1    -0.104    3.284
    1436     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH    -0.104    2.604
    1437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1    -0.105    2.805
    1438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.110    3.290
    1439     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HD2    -0.111    2.591
    1440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB     -0.113    3.293
    1441     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2    -0.114    3.439
    1442     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH    -0.114    2.614
    1443     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3    -0.114    2.614
    1444     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 HA     -0.115    2.615
    1445     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CG     -0.119    3.299
    1446     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2    -0.122    3.447
    1447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    -0.130    3.530
    1448     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB     -0.131    2.831
    1449     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB     -0.132    2.832
    1450     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 HA     -0.133    2.633
    1451     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB     -0.135    2.835
    1452     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB     -0.140    2.840
    1453     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O     -0.140    2.845
    1454     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB     -0.142    2.842
    1455     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1    -0.150    3.330
    1456     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB     -0.152    2.852
    1457     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    -0.153    3.553
    1458     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2   -0.156    3.336
    1459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB2    -0.159    2.659
    1460     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.172    3.352
    1461     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD    -0.175    3.500
    1462     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CG     -0.175    3.355
    1463     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.177    2.177
    1464     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 HA     -0.184    2.684
    1465     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.188    2.188
    1466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3    -0.192    2.192
    1467     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1    -0.199    2.779
    1468     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB2    -0.200    2.700
    1469     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE2   -0.200    3.380
    1470     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2   -0.202    2.902
    1471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3    -0.203    2.203
    1472     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB     -0.204    3.604
    1473     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.205    2.905
    1474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB2    -0.212    2.712
    1475     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB     -0.216    2.916
    1476     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3    -0.217    2.217
    1477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2    -0.217    2.697
    1478     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB2    -0.222    2.722
    1479     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.226    3.626
    1480     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2    -0.231    2.936
    1481     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 50 HA     -0.234    2.734
    1482     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB     -0.235    2.935
    1483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG    -0.237    2.862
    1484     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HH21   -0.237    2.237
    1485     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CD2    -0.238    3.418
    1486     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB     -0.238    3.638
    1487     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH    -0.240    3.440
    1488     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2    -0.244    2.949
    1489     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CG     -0.245    3.425
    1490     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ     -0.246    2.946
    1491     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CD2    -0.246    3.426
    1492     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    -0.247    2.947
    1493     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2   -0.248    3.428
    1494     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1   -0.251    3.431
    1495     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB     -0.253    3.653
    1496     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HB3    -0.255    2.255
    1497     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HB3    -0.256    2.256
    1498     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1    -0.258    2.738
    1499     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1    -0.261    2.841
    1500     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH    -0.261    2.761
    1501     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HG2    -0.269    2.749
    1502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 CD1    -0.270    2.970
    1503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1   -0.271    2.751
    1504     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB     -0.271    2.971
    1505     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1   -0.272    2.977
    1506     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB     -0.274    3.674
    1507     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 OE1   -0.275    2.355
    1508     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2    -0.276    2.276
    1509     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB     -0.276    3.676
    1510     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 103 CE2   -0.277    3.677
    1511     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 111 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 107 OE1   -0.278    2.358
    1512     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CG     -0.280    3.460
    1513     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2   -0.282    2.762
    1514     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1    -0.282    2.762
    1515     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB     -0.282    3.682
    1516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O      -0.285    2.365
    1517     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB     -0.289    3.689
    1518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH    -0.290    3.490
    1519     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.290    2.370
    1520     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    -0.290    2.990
    1521     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 CA     -0.291    3.491
    1522     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB1    -0.292    2.772
    1523     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.296    2.776
    1524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    -0.299    2.379
    1525     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB     -0.303    3.003
    1526     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1   -0.303    3.003
    1527     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O      -0.303    2.383
    1528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1   -0.305    2.785
    1529     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB     -0.305    3.705
    1530     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O      -0.305    2.385
    1531     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB     -0.307    3.007
    1532     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.307    2.887
    1533     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ     -0.310    3.010
    1534     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1   -0.314    2.794
    1535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2    -0.315    3.020
    1536     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 CA     -0.316    3.516
    1537     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB2    -0.316    2.316
    1538     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB2    -0.317    2.317
    1539     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3    -0.317    2.317
    1540     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HB3    -0.318    2.318
    1541     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    -0.320    2.900
    1542     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.320    3.720
    1543     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O      -0.323    2.403
    1544     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CG     -0.323    3.523
    1545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CG     -0.324    3.724
    1546     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2    -0.324    3.024
    1547     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2   -0.326    3.726
    1548     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1   -0.330    3.510
    1549     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB     -0.331    3.031
    1550     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.333    2.958
    1551     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 O      -0.333    3.293
    1552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O     -0.333    2.413
    1553     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.339    3.519
    1554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1    -0.339    2.919
    1555     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2    -0.339    3.039
    1556     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 HB2    -0.340    2.340
    1557     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB2    -0.341    2.341
    1558     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1    -0.341    3.041
    1559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2    -0.343    2.343
    1560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2    -0.343    3.048
    1561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HB3    -0.344    2.344
    1562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CG     -0.345    3.525
    1563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ     -0.347    3.047
    1564     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD    -0.349    3.749
    1565     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2    -0.349    3.049
    1566     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB     -0.352    3.532
    1567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CZ    -0.352    3.752
    1568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH    -0.352    3.552
    1569     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG     -0.353    3.553
    1570     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB     -0.355    3.755
    1571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HH21   -0.355    2.355
    1572     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1    -0.356    2.836
    1573     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB2    -0.357    2.357
    1574     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3    -0.358    2.358
    1575     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 CA     -0.359    3.559
    1576     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1   -0.361    2.361
    1577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE2   -0.362    3.542
    1578     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ     -0.362    3.062
    1579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.363    2.363
    1580     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CG     -0.366    3.566
    1581     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HH21   -0.366    2.446
    1582     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ     -0.369    3.769
    1583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 55 CD1    -0.370    3.070
    1584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB     -0.375    3.775
    1585     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 CD    -0.376    3.076
    1586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 HD13   -0.378    3.078
    1587     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.379    3.079
    1588     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2    -0.381    2.381
    1589     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HG2    -0.385    2.865
    1590     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 C      -0.385    3.585
    1591     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG    -0.385    2.385
    1592     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O      -0.386    2.466
    1593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB     -0.387    3.787
    1594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O     -0.388    2.468
    1595     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB2    -0.389    2.389
    1596     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2    -0.389    2.869
    1597     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HH21   -0.389    2.469
    1598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    -0.390    3.090
    1599     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.390    2.390
    1600     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG     -0.391    3.791
    1601     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.397    3.022
    1602     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2    -0.399    3.099
    1603    
    1604 
    1605  
    1606 235 contacts 
    1607 
    1608 > select clear
    1609 
    1610 > view
    1611 
    1612 > sequence align /A
    1613 
    1614 Alignment identifier is 1 
    1615 Showing conservation header ("seq_conservation" residue attribute) for
    1616 alignment 1 
    1617 Webservices job id: M9XH16CMI4JO5D1O 
    1618 Webservices job finished: M9XH16CMI4JO5D1O 
    1619 
    1620 > sequence align /B
    1621 
    1622 Alignment identifier is 3 
    1623 Showing conservation header ("seq_conservation" residue attribute) for
    1624 alignment 3 
    1625 Webservices job id: EP8ZTJ52SAI50O8K 
    1626 Webservices job finished: EP8ZTJ52SAI50O8K 
    1627 
    1628 > sequence header 1 conservation hide
    1629 
    1630 Hiding conservation header for alignment 1 
    1631 
    1632 > sequence header 1 rmsd show
    1633 
    1634 Chains used in RMSD evaluation for alignment 1:
    1635 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    1636 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
    1637 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
    1638 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
    1639 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A 
    1640 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    1641 
    1642 > sequence header 1 conservation hide
    1643 
    1644 > sequence header 1 rmsd show
    1645 
    1646 > sequence header 3 conservation hide
    1647 
    1648 Hiding conservation header for alignment 3 
    1649 
    1650 > sequence header 3 rmsd show
    1651 
    1652 Chains used in RMSD evaluation for alignment 3:
    1653 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B,
    1654 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B,
    1655 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B,
    1656 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B,
    1657 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B 
    1658 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3 
    1659 
    1660 > sequence align /D
    1661 
    1662 Alignment identifier is 1 
    1663 Showing conservation header ("seq_conservation" residue attribute) for
    1664 alignment 1 
    1665 Webservices job id: W7KR4C5CDGVIPOR1 
    1666 Webservices job finished: W7KR4C5CDGVIPOR1 
    1667 
    1668 > sequence header 1 conservation hide
    1669 
    1670 Hiding conservation header for alignment 1 
    1671 
    1672 > sequence header 1 rmsd show
    1673 
    1674 Chains used in RMSD evaluation for alignment 1:
    1675 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D,
    1676 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D,
    1677 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D,
    1678 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D,
    1679 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D 
    1680 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    1681 
    1682 > select #1/D:114-115
    1683 
    1684 22 atoms, 21 bonds, 2 residues, 1 model selected 
    1685 
    1686 > select #1/D:114-125 #2/D:114-125 #3/D:114-125 #4/D:114-125 #5/D:114-125
    1687 
    1688 900 atoms, 910 bonds, 60 residues, 5 models selected 
    1689 Clustal Omega Alignment [ID: 1] region chain D..chain D [114-125] RMSD: 2.889 
    1690  
    1691 
    1692 > color sel hot pink
    1693 
    1694 > mmaker #5,4,3,2 & sel to #1 & sel
    1695 
    1696 Parameters 
    1697 --- 
    1698 Chain pairing | bb 
    1699 Alignment algorithm | Needleman-Wunsch 
    1700 Similarity matrix | BLOSUM-62 
    1701 SS fraction | 0.3 
    1702 Gap open (HH/SS/other) | 18/18/6 
    1703 Gap extend | 1 
    1704 SS matrix |  |  | H | S | O 
    1705 ---|---|---|--- 
    1706 H | 6 | -9 | -6 
    1707 S |  | 6 | -6 
    1708 O |  |  | 4 
    1709 Iteration cutoff | 2 
    1710  
    1711 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
    1712 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain D
    1713 (#2), sequence alignment score = 58.5 
    1714 RMSD between 11 pruned atom pairs is 0.694 angstroms; (across all 12 pairs:
    1715 1.519) 
    1716  
    1717 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
    1718 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain D
    1719 (#3), sequence alignment score = 58.5 
    1720 RMSD between 10 pruned atom pairs is 0.945 angstroms; (across all 12 pairs:
    1721 1.710) 
    1722  
    1723 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
    1724 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain D
    1725 (#4), sequence alignment score = 58.5 
    1726 RMSD between 9 pruned atom pairs is 1.448 angstroms; (across all 12 pairs:
    1727 2.353) 
    1728  
    1729 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
    1730 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain D
    1731 (#5), sequence alignment score = 55.5 
    1732 RMSD between 10 pruned atom pairs is 1.177 angstroms; (across all 12 pairs:
    1733 3.069) 
    1734  
    1735 
    1736 > contacts sel intraMol false interModel false select true log true
    1737    
    1738    
    1739     Allowed overlap: -0.4
    1740     H-bond overlap reduction: 0.4
    1741     Ignore contacts between atoms separated by 4 bonds or less
    1742     Detect intra-residue contacts: False
    1743     Detect intra-molecule contacts: False
    1744    
    1745     260 contacts
    1746                                        atom1                                                                        atom2                                     overlap  distance
    1747     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      0.252    2.708
    1748     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C      0.241    2.939
    1749     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     0.233    2.967
    1750     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O      0.197    2.983
    1751     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      0.189    2.991
    1752     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      0.180    3.000
    1753     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 CG2    0.179    3.001
    1754     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 CG     0.167    3.158
    1755     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O      0.149    2.811
    1756     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      0.145    3.035
    1757     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 OE1    0.140    2.820
    1758     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA     0.121    3.059
    1759     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 HD1    0.100    2.600
    1760     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      0.086    3.094
    1761     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CD1    0.061    3.339
    1762     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     0.044    2.656
    1763     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 CA     0.035    3.145
    1764     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA     0.034    3.366
    1765     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      0.019    3.161
    1766     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      0.014    2.466
    1767     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O      0.013    2.467
    1768     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 ND2    0.011    3.239
    1769     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      0.008    3.172
    1770     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 358 OH     0.006    2.494
    1771     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     0.005    3.245
    1772     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CA     0.002    3.323
    1773     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.000    2.500
    1774     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      -0.003    2.483
    1775     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.009    2.009
    1776     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 OG1    -0.010    2.510
    1777     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 NZ     -0.010    2.635
    1778     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.015    3.195
    1779     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.021    2.646
    1780     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 HZ3    -0.024    2.024
    1781     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.026    3.226
    1782     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.030    2.530
    1783     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.032    2.657
    1784     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2    -0.037    2.517
    1785     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.038    2.538
    1786     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.039    3.239
    1787     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 CD1    -0.045    3.445
    1788     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 298 O      -0.051    2.531
    1789     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.051    2.531
    1790     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.054    2.534
    1791     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 300 OG1    -0.057    2.557
    1792     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      -0.057    3.237
    1793     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 CG     -0.058    3.458
    1794     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.058    2.558
    1795     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.062    2.542
    1796     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 HE22   -0.064    2.064
    1797     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      -0.068    2.548
    1798     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 OH     -0.070    2.570
    1799     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 NH1    -0.072    2.697
    1800     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 HA     -0.073    2.698
    1801     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.074    2.554
    1802     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.077    3.277
    1803     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.078    3.278
    1804     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 HG22   -0.079    2.559
    1805     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.083    3.333
    1806     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.083    2.708
    1807     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 297 O      -0.086    2.791
    1808     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 125 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 104 CG     -0.087    2.787
    1809     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      -0.088    3.268
    1810     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 HG23   -0.088    2.568
    1811     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HE2    -0.089    2.569
    1812     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 OH     -0.093    3.293
    1813     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O      -0.094    3.274
    1814     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 HG2    -0.097    2.722
    1815     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.099    2.804
    1816     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CD1    -0.106    3.506
    1817     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 NZ     -0.108    3.358
    1818     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.109    3.289
    1819     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 CE2    -0.117    3.297
    1820     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD2    -0.120    2.600
    1821     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C      -0.122    2.822
    1822     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 NH1    -0.123    3.448
    1823     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.125    2.830
    1824     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE     -0.127    3.452
    1825     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O      -0.129    2.609
    1826     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 HH     -0.131    2.131
    1827     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.131    3.311
    1828     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      -0.137    2.617
    1829     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CG2    -0.138    2.838
    1830     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 CD     -0.138    3.463
    1831     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.138    2.863
    1832     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 297 O      -0.139    2.844
    1833     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 358 OH     -0.141    3.341
    1834     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.142    2.622
    1835     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 HG2    -0.146    2.146
    1836     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 C      -0.147    2.847
    1837     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD1    -0.148    2.628
    1838     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 297 O      -0.149    2.854
    1839     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.155    3.335
    1840     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 OD1    -0.156    3.336
    1841     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     -0.156    2.856
    1842     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.159    2.784
    1843     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.161    2.161
    1844     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3    -0.163    2.863
    1845     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.165    2.790
    1846     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 CG     -0.167    3.492
    1847     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 HZ3    -0.168    2.793
    1848     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD2    -0.168    3.348
    1849     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 NZ     -0.175    3.425
    1850     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA     -0.178    2.803
    1851     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 HH12   -0.179    2.179
    1852     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 CE2    -0.182    2.882
    1853     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA     -0.182    2.182
    1854     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 297 O      -0.182    2.887
    1855     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASN 108 OD1    -0.187    2.892
    1856     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CG2    -0.190    3.590
    1857     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HE2    -0.194    2.194
    1858     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HE2    -0.200    2.200
    1859     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.202    3.382
    1860     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 CE2    -0.202    3.382
    1861     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA     -0.204    2.904
    1862     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.204    2.904
    1863     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HG21   -0.204    2.904
    1864     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.205    2.285
    1865     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 HA     -0.210    2.210
    1866     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CD1    -0.210    2.910
    1867     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HD11   -0.217    2.917
    1868     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CG2    -0.228    3.628
    1869     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD1    -0.230    3.410
    1870     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 N      -0.231    3.481
    1871     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 CE2    -0.234    2.934
    1872     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O      -0.234    2.714
    1873     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.235    3.435
    1874     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.238    2.938
    1875     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 CG     -0.238    2.938
    1876     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CB     -0.240    3.565
    1877     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 298 O      -0.240    3.420
    1878     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.240    3.440
    1879     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 CD1    -0.243    2.943
    1880     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 CZ     -0.243    3.423
    1881     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.244    2.824
    1882     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 HD1    -0.246    2.946
    1883     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 HG2    -0.247    2.947
    1884     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE3    -0.249    2.874
    1885     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3    -0.249    2.729
    1886     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD2    -0.250    3.430
    1887     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.250    3.500
    1888     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O      -0.250    3.430
    1889     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 HH     -0.252    2.332
    1890     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 HE2    -0.253    2.878
    1891     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 299 HD1    -0.253    2.953
    1892     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 HD1    -0.254    2.254
    1893     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 HE21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 297 O      -0.254    2.334
    1894     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 CG     -0.257    2.957
    1895     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 356 CB     -0.259    2.959
    1896     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD2    -0.259    2.739
    1897     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 298 C      -0.260    3.585
    1898     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.262    2.342
    1899     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 OG1    -0.264    3.464
    1900     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 358 HH     -0.266    2.266
    1901     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.269    3.469
    1902     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.271    2.351
    1903     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HE2    -0.272    2.752
    1904     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CD1    -0.273    2.973
    1905     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.278    2.278
    1906     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 123 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASN 108 OD1    -0.279    2.359
    1907     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 300 OG1    -0.279    3.479
    1908     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 HZ1    -0.280    2.905
    1909     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     -0.283    3.608
    1910     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.284    2.784
    1911     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.284    3.609
    1912     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 HE22   -0.286    2.911
    1913     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2    -0.286    2.986
    1914     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD1    -0.286    2.766
    1915     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O      -0.287    3.467
    1916     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C      -0.289    3.689
    1917     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O      -0.289    3.469
    1918     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 N      -0.289    2.914
    1919     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 HH     -0.294    2.994
    1920     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 HE2    -0.296    2.776
    1921     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 CG     -0.299    2.999
    1922     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CD1    -0.302    3.002
    1923     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HG21   -0.303    2.303
    1924     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 OE1    -0.303    3.008
    1925     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 356 CA     -0.304    3.004
    1926     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA     -0.305    3.705
    1927     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 CD     -0.306    3.006
    1928     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.306    3.486
    1929     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 HA3    -0.306    3.006
    1930     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CA     -0.308    3.008
    1931     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CG     -0.309    3.709
    1932     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CE1    -0.309    3.709
    1933     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 CG     -0.314    3.014
    1934     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 300 HG21   -0.315    2.315
    1935     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     -0.315    3.015
    1936     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 CE2    -0.316    3.496
    1937     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 117 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 298 O      -0.317    2.797
    1938     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD1    -0.318    3.498
    1939     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.319    3.644
    1940     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HD11   -0.320    2.320
    1941     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C      -0.323    3.723
    1942     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.324    3.504
    1943     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 362 CD1    -0.324    3.724
    1944     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 CD1    -0.325    3.725
    1945     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.326    2.406
    1946     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 123 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 385 CD     -0.328    3.653
    1947     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 CE     -0.328    3.653
    1948     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.329    2.909
    1949     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 HB3    -0.330    2.330
    1950     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 380 HG3    -0.332    2.812
    1951     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.333    3.038
    1952     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.333    3.038
    1953     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 CG     -0.341    3.741
    1954     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     -0.343    2.968
    1955     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 HH     -0.345    3.045
    1956     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 HG2    -0.345    2.345
    1957     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 OE1    -0.346    2.426
    1958     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 125 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 104 OD1    -0.346    2.426
    1959     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 N      -0.348    2.973
    1960     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.349    2.429
    1961     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PRO 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 300 HG21   -0.349    3.049
    1962     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 119 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HH     -0.353    3.053
    1963     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HE2    -0.353    3.053
    1964     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HE2    -0.354    2.979
    1965     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 CE     -0.354    3.679
    1966     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 297 O      -0.356    3.536
    1967     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.357    2.837
    1968     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.358    3.318
    1969     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.360    3.065
    1970     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 HH12   -0.362    3.062
    1971     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 SD     -0.363    3.370
    1972     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     -0.363    3.543
    1973     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 298 O      -0.364    3.324
    1974     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 380 CG     -0.364    3.544
    1975     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 HE3    -0.365    2.365
    1976     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O      -0.366    3.546
    1977     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.366    2.366
    1978     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      -0.367    3.547
    1979     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.367    3.067
    1980     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA3    -0.367    2.367
    1981     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.370    2.850
    1982     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 C      -0.370    3.770
    1983     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 125 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 104 CG     -0.371    3.571
    1984     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 CG     -0.373    3.773
    1985     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3    -0.377    2.377
    1986     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 HG3    -0.380    3.080
    1987     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.380    3.560
    1988     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 CE     -0.381    3.081
    1989     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2    -0.382    2.382
    1990     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     -0.382    2.462
    1991     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 HE3    -0.383    3.008
    1992     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 CZ     -0.384    3.084
    1993     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 123 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 385 HB3    -0.388    2.388
    1994     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 119 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CE1    -0.388    3.088
    1995     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.388    3.013
    1996     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 297 O      -0.388    3.568
    1997     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.388    3.093
    1998     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 300 CG2    -0.390    3.090
    1999     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 362 CD1    -0.390    3.090
    2000     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 362 CG     -0.391    3.791
    2001     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.391    3.591
    2002     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 300 CG2    -0.392    3.572
    2003     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CA     -0.394    3.094
    2004     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 362 CD1    -0.396    3.096
    2005     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ3    -0.399    3.024
    2006     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 CG     -0.400    3.100
    2007    
    2008 
    2009  
    2010 260 contacts 
    2011 
    2012 > sequence chain #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B
    2013 
    2014 Alignment identifier is 3 
    2015 
    2016 > sequence chain #1/D#2/D#3/D#4/D#5/D
    2017 
    2018 Alignment identifier is 4 
    2019 
    2020 > select up
    2021 
    2022 1468 atoms, 1443 bonds, 88 residues, 5 models selected 
    2023 
    2024 > select down
    2025 
    2026 276 atoms, 88 residues, 5 models selected 
    2027 
    2028 > mmaker #5,4,3,2 & sel to #1 & sel
    2029 
    2030 Parameters 
    2031 --- 
    2032 Chain pairing | bb 
    2033 Alignment algorithm | Needleman-Wunsch 
    2034 Similarity matrix | BLOSUM-62 
    2035 SS fraction | 0.3 
    2036 Gap open (HH/SS/other) | 18/18/6 
    2037 Gap extend | 1 
    2038 SS matrix |  |  | H | S | O 
    2039 ---|---|---|--- 
    2040 H | 6 | -9 | -6 
    2041 S |  | 6 | -6 
    2042 O |  |  | 4 
    2043 Iteration cutoff | 2 
    2044  
    2045 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
    2046 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain D
    2047 (#2), sequence alignment score = 24.2 
    2048 RMSD between 5 pruned atom pairs is 0.804 angstroms; (across all 5 pairs:
    2049 0.804) 
    2050  
    2051 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2052 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
    2053 (#3), sequence alignment score = 18.1 
    2054 RMSD between 3 pruned atom pairs is 0.235 angstroms; (across all 3 pairs:
    2055 0.235) 
    2056  
    2057 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2058 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
    2059 (#4), sequence alignment score = 28.2 
    2060 RMSD between 5 pruned atom pairs is 0.376 angstroms; (across all 5 pairs:
    2061 0.376) 
    2062  
    2063 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2064 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
    2065 (#5), sequence alignment score = 23.5 
    2066 RMSD between 4 pruned atom pairs is 0.339 angstroms; (across all 4 pairs:
    2067 0.339) 
    2068  
    2069 
    2070 > sequence align /A
    2071 
    2072 Alignment identifier is 5 
    2073 Showing conservation header ("seq_conservation" residue attribute) for
    2074 alignment 5 
    2075 Webservices job id: 7TKNHSGHL9VO63K4 
    2076 Webservices job finished: 7TKNHSGHL9VO63K4 
    2077 
    2078 > sequence header 15conservation hide
    2079 
    2080 Should be one of 'consensus', 'conservation', or 'rmsd' 
    2081 
    2082 > sequence header 1 conservation hide
    2083 
    2084 > sequence header 1 rmsd show
    2085 
    2086 > sequence header 5 conservation hide
    2087 
    2088 Hiding conservation header for alignment 5 
    2089 
    2090 > sequence header 5 rmsd show
    2091 
    2092 Chains used in RMSD evaluation for alignment 5:
    2093 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    2094 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
    2095 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
    2096 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
    2097 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A 
    2098 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 5 
    2099 
    2100 > select up
    2101 
    2102 1468 atoms, 1443 bonds, 88 residues, 5 models selected 
    2103 
    2104 > mmaker #5,4,3,2/A,B to #1/A,B pairing ss
    2105 
    2106 Different number of reference/match chains (2 ref, 8 match) 
    2107 
    2108 > mmaker #5,4,3,2/A,B to #1/A
    2109 
    2110 Parameters 
    2111 --- 
    2112 Chain pairing | bb 
    2113 Alignment algorithm | Needleman-Wunsch 
    2114 Similarity matrix | BLOSUM-62 
    2115 SS fraction | 0.3 
    2116 Gap open (HH/SS/other) | 18/18/6 
    2117 Gap extend | 1 
    2118 SS matrix |  |  | H | S | O 
    2119 ---|---|---|--- 
    2120 H | 6 | -9 | -6 
    2121 S |  | 6 | -6 
    2122 O |  |  | 4 
    2123 Iteration cutoff | 2 
    2124  
    2125 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2126 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
    2127 (#5), sequence alignment score = 2085.4 
    2128 RMSD between 329 pruned atom pairs is 0.414 angstroms; (across all 425 pairs:
    2129 23.380) 
    2130  
    2131 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2132 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
    2133 (#4), sequence alignment score = 2019.4 
    2134 RMSD between 317 pruned atom pairs is 0.430 angstroms; (across all 425 pairs:
    2135 24.391) 
    2136  
    2137 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2138 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
    2139 (#3), sequence alignment score = 2032.6 
    2140 RMSD between 336 pruned atom pairs is 0.348 angstroms; (across all 425 pairs:
    2141 34.779) 
    2142  
    2143 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2144 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
    2145 (#2), sequence alignment score = 2059 
    2146 RMSD between 334 pruned atom pairs is 0.363 angstroms; (across all 425 pairs:
    2147 34.100) 
    2148  
    2149 
    2150 > sequence align /C
    2151 
    2152 Alignment identifier is 3 
    2153 Showing conservation header ("seq_conservation" residue attribute) for
    2154 alignment 3 
    2155 Webservices job id: KKXBEZ4V3I4KJ5DP 
    2156 Webservices job finished: KKXBEZ4V3I4KJ5DP 
    2157 
    2158 > sequence header 3 conservation hide
    2159 
    2160 Hiding conservation header for alignment 3 
    2161 
    2162 > sequence header 3 rmsd show
    2163 
    2164 Chains used in RMSD evaluation for alignment 3:
    2165 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
    2166 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
    2167 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
    2168 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
    2169 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C 
    2170 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3 
    2171 
    2172 > select #1/C:124
    2173 
    2174 24 atoms, 25 bonds, 1 residue, 1 model selected 
    2175 
    2176 > select #1/C:124 #2/C:124 #3/C:124 #4/C:124 #5/C:124
    2177 
    2178 120 atoms, 125 bonds, 5 residues, 5 models selected 
    2179 Clustal Omega Alignment [ID: 3] region chain C..chain C [124] RMSD: 0.693 
    2180  
    2181 
    2182 > select #1/A:353
    2183 
    2184 17 atoms, 16 bonds, 1 residue, 1 model selected 
    2185 
    2186 > select #1/A:353-355 #2/A:353-355 #3/A:353-355 #4/A:353-355 #5/A:353-355
    2187 
    2188 175 atoms, 170 bonds, 15 residues, 5 models selected 
    2189 Clustal Omega Alignment [ID: 5] region chain A..chain A [353-355] RMSD: 0.632 
    2190  
    2191 
    2192 > select /A,B:353-355
    2193 
    2194 350 atoms, 340 bonds, 30 residues, 5 models selected 
    2195 
    2196 > color sel blue
    2197 
    2198 > contacts sel intraMol false interModel false select true log true
    2199    
    2200    
    2201     Allowed overlap: -0.4
    2202     H-bond overlap reduction: 0.4
    2203     Ignore contacts between atoms separated by 4 bonds or less
    2204     Detect intra-residue contacts: False
    2205     Detect intra-molecule contacts: False
    2206    
    2207     163 contacts
    2208                                       atom1                                                                        atom2                                     overlap  distance
    2209     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O      0.252    2.708
    2210     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O      0.241    2.939
    2211     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 C      0.197    2.983
    2212     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA     0.189    2.991
    2213     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CG     0.180    3.000
    2214     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 O      0.149    2.811
    2215     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 C      0.145    3.035
    2216     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O      0.121    3.059
    2217     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 CA     0.120    3.060
    2218     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 NE2    0.111    3.214
    2219     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 NE2    0.095    3.230
    2220     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CD     0.086    3.094
    2221     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 HE2    0.045    2.655
    2222     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 NE2    0.036    3.289
    2223     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O      0.035    3.145
    2224     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      0.034    3.366
    2225     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 HE2    0.021    2.679
    2226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      0.019    3.161
    2227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HD2    0.014    2.466
    2228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 NE2    0.013    3.312
    2229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HG3    0.013    2.467
    2230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C      0.008    3.172
    2231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HG3    -0.003    2.483
    2232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 CB     -0.012    3.412
    2233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 HA     -0.013    2.493
    2234     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O      -0.037    2.517
    2235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 NE2    -0.046    2.671
    2236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 HE2    -0.048    2.748
    2237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HA     -0.054    2.534
    2238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2    -0.057    2.682
    2239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 ND2    -0.057    2.682
    2240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB     -0.057    3.237
    2241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 193 HB2    -0.058    2.538
    2242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 NE2    -0.059    3.384
    2243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2    -0.062    2.542
    2244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 HE2    -0.067    2.767
    2245     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 HB2    -0.068    2.548
    2246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 CB     -0.070    2.770
    2247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 NE2    -0.071    2.696
    2248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2    -0.071    3.396
    2249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 CE1    -0.084    3.484
    2250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 NE2    -0.085    2.710
    2251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB     -0.088    3.268
    2252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2    -0.092    3.417
    2253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CD     -0.094    3.274
    2254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 ND2    -0.099    3.424
    2255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 N      -0.099    2.804
    2256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CB     -0.106    3.506
    2257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB     -0.109    3.289
    2258     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 193 CB     -0.111    3.291
    2259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 HE2    -0.116    2.116
    2260     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2    -0.122    2.747
    2261     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2    -0.122    2.822
    2262     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 N      -0.125    2.830
    2263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 CE1    -0.126    3.526
    2264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2    -0.127    3.452
    2265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HD2    -0.129    2.609
    2266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2    -0.132    2.132
    2267     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2    -0.137    2.617
    2268     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HB     -0.137    2.837
    2269     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.142    2.622
    2270     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 HE2    -0.144    2.144
    2271     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.147    2.847
    2272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HA     -0.151    2.851
    2273     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CE1    -0.155    3.555
    2274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CA     -0.155    3.335
    2275     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 HB3    -0.162    2.862
    2276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ     -0.163    2.863
    2277     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      -0.163    2.863
    2278     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 HE2    -0.168    2.168
    2279     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 CB     -0.172    3.572
    2280     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1    -0.178    2.803
    2281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 NE2    -0.180    3.505
    2282     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2    -0.182    2.882
    2283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH11   -0.182    2.182
    2284     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 120 O      -0.183    3.445
    2285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 HE2    -0.191    2.891
    2286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 NE2    -0.192    2.817
    2287     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 CE1    -0.197    2.897
    2288     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 CB     -0.200    3.380
    2289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CB     -0.202    3.382
    2290     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.204    2.904
    2291     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CG     -0.204    2.904
    2292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 H      -0.205    2.285
    2293     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CE1    -0.206    3.688
    2294     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 OG     -0.206    3.406
    2295     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 HE2    -0.208    2.208
    2296     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 HE2    -0.208    2.208
    2297     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CG2    -0.208    2.908
    2298     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 NE2    -0.225    2.850
    2299     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 HE2    -0.233    2.233
    2300     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HB2    -0.234    2.714
    2301     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.238    2.938
    2302     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1    -0.238    3.563
    2303     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 NE2    -0.242    2.867
    2304     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.247    2.947
    2305     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 NE2    -0.247    2.872
    2306     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2    -0.249    2.874
    2307     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 HG3    -0.249    2.729
    2308     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O      -0.249    2.729
    2309     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 HE2    -0.250    2.950
    2310     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CG     -0.250    3.430
    2311     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2    -0.253    2.878
    2312     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HD3    -0.253    2.953
    2313     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 159 C      -0.257    3.437
    2314     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CB     -0.264    2.964
    2315     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 CG     -0.273    3.453
    2316     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.278    2.278
    2317     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 ND2    -0.280    3.605
    2318     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 OG     -0.280    2.780
    2319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 159 HB1    -0.283    2.283
    2320     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      -0.286    2.986
    2321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.286    2.986
    2322     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CB     -0.287    3.467
    2323     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CG2    -0.287    3.687
    2324     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB     -0.289    3.689
    2325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.289    3.469
    2326     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.305    3.705
    2327     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB     -0.306    3.006
    2328     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 CB     -0.317    3.017
    2329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 NE2    -0.318    2.943
    2330     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 HB3    -0.321    2.321
    2331     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C      -0.323    3.723
    2332     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.324    3.504
    2333     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 H      -0.326    2.406
    2334     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 HE2    -0.329    2.329
    2335     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 NE2    -0.331    2.956
    2336     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 N      -0.333    3.038
    2337     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 OD1    -0.335    2.815
    2338     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.336    2.416
    2339     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 120 CD     -0.336    3.818
    2340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 120 HB3    -0.337    3.119
    2341     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 HE2    -0.337    2.337
    2342     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 HB3    -0.338    2.338
    2343     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HB     -0.347    2.347
    2344     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 CE1    -0.348    3.748
    2345     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 N    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.348    2.973
    2346     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 159 CB     -0.353    3.053
    2347     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ     -0.354    3.754
    2348     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.354    3.054
    2349     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2    -0.354    3.679
    2350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HG21   -0.355    2.355
    2351     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HB2    -0.357    2.837
    2352     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 O      -0.358    3.318
    2353     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 N      -0.360    3.065
    2354     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1    -0.363    3.370
    2355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1    -0.365    2.990
    2356     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CG     -0.366    3.546
    2357     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HG3    -0.366    2.366
    2358     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CA     -0.367    3.547
    2359     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HB2    -0.367    2.367
    2360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ     -0.370    3.770
    2361     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA     -0.370    3.770
    2362     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CD     -0.373    3.773
    2363     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 CB     -0.375    3.775
    2364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HB2    -0.377    2.377
    2365     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D THR 126 HB     -0.380    2.380
    2366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HA     -0.382    2.382
    2367     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 N      -0.389    3.094
    2368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CA     -0.394    3.794
    2369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HG21   -0.394    3.094
    2370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D THR 126 CB     -0.398    3.098
    2371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 NE2    -0.398    3.023
    2372    
    2373 
    2374  
    2375 163 contacts 
    2376 
    2377 > open
    2378 > /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif
    2379 
    2380 Summary of feedback from opening
    2381 /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif 
    2382 --- 
    2383 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    2384 Missing entity information. Treating each chain as a separate entity. 
    2385 Missing or incorrect sequence information. Inferred polymer connectivity. 
    2386 Skipping chem_comp category: Missing column 'type' on line 33679 
    2387  
    2388 Chain information for
    2389 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7 
    2390 --- 
    2391 Chain | Description 
    2392 A B | No description available 
    2393 C | No description available 
    2394 D | No description available 
    2395 E | No description available 
    2396 J | No description available 
    2397 K | No description available 
    2398 L | No description available 
    2399  
    2400 
    2401 > open
    2402 > /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif
    2403 
    2404 Summary of feedback from opening
    2405 /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif 
    2406 --- 
    2407 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    2408 Missing entity information. Treating each chain as a separate entity. 
    2409 Missing or incorrect sequence information. Inferred polymer connectivity. 
    2410 Skipping chem_comp category: Missing column 'type' on line 33674 
    2411  
    2412 Chain information for
    2413 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8 
    2414 --- 
    2415 Chain | Description 
    2416 A B | No description available 
    2417 C | No description available 
    2418 D | No description available 
    2419 E | No description available 
    2420 J | No description available 
    2421 K | No description available 
    2422 L | No description available 
    2423  
    2424 
    2425 > open
    2426 > /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif
    2427 
    2428 Summary of feedback from opening
    2429 /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif 
    2430 --- 
    2431 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    2432 Missing entity information. Treating each chain as a separate entity. 
    2433 Missing or incorrect sequence information. Inferred polymer connectivity. 
    2434 Skipping chem_comp category: Missing column 'type' on line 33674 
    2435  
    2436 Chain information for
    2437 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9 
    2438 --- 
    2439 Chain | Description 
    2440 A B | No description available 
    2441 C | No description available 
    2442 D | No description available 
    2443 E | No description available 
    2444 J | No description available 
    2445 K | No description available 
    2446 L | No description available 
    2447  
    2448 
    2449 > open
    2450 > /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif
    2451 
    2452 Summary of feedback from opening
    2453 /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif 
    2454 --- 
    2455 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    2456 Missing entity information. Treating each chain as a separate entity. 
    2457 Missing or incorrect sequence information. Inferred polymer connectivity. 
    2458 Skipping chem_comp category: Missing column 'type' on line 33673 
    2459  
    2460 Chain information for
    2461 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10 
    2462 --- 
    2463 Chain | Description 
    2464 A B | No description available 
    2465 C | No description available 
    2466 D | No description available 
    2467 E | No description available 
    2468 J | No description available 
    2469 K | No description available 
    2470 L | No description available 
    2471  
    2472 
    2473 > open
    2474 > /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif
    2475 
    2476 Summary of feedback from opening
    2477 /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif 
    2478 --- 
    2479 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    2480 Missing entity information. Treating each chain as a separate entity. 
    2481 Missing or incorrect sequence information. Inferred polymer connectivity. 
    2482 Skipping chem_comp category: Missing column 'type' on line 33676 
    2483  
    2484 Chain information for
    2485 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11 
    2486 --- 
    2487 Chain | Description 
    2488 A B | No description available 
    2489 C | No description available 
    2490 D | No description available 
    2491 E | No description available 
    2492 J | No description available 
    2493 K | No description available 
    2494 L | No description available 
    2495  
    2496 
    2497 > select clear
    2498 
    2499 > hide atoms
    2500 
    2501 > show cartoons
    2502 
    2503 Computing secondary structure 
    2504 [Repeated 4 time(s)]
    2505 
    2506 > color bychain
    2507 
    2508 > select clear
    2509 
    2510 [Repeated 1 time(s)]
    2511 
    2512 > mmaker #10,9,8,7,6,5,4,3,2/A to #1/A
    2513 
    2514 Parameters 
    2515 --- 
    2516 Chain pairing | bb 
    2517 Alignment algorithm | Needleman-Wunsch 
    2518 Similarity matrix | BLOSUM-62 
    2519 SS fraction | 0.3 
    2520 Gap open (HH/SS/other) | 18/18/6 
    2521 Gap extend | 1 
    2522 SS matrix |  |  | H | S | O 
    2523 ---|---|---|--- 
    2524 H | 6 | -9 | -6 
    2525 S |  | 6 | -6 
    2526 O |  |  | 4 
    2527 Iteration cutoff | 2 
    2528  
    2529 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2530 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
    2531 (#10), sequence alignment score = 2058.4 
    2532 RMSD between 323 pruned atom pairs is 0.467 angstroms; (across all 425 pairs:
    2533 33.836) 
    2534  
    2535 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2536 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
    2537 (#9), sequence alignment score = 2065 
    2538 RMSD between 331 pruned atom pairs is 0.446 angstroms; (across all 425 pairs:
    2539 38.004) 
    2540  
    2541 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2542 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
    2543 (#8), sequence alignment score = 1948 
    2544 RMSD between 330 pruned atom pairs is 0.434 angstroms; (across all 425 pairs:
    2545 25.235) 
    2546  
    2547 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2548 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
    2549 (#7), sequence alignment score = 2004.4 
    2550 RMSD between 334 pruned atom pairs is 0.477 angstroms; (across all 425 pairs:
    2551 15.645) 
    2552  
    2553 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2554 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
    2555 (#5), sequence alignment score = 2085.4 
    2556 RMSD between 329 pruned atom pairs is 0.414 angstroms; (across all 425 pairs:
    2557 23.380) 
    2558  
    2559 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2560 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
    2561 (#4), sequence alignment score = 2019.4 
    2562 RMSD between 317 pruned atom pairs is 0.430 angstroms; (across all 425 pairs:
    2563 24.391) 
    2564  
    2565 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2566 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
    2567 (#3), sequence alignment score = 2032.6 
    2568 RMSD between 336 pruned atom pairs is 0.348 angstroms; (across all 425 pairs:
    2569 34.779) 
    2570  
    2571 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2572 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
    2573 (#2), sequence alignment score = 2059 
    2574 RMSD between 334 pruned atom pairs is 0.363 angstroms; (across all 425 pairs:
    2575 34.100) 
    2576  
    2577 Drag select of 42 residues 
    2578 
    2579 > sequence chain #1/D#2/D#3/D#4/D
    2580 
    2581 Alignment identifier is 6 
    2582 
    2583 > sequence chain #7/C#9/C
    2584 
    2585 Alignment identifier is 7 
    2586 
    2587 > select up
    2588 
    2589 5307 atoms, 5333 bonds, 344 residues, 6 models selected 
    2590 
    2591 > select down
    2592 
    2593 628 atoms, 42 residues, 6 models selected 
    2594 
    2595 > select /A
    2596 
    2597 68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected 
    2598 
    2599 > select ~sel
    2600 
    2601 267090 atoms, 272317 bonds, 207 pseudobonds, 15590 residues, 22 models
    2602 selected 
    2603 
    2604 > hide sel cartoons
    2605 
    2606 > select clear
    2607 
    2608 > mmaker #10,9,8,7,6,5,4,3,2/A:50-300 to #1/A:50-300
    2609 
    2610 Parameters 
    2611 --- 
    2612 Chain pairing | bb 
    2613 Alignment algorithm | Needleman-Wunsch 
    2614 Similarity matrix | BLOSUM-62 
    2615 SS fraction | 0.3 
    2616 Gap open (HH/SS/other) | 18/18/6 
    2617 Gap extend | 1 
    2618 SS matrix |  |  | H | S | O 
    2619 ---|---|---|--- 
    2620 H | 6 | -9 | -6 
    2621 S |  | 6 | -6 
    2622 O |  |  | 4 
    2623 Iteration cutoff | 2 
    2624  
    2625 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2626 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
    2627 (#10), sequence alignment score = 1241 
    2628 RMSD between 251 pruned atom pairs is 0.470 angstroms; (across all 251 pairs:
    2629 0.470) 
    2630  
    2631 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2632 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
    2633 (#9), sequence alignment score = 1245.2 
    2634 RMSD between 251 pruned atom pairs is 0.437 angstroms; (across all 251 pairs:
    2635 0.437) 
    2636  
    2637 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2638 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
    2639 (#8), sequence alignment score = 1187.6 
    2640 RMSD between 250 pruned atom pairs is 0.422 angstroms; (across all 251 pairs:
    2641 0.442) 
    2642  
    2643 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2644 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
    2645 (#7), sequence alignment score = 1208 
    2646 RMSD between 251 pruned atom pairs is 0.453 angstroms; (across all 251 pairs:
    2647 0.453) 
    2648  
    2649 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2650 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
    2651 (#5), sequence alignment score = 1265 
    2652 RMSD between 251 pruned atom pairs is 0.384 angstroms; (across all 251 pairs:
    2653 0.384) 
    2654  
    2655 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2656 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
    2657 (#4), sequence alignment score = 1203.8 
    2658 RMSD between 251 pruned atom pairs is 0.373 angstroms; (across all 251 pairs:
    2659 0.373) 
    2660  
    2661 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2662 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
    2663 (#3), sequence alignment score = 1257.8 
    2664 RMSD between 251 pruned atom pairs is 0.280 angstroms; (across all 251 pairs:
    2665 0.280) 
    2666  
    2667 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2668 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
    2669 (#2), sequence alignment score = 1246.4 
    2670 RMSD between 251 pruned atom pairs is 0.313 angstroms; (across all 251 pairs:
    2671 0.313) 
    2672  
    2673 Drag select of 3003 residues, 6 pseudobonds 
    2674 
    2675 > select clear
    2676 
    2677 > select /A
    2678 
    2679 68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected 
    2680 
    2681 > select #10
    2682 
    2683 33548 atoms, 34135 bonds, 14 pseudobonds, 1984 residues, 2 models selected 
    2684 
    2685 > select /A:50-300
    2686 
    2687 40993 atoms, 41393 bonds, 48 pseudobonds, 2510 residues, 11 models selected 
    2688 
    2689 > select /A:50-150
    2690 
    2691 16956 atoms, 17066 bonds, 29 pseudobonds, 1010 residues, 11 models selected 
    2692 
    2693 > mmaker #10,9,8,7,6,5,4,3,2/A:50-160 to #1/A:50-160
    2694 
    2695 Parameters 
    2696 --- 
    2697 Chain pairing | bb 
    2698 Alignment algorithm | Needleman-Wunsch 
    2699 Similarity matrix | BLOSUM-62 
    2700 SS fraction | 0.3 
    2701 Gap open (HH/SS/other) | 18/18/6 
    2702 Gap extend | 1 
    2703 SS matrix |  |  | H | S | O 
    2704 ---|---|---|--- 
    2705 H | 6 | -9 | -6 
    2706 S |  | 6 | -6 
    2707 O |  |  | 4 
    2708 Iteration cutoff | 2 
    2709  
    2710 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2711 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
    2712 (#10), sequence alignment score = 566.8 
    2713 RMSD between 111 pruned atom pairs is 0.391 angstroms; (across all 111 pairs:
    2714 0.391) 
    2715  
    2716 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2717 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
    2718 (#9), sequence alignment score = 556 
    2719 RMSD between 111 pruned atom pairs is 0.352 angstroms; (across all 111 pairs:
    2720 0.352) 
    2721  
    2722 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2723 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
    2724 (#8), sequence alignment score = 539.2 
    2725 RMSD between 111 pruned atom pairs is 0.349 angstroms; (across all 111 pairs:
    2726 0.349) 
    2727  
    2728 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2729 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
    2730 (#7), sequence alignment score = 541 
    2731 RMSD between 111 pruned atom pairs is 0.332 angstroms; (across all 111 pairs:
    2732 0.332) 
    2733  
    2734 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2735 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
    2736 (#5), sequence alignment score = 563.2 
    2737 RMSD between 111 pruned atom pairs is 0.339 angstroms; (across all 111 pairs:
    2738 0.339) 
    2739  
    2740 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2741 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
    2742 (#4), sequence alignment score = 529 
    2743 RMSD between 111 pruned atom pairs is 0.257 angstroms; (across all 111 pairs:
    2744 0.257) 
    2745  
    2746 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2747 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
    2748 (#3), sequence alignment score = 563.8 
    2749 RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
    2750 0.254) 
    2751  
    2752 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2753 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
    2754 (#2), sequence alignment score = 541.6 
    2755 RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
    2756 0.254) 
    2757  
    2758 Drag select of 11 residues 
    2759 
    2760 > select up
    2761 
    2762 1280 atoms, 1287 bonds, 85 residues, 3 models selected 
    2763 
    2764 > sequence chain #2/A#3/A#9/A
    2765 
    2766 Alignment identifier is 1 
    2767 
    2768 > select up
    2769 
    2770 20525 atoms, 20720 bonds, 1275 residues, 3 models selected 
    2771 
    2772 > select down
    2773 
    2774 1280 atoms, 1287 bonds, 85 residues, 3 models selected 
    2775 
    2776 > select #2/A:356 #3/A:356 #9/A:356
    2777 
    2778 51 atoms, 48 bonds, 3 residues, 3 models selected 
    2779 
    2780 > select #2/A:356-425 #3/A:356-425 #9/A:356-425
    2781 
    2782 3276 atoms, 3300 bonds, 210 residues, 3 models selected 
    2783 1 [ID: 1] region 3 chains [356-425] RMSD: 24.333 
    2784  
    2785 
    2786 > select /B
    2787 
    2788 68415 atoms, 69065 bonds, 46 pseudobonds, 4250 residues, 11 models selected 
    2789 
    2790 > show sel cartoons
    2791 
    2792 > select clear
    2793 
    2794 > select #11/B:160
    2795 
    2796 24 atoms, 23 bonds, 1 residue, 1 model selected 
    2797 
    2798 > select up
    2799 
    2800 69 atoms, 68 bonds, 4 residues, 1 model selected 
    2801 
    2802 > select up
    2803 
    2804 6843 atoms, 6908 bonds, 425 residues, 1 model selected 
    2805 
    2806 > close #6
    2807 
    2808 > mmaker #11,10,9,8,7,5,4,3,2/A:50-160 to #1/A:50-160
    2809 
    2810 Parameters 
    2811 --- 
    2812 Chain pairing | bb 
    2813 Alignment algorithm | Needleman-Wunsch 
    2814 Similarity matrix | BLOSUM-62 
    2815 SS fraction | 0.3 
    2816 Gap open (HH/SS/other) | 18/18/6 
    2817 Gap extend | 1 
    2818 SS matrix |  |  | H | S | O 
    2819 ---|---|---|--- 
    2820 H | 6 | -9 | -6 
    2821 S |  | 6 | -6 
    2822 O |  |  | 4 
    2823 Iteration cutoff | 2 
    2824  
    2825 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2826 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain A
    2827 (#11), sequence alignment score = 557.8 
    2828 RMSD between 111 pruned atom pairs is 0.293 angstroms; (across all 111 pairs:
    2829 0.293) 
    2830  
    2831 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2832 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
    2833 (#10), sequence alignment score = 566.8 
    2834 RMSD between 111 pruned atom pairs is 0.391 angstroms; (across all 111 pairs:
    2835 0.391) 
    2836  
    2837 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2838 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
    2839 (#9), sequence alignment score = 556 
    2840 RMSD between 111 pruned atom pairs is 0.352 angstroms; (across all 111 pairs:
    2841 0.352) 
    2842  
    2843 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2844 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
    2845 (#8), sequence alignment score = 539.2 
    2846 RMSD between 111 pruned atom pairs is 0.349 angstroms; (across all 111 pairs:
    2847 0.349) 
    2848  
    2849 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2850 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
    2851 (#7), sequence alignment score = 541 
    2852 RMSD between 111 pruned atom pairs is 0.332 angstroms; (across all 111 pairs:
    2853 0.332) 
    2854  
    2855 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2856 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
    2857 (#5), sequence alignment score = 563.2 
    2858 RMSD between 111 pruned atom pairs is 0.339 angstroms; (across all 111 pairs:
    2859 0.339) 
    2860  
    2861 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2862 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
    2863 (#4), sequence alignment score = 529 
    2864 RMSD between 111 pruned atom pairs is 0.257 angstroms; (across all 111 pairs:
    2865 0.257) 
    2866  
    2867 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2868 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
    2869 (#3), sequence alignment score = 563.8 
    2870 RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
    2871 0.254) 
    2872  
    2873 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    2874 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
    2875 (#2), sequence alignment score = 541.6 
    2876 RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
    2877 0.254) 
    2878  
    2879 
    2880 > select clear
    2881 
    2882 > select /A,B:365-425
    2883 
    2884 18600 atoms, 18720 bonds, 1220 residues, 10 models selected 
    2885 
    2886 > select /A,B:385-425
    2887 
    2888 12060 atoms, 12120 bonds, 820 residues, 10 models selected 
    2889 
    2890 > hide sel cartoons
    2891 
    2892 Drag select of 3 residues 
    2893 
    2894 > select up
    2895 
    2896 454 atoms, 460 bonds, 31 residues, 1 model selected 
    2897 
    2898 > select /A,B:1-30
    2899 
    2900 8860 atoms, 8980 bonds, 600 residues, 10 models selected 
    2901 
    2902 > hide sel cartoons
    2903 
    2904 > select clear
    2905 
    2906 [Repeated 1 time(s)]
    2907 
    2908 > select /C
    2909 
    2910 59610 atoms, 60330 bonds, 3850 residues, 10 models selected 
    2911 
    2912 > show sel cartoons
    2913 
    2914 > sequence align /C
    2915 
    2916 Alignment identifier is 1 
    2917 Showing conservation header ("seq_conservation" residue attribute) for
    2918 alignment 1 
    2919 Webservices job id: BQVZ13OODGVRFUC1 
    2920 Webservices job finished: BQVZ13OODGVRFUC1 
    2921 
    2922 > sequence header conservation hide
    2923 
    2924 Hiding conservation header for alignment 1 
    2925 
    2926 > sequence header rmsd show
    2927 
    2928 Chains used in RMSD evaluation for alignment 1:
    2929 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
    2930 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
    2931 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
    2932 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
    2933 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C,
    2934 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C,
    2935 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C,
    2936 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C,
    2937 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C,
    2938 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C 
    2939 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    2940 
    2941 > sequence header rmsd save browse
    2942 
    2943 > select clear
    2944 
    2945 > select #1/C:148 #2/C:148
    2946 
    2947 38 atoms, 36 bonds, 2 residues, 2 models selected 
    2948 
    2949 > select #1/C:148-307 #2/C:148-307 #3/C:148-307 #4/C:148-307 #5/C:148-307
    2950 > #7/C:148-307 #8/C:148-307 #9/C:148-307 #10/C:148-307 #11/C:148-307
    2951 
    2952 23047 atoms, 23397 bonds, 1600 residues, 10 models selected 
    2953 Clustal Omega Alignment [ID: 1] region chain C..chain C [148-307] RMSD: 66.279 
    2954  
    2955 
    2956 > select clear
    2957 
    2958 > select /C:148-385
    2959 
    2960 35794 atoms, 36274 bonds, 2380 residues, 10 models selected 
    2961 
    2962 > hide sel cartoons
    2963 
    2964 > select clear
    2965 
    2966 > select /D
    2967 
    2968 44074 atoms, 44514 bonds, 2800 residues, 10 models selected 
    2969 
    2970 > sequence align /D
    2971 
    2972 Alignment identifier is 2 
    2973 Showing conservation header ("seq_conservation" residue attribute) for
    2974 alignment 2 
    2975 Webservices job id: 6IW1UF87C4RWXQYP 
    2976 Webservices job finished: 6IW1UF87C4RWXQYP 
    2977 
    2978 > sequence header 2 rmsd show
    2979 
    2980 Chains used in RMSD evaluation for alignment 2:
    2981 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D,
    2982 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D,
    2983 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D,
    2984 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D,
    2985 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D,
    2986 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D,
    2987 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D,
    2988 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D,
    2989 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D,
    2990 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D 
    2991 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    2992 
    2993 > sequence header 2 conservation hide
    2994 
    2995 Hiding conservation header for alignment 2 
    2996 
    2997 > select #1/D:114
    2998 
    2999 11 atoms, 10 bonds, 1 residue, 1 model selected 
    3000 
    3001 > select #1/D:114-121 #2/D:114-121 #3/D:114-121 #4/D:114-121 #5/D:114-121
    3002 > #7/D:114-121 #8/D:114-121 #9/D:114-121 #10/D:114-121 #11/D:114-121
    3003 
    3004 1090 atoms, 1110 bonds, 80 residues, 10 models selected 
    3005 Clustal Omega Alignment [ID: 2] region chain D..chain D [114-121] RMSD: 63.385 
    3006  
    3007 
    3008 > show sel cartoons
    3009 
    3010 > show sel atoms
    3011 
    3012 > select /D:1-100
    3013 
    3014 16245 atoms, 16395 bonds, 1000 residues, 10 models selected 
    3015 
    3016 > show sel cartoons
    3017 
    3018 > select /D
    3019 
    3020 44074 atoms, 44514 bonds, 2800 residues, 10 models selected 
    3021 
    3022 > transparency sel 90 ribbons
    3023 
    3024 > hide sel atoms
    3025 
    3026 > select clear
    3027 
    3028 > graphics silhouettes false
    3029 
    3030 > lighting soft
    3031 
    3032 > lighting simple
    3033 
    3034 > sequence align /E
    3035 
    3036 Alignment identifier is 3 
    3037 Showing conservation header ("seq_conservation" residue attribute) for
    3038 alignment 3 
    3039 Webservices job id: 7PFUZDICVXJI2VQ4 
    3040 Webservices job finished: 7PFUZDICVXJI2VQ4 
    3041 
    3042 > sequence header 3 rmsd show
    3043 
    3044 Chains used in RMSD evaluation for alignment 3:
    3045 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
    3046 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
    3047 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
    3048 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
    3049 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
    3050 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
    3051 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
    3052 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
    3053 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
    3054 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E 
    3055 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3 
    3056 
    3057 > sequence header 3 conservation hide
    3058 
    3059 Hiding conservation header for alignment 3 
    3060 
    3061 > select #1/E:224
    3062 
    3063 21 atoms, 21 bonds, 1 residue, 1 model selected 
    3064 
    3065 > select #1/E:224 #2/E:224 #3/E:224 #4/E:224 #5/E:224 #7/E:224 #8/E:224
    3066 > #9/E:224 #10/E:224
    3067 
    3068 189 atoms, 189 bonds, 9 residues, 9 models selected 
    3069 Clustal Omega Alignment [ID: 3] region chain E..chain E [224] RMSD: 1.339 
    3070  
    3071 
    3072 > show sel atoms
    3073 
    3074 > select up
    3075 
    3076 3381 atoms, 3408 bonds, 206 residues, 9 models selected 
    3077 
    3078 > show sel cartoons
    3079 
    3080 > contacts sel interModel false intraMol false select true log true
    3081    
    3082    
    3083     Allowed overlap: -0.4
    3084     H-bond overlap reduction: 0.4
    3085     Ignore contacts between atoms separated by 4 bonds or less
    3086     Detect intra-residue contacts: False
    3087     Detect intra-molecule contacts: False
    3088    
    3089     578 contacts
    3090                                         atom1                                                                          atom2                                      overlap  distance
    3091     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.270    2.690
    3092     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      0.266    2.694
    3093     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        0.258    2.702
    3094     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        0.254    2.706
    3095     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       0.206    2.754
    3096     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH1      0.189    3.061
    3097     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        0.177    3.003
    3098     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 CZ       0.176    3.004
    3099     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.164    3.016
    3100     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      0.159    3.021
    3101     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        0.153    3.027
    3102     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        0.152    3.028
    3103     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12     0.149    2.476
    3104     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      0.148    3.032
    3105     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        0.147    3.033
    3106     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.143    3.037
    3107     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       0.137    3.043
    3108     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        0.130    3.050
    3109     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 NH2     0.120    3.205
    3110     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       0.113    2.847
    3111     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22     0.111    2.514
    3112     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 CZ       0.095    3.085
    3113     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1      0.088    3.162
    3114     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 CZ       0.087    3.238
    3115     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH22    0.078    2.622
    3116     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      0.059    3.191
    3117     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CB       0.058    2.642
    3118     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1      0.054    3.271
    3119     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        0.051    3.129
    3120     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 HH22    0.049    2.651
    3121     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       0.048    3.132
    3122     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1     0.043    3.282
    3123     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1      0.043    3.282
    3124     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CB       0.039    3.286
    3125     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 210 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 23 CG2     0.038    3.142
    3126     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        0.036    3.144
    3127     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CB       0.025    2.675
    3128     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 CD       0.023    3.302
    3129     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1      0.022    3.228
    3130     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       0.015    3.165
    3131     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1      0.012    3.313
    3132     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        0.012    2.468
    3133     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        0.009    3.171
    3134     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22     0.007    1.993
    3135     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      0.004    3.321
    3136     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.004    3.176
    3137     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 CB       0.004    3.321
    3138     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       -0.000    3.180
    3139     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.003    2.963
    3140     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1      -0.011    3.261
    3141     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 CB       -0.011    3.336
    3142     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 CZ       -0.012    3.192
    3143     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH12    -0.012    2.712
    3144     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CG2      -0.014    3.414
    3145     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 HH22    -0.015    2.015
    3146     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HA       -0.015    2.495
    3147     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.016    3.341
    3148     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 OE2     -0.021    2.981
    3149     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.023    3.203
    3150     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 CB      -0.024    3.349
    3151     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CB      -0.024    2.724
    3152     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 HH12    -0.025    2.725
    3153     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 CG      -0.027    3.207
    3154     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.027    3.427
    3155     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 CB       -0.030    2.730
    3156     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1      -0.031    3.356
    3157     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 CG2     -0.033    3.433
    3158     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CG2      -0.033    3.433
    3159     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1    -0.035    3.360
    3160     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HA       -0.036    2.516
    3161     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.037    2.662
    3162     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        -0.037    2.517
    3163     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 176 NH2      -0.037    3.362
    3164     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 210 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 23 HG21    -0.038    2.518
    3165     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2     -0.040    2.665
    3166     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.041    2.521
    3167     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 CZ     -0.044    3.224
    3168     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ       -0.045    3.370
    3169     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       -0.053    2.533
    3170     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      -0.055    3.235
    3171     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.057    3.237
    3172     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 CZ       -0.057    3.237
    3173     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.058    2.538
    3174     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.061    3.241
    3175     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1     -0.065    3.315
    3176     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 HA      -0.066    2.546
    3177     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1      -0.067    3.392
    3178     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        -0.073    2.553
    3179     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       -0.074    2.554
    3180     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HA       -0.075    2.555
    3181     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.076    2.556
    3182     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 176 HH22     -0.078    2.778
    3183     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        -0.078    2.558
    3184     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HA       -0.081    2.561
    3185     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        -0.081    3.261
    3186     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 HB3      -0.081    2.706
    3187     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.082    3.262
    3188     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      -0.085    2.565
    3189     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CG2      -0.088    3.488
    3190     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.088    3.488
    3191     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1    -0.089    3.339
    3192     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH12     -0.091    2.791
    3193     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CG2     -0.092    3.492
    3194     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        -0.093    3.273
    3195     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 CD       -0.095    2.795
    3196     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 CZ       -0.097    3.422
    3197     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CG2      -0.099    2.799
    3198     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2     -0.101    2.726
    3199     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CG2      -0.101    2.801
    3200     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       -0.102    2.582
    3201     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 HB3      -0.103    2.728
    3202     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.104    2.729
    3203     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 176 NH2      -0.107    3.432
    3204     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       -0.108    2.588
    3205     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 HH22     -0.109    2.809
    3206     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 HD13     -0.110    2.810
    3207     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 CD1      -0.111    3.511
    3208     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH21    -0.113    2.813
    3209     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 NH2      -0.115    3.440
    3210     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 176 HH22     -0.115    2.815
    3211     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 CG2    -0.118    3.518
    3212     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.118    3.368
    3213     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 HB3     -0.123    2.748
    3214     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH2     -0.125    3.450
    3215     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 HB3     -0.125    2.750
    3216     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1     -0.127    3.452
    3217     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CB       -0.129    3.454
    3218     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B VAL 172 HG11     -0.130    2.830
    3219     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2      -0.130    2.755
    3220     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 CG2     -0.131    3.531
    3221     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 NH2      -0.131    2.836
    3222     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 HG11    -0.133    2.833
    3223     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 CG2    -0.133    3.458
    3224     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 CB      -0.133    2.833
    3225     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 176 HH22     -0.135    2.135
    3226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 221 CZ      -0.137    3.317
    3227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1      -0.137    2.842
    3228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 CZ     -0.137    3.462
    3229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 HH22   -0.138    2.838
    3230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 HB3     -0.138    2.138
    3231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 176 NH2      -0.140    2.845
    3232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CB       -0.141    2.841
    3233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH1     -0.141    3.466
    3234     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 N        -0.142    2.847
    3235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CG2     -0.143    2.843
    3236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.144    3.104
    3237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 NH2      -0.145    3.395
    3238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 HA     -0.146    2.626
    3239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      -0.146    2.626
    3240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLU 194 CD     -0.146    2.846
    3241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 CB     -0.147    2.847
    3242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1      -0.148    3.398
    3243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 192 CD1     -0.150    2.850
    3244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 CA       -0.151    3.331
    3245     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 NH2      -0.151    2.856
    3246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 OD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 NH2    -0.152    2.857
    3247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22     -0.153    2.153
    3248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.153    3.478
    3249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B VAL 172 HG11     -0.154    2.854
    3250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HG22     -0.154    2.154
    3251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22     -0.155    2.155
    3252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 172 HG11    -0.156    2.856
    3253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CA       -0.158    3.338
    3254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 177 CG2     -0.159    3.484
    3255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 C        -0.159    3.339
    3256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 NH2     -0.159    2.864
    3257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 CB       -0.160    3.485
    3258     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CA       -0.161    3.341
    3259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22     -0.161    2.161
    3260     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22    -0.162    2.162
    3261     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 O        -0.162    2.867
    3262     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      -0.162    2.787
    3263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 CD1      -0.164    2.864
    3264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HA       -0.164    2.644
    3265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH12     -0.165    2.865
    3266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 194 CD       -0.165    2.865
    3267     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.168    2.868
    3268     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 NH2      -0.169    2.874
    3269     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.169    3.349
    3270     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22     -0.169    2.169
    3271     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 O        -0.169    2.874
    3272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 NH1      -0.170    2.875
    3273     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH12    -0.170    2.170
    3274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 HA      -0.171    2.651
    3275     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 HG21     -0.171    2.171
    3276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 HB3      -0.172    2.172
    3277     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A VAL 172 HG11    -0.173    2.873
    3278     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CG2      -0.173    2.873
    3279     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 HB3      -0.173    2.173
    3280     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 HB3     -0.173    2.873
    3281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH2      -0.173    2.878
    3282     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CB       -0.174    3.499
    3283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 176 NH2      -0.174    2.799
    3284     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ       -0.175    3.575
    3285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH2      -0.176    3.501
    3286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.176    2.876
    3287     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CG2      -0.177    2.877
    3288     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 CG1     -0.178    3.578
    3289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 172 HG11     -0.178    2.878
    3290     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 CB      -0.178    2.878
    3291     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 HB3     -0.178    2.178
    3292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 172 HG11    -0.179    2.879
    3293     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 O      -0.179    2.884
    3294     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 CB      -0.180    3.505
    3295     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ARG 176 NH2     -0.181    2.886
    3296     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 176 NH2      -0.181    2.886
    3297     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1      -0.181    3.431
    3298     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 NH2     -0.182    2.887
    3299     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        -0.183    2.663
    3300     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12     -0.183    2.883
    3301     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 HH22    -0.185    2.885
    3302     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22    -0.186    2.186
    3303     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH12    -0.187    2.887
    3304     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        -0.188    2.668
    3305     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH12     -0.189    2.889
    3306     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 HG21     -0.189    2.189
    3307     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 NH2    -0.189    2.894
    3308     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH2      -0.189    3.439
    3309     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 CB      -0.191    3.516
    3310     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 NH2      -0.192    3.517
    3311     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 HB3      -0.192    2.192
    3312     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22   -0.193    2.193
    3313     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 NH2     -0.193    2.818
    3314     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22     -0.194    2.894
    3315     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 NH2    -0.196    3.521
    3316     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 N        -0.196    2.901
    3317     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.197    2.902
    3318     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CA      -0.197    3.377
    3319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 CB       -0.197    2.897
    3320     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 177 HG21    -0.198    2.823
    3321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 HG11     -0.198    2.898
    3322     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 194 HB3     -0.198    2.898
    3323     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2     -0.199    3.524
    3324     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B VAL 172 HG11     -0.200    2.900
    3325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.200    3.380
    3326     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.200    3.525
    3327     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22     -0.201    2.901
    3328     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 HH22    -0.201    2.201
    3329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.202    3.382
    3330     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.203    2.903
    3331     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 HG11     -0.203    2.903
    3332     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG21     -0.204    2.904
    3333     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 HB3     -0.205    2.205
    3334     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH1      -0.205    3.455
    3335     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 192 CD1      -0.205    2.905
    3336     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 CB       -0.205    2.905
    3337     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 NH2      -0.206    2.911
    3338     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 N      -0.207    2.912
    3339     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 HH22    -0.207    2.287
    3340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E SER 222 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 NH2    -0.207    2.832
    3341     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH22    -0.207    2.207
    3342     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2      -0.207    2.832
    3343     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE1      -0.208    2.913
    3344     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 HG21    -0.208    2.208
    3345     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 HB3    -0.209    2.209
    3346     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 OH       -0.209    2.789
    3347     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 HH22     -0.209    2.909
    3348     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 CB       -0.211    3.536
    3349     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2    -0.211    2.836
    3350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HG22     -0.212    2.837
    3351     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ARG 176 NH2     -0.212    3.537
    3352     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CB      -0.213    3.538
    3353     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 221 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 NH2    -0.213    2.838
    3354     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 221 NH1     -0.214    2.919
    3355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.215    3.540
    3356     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 OD2    -0.215    2.920
    3357     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 CD1      -0.217    2.917
    3358     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 HH22    -0.218    2.218
    3359     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH1      -0.218    2.843
    3360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.219    3.544
    3361     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.219    3.544
    3362     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH12   -0.220    2.920
    3363     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG21     -0.221    2.921
    3364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 NH2     -0.222    3.547
    3365     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HD13     -0.225    2.925
    3366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 NH2     -0.226    3.551
    3367     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2      -0.226    2.851
    3368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 164 OG1      -0.227    2.327
    3369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.228    2.708
    3370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 HH12     -0.228    2.853
    3371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 NH2      -0.229    2.934
    3372     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ       -0.232    3.557
    3373     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.232    3.557
    3374     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B VAL 172 O       -0.235    2.315
    3375     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 CD      -0.235    3.415
    3376     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2     -0.236    3.561
    3377     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 NH1     -0.236    3.561
    3378     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 CA     -0.236    3.416
    3379     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 NH1    -0.238    2.943
    3380     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 CG1      -0.239    3.639
    3381     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CG2      -0.240    2.940
    3382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22    -0.240    2.940
    3383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HG21     -0.240    2.940
    3384     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 C        -0.240    3.420
    3385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH12    -0.242    2.942
    3386     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 NH1      -0.243    2.948
    3387     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 229 HG13  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 CD1    -0.244    2.944
    3388     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH2      -0.245    2.950
    3389     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CA       -0.245    3.425
    3390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CG2     -0.245    2.945
    3391     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 176 NH2      -0.246    2.871
    3392     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG23    -0.247    2.947
    3393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CG2      -0.248    2.948
    3394     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 NH1      -0.248    2.953
    3395     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 CG2      -0.249    3.649
    3396     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 HB3      -0.250    2.875
    3397     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG21     -0.251    2.951
    3398     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E SER 222 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 HH22   -0.252    2.252
    3399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HH       -0.252    2.332
    3400     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 C      -0.253    3.433
    3401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B THR 164 OG1    -0.254    2.354
    3402     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 166 HD11     -0.254    2.954
    3403     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ       -0.254    3.579
    3404     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.256    2.736
    3405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 191 O        -0.256    3.216
    3406     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 172 O        -0.256    2.336
    3407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1     -0.257    3.507
    3408     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ARG 176 HH22    -0.258    2.958
    3409     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B VAL 172 O       -0.259    2.339
    3410     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 HH22     -0.261    2.961
    3411     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2      -0.261    3.586
    3412     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 CD1      -0.262    3.662
    3413     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 N       -0.262    2.967
    3414     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 HH22     -0.262    2.342
    3415     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.263    2.888
    3416     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 192 CD1     -0.263    3.663
    3417     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2      -0.264    3.589
    3418     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CG2      -0.264    3.589
    3419     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 HG21    -0.265    2.965
    3420     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG21     -0.266    2.966
    3421     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 OD2      -0.268    2.348
    3422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 NH2     -0.269    3.594
    3423     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 NH2      -0.269    3.594
    3424     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 CG2     -0.269    2.969
    3425     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 CZ       -0.269    3.594
    3426     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 CB     -0.270    3.595
    3427     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2      -0.270    3.595
    3428     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 HB3      -0.270    2.270
    3429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 HG21   -0.271    2.896
    3430     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12     -0.272    2.352
    3431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CB       -0.272    2.972
    3432     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 HB3      -0.272    2.272
    3433     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH22     -0.273    2.353
    3434     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 CG1      -0.273    3.673
    3435     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 OD2     -0.273    2.978
    3436     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CA       -0.274    3.454
    3437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A VAL 172 O        -0.274    2.354
    3438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 O       -0.274    2.354
    3439     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.275    2.980
    3440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 CG1     -0.275    2.975
    3441     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CB       -0.275    2.975
    3442     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B VAL 172 HG11    -0.276    2.976
    3443     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 176 NH2      -0.276    2.901
    3444     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 215 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 HG3     -0.278    2.978
    3445     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.278    2.978
    3446     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 164 OG1      -0.280    2.380
    3447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ILE 192 CD1     -0.280    2.980
    3448     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG23     -0.281    2.981
    3449     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 O        -0.282    2.362
    3450     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ      -0.282    3.462
    3451     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 C        -0.283    3.463
    3452     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B VAL 172 O      -0.283    2.363
    3453     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH22    -0.283    2.283
    3454     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 CB       -0.284    2.984
    3455     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CG2      -0.286    2.986
    3456     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 O        -0.286    2.366
    3457     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 CB       -0.286    2.986
    3458     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 HH22   -0.286    2.366
    3459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 HG21     -0.287    2.912
    3460     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.287    2.367
    3461     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 HH22    -0.289    2.369
    3462     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 HB3      -0.289    2.914
    3463     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A VAL 172 CG1     -0.291    3.691
    3464     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 C        -0.291    3.471
    3465     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 CA      -0.291    3.471
    3466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.292    2.772
    3467     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ       -0.292    3.472
    3468     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.293    2.373
    3469     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 HG21   -0.293    2.293
    3470     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 192 O        -0.293    2.998
    3471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 CG2     -0.293    2.993
    3472     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.294    2.919
    3473     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH12     -0.294    2.994
    3474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2    -0.294    3.619
    3475     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLY 218 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CG2      -0.295    3.620
    3476     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 CB      -0.297    2.997
    3477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 176 HH22     -0.298    2.298
    3478     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.298    2.923
    3479     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 OD2    -0.299    2.379
    3480     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH1     -0.299    2.924
    3481     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 HH22     -0.300    3.000
    3482     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CG2      -0.301    3.626
    3483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22     -0.302    3.002
    3484     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 N        -0.303    3.008
    3485     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 NH2    -0.303    3.553
    3486     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 O        -0.304    2.384
    3487     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 CG2     -0.305    3.005
    3488     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 194 HB3    -0.305    3.005
    3489     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 N       -0.305    3.010
    3490     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      -0.306    3.011
    3491     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 HH22     -0.306    2.386
    3492     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 221 HH12    -0.306    2.386
    3493     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.307    3.012
    3494     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CG2      -0.307    3.632
    3495     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 HH22    -0.307    2.307
    3496     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B VAL 172 HG11    -0.308    3.008
    3497     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22     -0.308    3.008
    3498     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 CZ     -0.310    3.635
    3499     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ       -0.310    3.710
    3500     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HA      -0.310    2.790
    3501     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 H       -0.310    2.390
    3502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 HB3      -0.311    2.936
    3503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 HG21     -0.311    2.936
    3504     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLU 194 CD     -0.313    3.638
    3505     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 H        -0.314    2.394
    3506     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 176 HH22     -0.314    2.314
    3507     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 OG1      -0.314    2.414
    3508     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 194 HB3      -0.314    3.014
    3509     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22     -0.315    3.015
    3510     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 OD2      -0.315    2.395
    3511     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 OD2     -0.315    3.495
    3512     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ      -0.316    3.641
    3513     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 OE1     -0.317    3.277
    3514     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 CG2    -0.317    3.017
    3515     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 CZ       -0.318    3.498
    3516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG23     -0.318    2.318
    3517     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG23     -0.319    2.319
    3518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B VAL 172 CG1      -0.320    3.720
    3519     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 HH21    -0.320    3.020
    3520     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.321    3.646
    3521     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 C       -0.321    3.501
    3522     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 CG     -0.322    3.647
    3523     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 172 HG11    -0.322    2.322
    3524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 OD2     -0.322    2.402
    3525     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CG2      -0.322    3.722
    3526     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 194 CD       -0.322    3.647
    3527     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 CG1      -0.322    3.022
    3528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLY 218 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 176 HH22     -0.322    2.402
    3529     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 172 CG1      -0.323    3.723
    3530     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CG2     -0.323    3.648
    3531     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 OD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 HH22   -0.324    2.404
    3532     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 C        -0.325    3.505
    3533     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH2     -0.326    2.951
    3534     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 164 HG21    -0.326    2.326
    3535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HG12     -0.326    2.326
    3536     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH21     -0.327    3.027
    3537     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 229 CG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 CD1    -0.327    3.727
    3538     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 C      -0.328    3.508
    3539     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 HG23   -0.329    3.029
    3540     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 HG21    -0.329    2.954
    3541     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 CG2    -0.331    3.031
    3542     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2      -0.332    3.657
    3543     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 CB      -0.332    3.032
    3544     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 CG      -0.333    3.658
    3545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH1     -0.333    3.658
    3546     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 172 CG1     -0.333    3.733
    3547     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.333    2.958
    3548     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG23     -0.334    2.334
    3549     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.334    2.414
    3550     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E THR 233 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 HD13     -0.334    2.334
    3551     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 HH22    -0.335    2.335
    3552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG23     -0.336    3.036
    3553     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B VAL 172 HG11     -0.336    2.336
    3554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 166 HD11     -0.336    3.036
    3555     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HD13     -0.336    2.336
    3556     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 CG2      -0.336    3.036
    3557     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 C        -0.338    3.518
    3558     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2      -0.339    3.664
    3559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG21    -0.339    3.039
    3560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG12     -0.340    2.340
    3561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 OG1      -0.340    2.440
    3562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 NH2      -0.340    3.665
    3563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 221 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 NH2    -0.340    3.665
    3564     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 172 HG11     -0.341    3.041
    3565     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 221 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B VAL 172 HG11     -0.341    2.341
    3566     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG23    -0.341    2.341
    3567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 H      -0.342    2.422
    3568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 HG21    -0.342    3.042
    3569     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ       -0.342    3.742
    3570     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 N        -0.343    3.048
    3571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 HH12   -0.344    2.424
    3572     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 HH22     -0.344    3.044
    3573     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 HG11    -0.345    2.345
    3574     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 192 CD1      -0.346    3.746
    3575     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B VAL 172 HB     -0.347    2.347
    3576     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 H        -0.348    2.428
    3577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 HH22     -0.348    2.428
    3578     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 HG11     -0.349    2.349
    3579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 O        -0.349    3.529
    3580     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 164 HG21     -0.350    2.350
    3581     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NE       -0.351    3.601
    3582     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG23     -0.351    2.351
    3583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 OD2      -0.352    2.432
    3584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 166 HD11     -0.352    3.052
    3585     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 166 HD11     -0.352    2.352
    3586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 OD2     -0.352    2.432
    3587     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 HH22     -0.352    2.432
    3588     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG21     -0.353    2.353
    3589     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.355    3.755
    3590     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 HH12     -0.355    2.435
    3591     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 H        -0.357    2.437
    3592     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B VAL 172 CG1      -0.357    3.757
    3593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 CZ      -0.358    3.758
    3594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 192 HD13    -0.358    2.358
    3595     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 CG       -0.358    3.683
    3596     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B GLU 194 HB3      -0.359    3.059
    3597     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 HB3     -0.359    2.984
    3598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 221 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 HH22   -0.360    2.360
    3599     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.361    2.986
    3600     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 N       -0.361    3.066
    3601     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 221 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B VAL 172 HG11     -0.362    2.362
    3602     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 O      -0.362    3.542
    3603     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 164 HG21    -0.363    2.363
    3604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 HB       -0.363    2.363
    3605     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 164 HG21    -0.363    2.363
    3606     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CG       -0.364    3.064
    3607     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22   -0.365    3.065
    3608     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE1      -0.366    3.546
    3609     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 164 HG21    -0.366    2.366
    3610     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.366    2.366
    3611     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 NH2      -0.367    3.072
    3612     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.368    3.068
    3613     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 HH22     -0.369    2.369
    3614     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A VAL 172 HB       -0.369    2.369
    3615     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG12     -0.371    2.371
    3616     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLU 194 OE1    -0.371    2.451
    3617     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 194 OE1      -0.372    2.452
    3618     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG23     -0.373    3.073
    3619     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 C       -0.373    3.553
    3620     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 HG23   -0.374    2.374
    3621     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 OG1      -0.374    2.474
    3622     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 HH21    -0.375    3.075
    3623     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B VAL 172 CG1      -0.375    3.775
    3624     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH1      -0.376    3.701
    3625     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLY 218 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CG2     -0.377    3.702
    3626     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 HH21    -0.377    3.077
    3627     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22     -0.378    3.078
    3628     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 C       -0.378    3.558
    3629     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 172 HG11     -0.380    3.080
    3630     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 NH1      -0.380    3.085
    3631     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH12    -0.380    3.080
    3632     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG21     -0.380    2.380
    3633     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B VAL 172 CG1     -0.380    3.780
    3634     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG21    -0.380    2.380
    3635     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22    -0.382    3.082
    3636     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 NH2     -0.382    3.087
    3637     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 OG1     -0.383    2.483
    3638     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 HB       -0.383    2.383
    3639     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 CB      -0.385    3.785
    3640     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 176 HH22     -0.386    2.386
    3641     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 HH22     -0.387    3.087
    3642     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 172 CG1     -0.388    3.788
    3643     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B VAL 172 CG1     -0.388    3.788
    3644     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 NH1    -0.388    3.713
    3645     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 194 CB      -0.388    3.788
    3646     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CG2      -0.390    3.090
    3647     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HG12     -0.390    3.090
    3648     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CG       -0.390    3.715
    3649     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 HH22     -0.390    3.090
    3650     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 NH1      -0.391    3.716
    3651     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 HH22     -0.392    2.472
    3652     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.392    3.717
    3653     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 CG1      -0.392    3.092
    3654     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 CD1      -0.392    3.792
    3655     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 HH22    -0.393    2.473
    3656     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLY 218 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.395    3.720
    3657     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 H       -0.395    2.475
    3658     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 HG23    -0.395    2.395
    3659     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 C       -0.395    3.575
    3660     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ILE 192 HD13    -0.395    2.395
    3661     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH1     -0.396    3.721
    3662     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 221 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B THR 164 HG21     -0.396    2.396
    3663     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 CZ       -0.397    3.797
    3664     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.398    3.098
    3665     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG12     -0.398    3.098
    3666     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 CG       -0.398    3.723
    3667     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH2      -0.399    3.724
    3668     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 172 HG11    -0.400    2.400
    3669    
    3670 
    3671  
    3672 578 contacts 
    3673 
    3674 > select clear
    3675 
    3676 Drag select of 121 residues, 24 atoms 
    3677 
    3678 > select #1/E:211
    3679 
    3680 15 atoms, 14 bonds, 1 residue, 1 model selected 
    3681 
    3682 > select #1/E:211-232 #2/E:211-232 #3/E:211-232 #4/E:211-232 #5/E:211-232
    3683 > #7/E:211-232 #8/E:211-232 #9/E:211-232 #10/E:211-232 #11/E:211-232
    3684 
    3685 3650 atoms, 3680 bonds, 220 residues, 10 models selected 
    3686 Clustal Omega Alignment [ID: 3] region chain E..chain E [211-232] RMSD: 16.057 
    3687  
    3688 
    3689 > select /F
    3690 
    3691 10 atoms, 10 residues, 10 models selected 
    3692 
    3693 > select /F,G,H,I
    3694 
    3695 40 atoms, 7 bonds, 40 residues, 10 models selected 
    3696 
    3697 > show sel atoms
    3698 
    3699 > style sel sphere
    3700 
    3701 Changed 40 atom styles 
    3702 
    3703 > color sel lime
    3704 
    3705 > select clear
    3706 
    3707 > select /J
    3708 
    3709 19270 atoms, 20860 bonds, 600 residues, 10 models selected 
    3710 
    3711 > sequence align /J
    3712 
    3713 Must specify 2 or more protein sequences 
    3714 
    3715 > show sel cartoons
    3716 
    3717 > select /K
    3718 
    3719 9448 atoms, 10148 bonds, 300 residues, 10 models selected 
    3720 
    3721 > show sel cartoons
    3722 
    3723 [Repeated 1 time(s)]
    3724 
    3725 > select /L
    3726 
    3727 9540 atoms, 10220 bonds, 300 residues, 10 models selected 
    3728 
    3729 > show sel cartoons
    3730 
    3731 > select /M
    3732 
    3733 Nothing selected 
    3734 
    3735 > select /A:300-385
    3736 
    3737 14340 atoms, 14440 bonds, 860 residues, 10 models selected 
    3738 
    3739 > show sel atoms
    3740 
    3741 > hide sel atoms
    3742 
    3743 > select clear
    3744 
    3745 > select /C:300-385
    3746 
    3747 14047 atoms, 14177 bonds, 860 residues, 10 models selected 
    3748 
    3749 > show sel atoms
    3750 
    3751 > hide sel atoms
    3752 
    3753 > show sel cartoons
    3754 
    3755 > select /B:220-290
    3756 
    3757 11380 atoms, 11550 bonds, 9 pseudobonds, 710 residues, 11 models selected 
    3758 
    3759 > show sel cartoons
    3760 
    3761 > undo
    3762 
    3763 > select /A:300-385
    3764 
    3765 14340 atoms, 14440 bonds, 860 residues, 10 models selected 
    3766 
    3767 > show sel cartoons
    3768 
    3769 > select /C:220-290
    3770 
    3771 9867 atoms, 10067 bonds, 710 residues, 10 models selected 
    3772 
    3773 > select /D:220-290
    3774 
    3775 9600 atoms, 9720 bonds, 610 residues, 10 models selected 
    3776 
    3777 > show sel cartoons
    3778 
    3779 > transparency sel 0 ribbons
    3780 
    3781 > select /E:1-30
    3782 
    3783 4770 atoms, 4810 bonds, 300 residues, 10 models selected 
    3784 
    3785 > show sel cartoons
    3786 
    3787 > hide sel cartoons
    3788 
    3789 > select /D:220-290
    3790 
    3791 9600 atoms, 9720 bonds, 610 residues, 10 models selected 
    3792 
    3793 > hide sel cartoons
    3794 
    3795 > select /C:300-385
    3796 
    3797 14047 atoms, 14177 bonds, 860 residues, 10 models selected 
    3798 
    3799 > hide sel cartoons
    3800 
    3801 > select clear
    3802 
    3803 Drag select of 126 residues 
    3804 
    3805 > select #11/E:211
    3806 
    3807 15 atoms, 14 bonds, 1 residue, 1 model selected 
    3808 
    3809 > select #11/E:211-225
    3810 
    3811 253 atoms, 255 bonds, 15 residues, 1 model selected 
    3812 
    3813 > show sel cartoons
    3814 
    3815 > select #1/E:210
    3816 
    3817 15 atoms, 14 bonds, 1 residue, 1 model selected 
    3818 
    3819 > select #1/E:210-213 #2/E:210-213 #3/E:210-213 #4/E:210-213 #5/E:210-213
    3820 
    3821 305 atoms, 305 bonds, 20 residues, 5 models selected 
    3822 Clustal Omega Alignment [ID: 3] region chain E..chain E [210-213] RMSD: 1.071 
    3823  
    3824 
    3825 > select #7/E:210
    3826 
    3827 15 atoms, 14 bonds, 1 residue, 1 model selected 
    3828 
    3829 > select #7/E:210-214 #8/E:210-214 #9/E:210-214 #10/E:210-214 #11/E:210-214
    3830 
    3831 390 atoms, 390 bonds, 25 residues, 5 models selected 
    3832 Clustal Omega Alignment [ID: 3] region chain E..chain E [210-214] RMSD: 1.362 
    3833  
    3834 
    3835 > select #1/E:215
    3836 
    3837 19 atoms, 18 bonds, 1 residue, 1 model selected 
    3838 
    3839 > select #1/E:215-218 #2/E:215-218 #3/E:215-218 #4/E:215-218 #5/E:215-218
    3840 
    3841 310 atoms, 305 bonds, 20 residues, 5 models selected 
    3842 Clustal Omega Alignment [ID: 3] region chain E..chain E [215-218] RMSD: 0.995 
    3843  
    3844 
    3845 > select #7/E:209
    3846 
    3847 14 atoms, 13 bonds, 1 residue, 1 model selected 
    3848 
    3849 > select #7/E:209-214 #8/E:209-214 #9/E:209-214 #10/E:209-214 #11/E:209-214
    3850 
    3851 460 atoms, 460 bonds, 30 residues, 5 models selected 
    3852 Clustal Omega Alignment [ID: 3] region chain E..chain E [209-214] RMSD: 1.412 
    3853  
    3854 
    3855 > select #1/E:209
    3856 
    3857 14 atoms, 13 bonds, 1 residue, 1 model selected 
    3858 
    3859 > select #1/E:209 #2/E:209 #3/E:209 #4/E:209 #5/E:209 #7/E:209 #8/E:209
    3860 > #9/E:209 #10/E:209 #11/E:209
    3861 
    3862 140 atoms, 130 bonds, 10 residues, 10 models selected 
    3863 Clustal Omega Alignment [ID: 3] region chain E..chain E [209] RMSD: 35.041 
    3864  
    3865 
    3866 > select #1/E:221
    3867 
    3868 16 atoms, 15 bonds, 1 residue, 1 model selected 
    3869 
    3870 > select #1/E:221 #2/E:221 #3/E:221 #4/E:221 #5/E:221 #7/E:221 #8/E:221
    3871 > #9/E:221 #10/E:221 #11/E:221
    3872 
    3873 160 atoms, 150 bonds, 10 residues, 10 models selected 
    3874 Clustal Omega Alignment [ID: 3] region chain E..chain E [221] RMSD: 6.560 
    3875  
    3876 
    3877 > select #1/E:220
    3878 
    3879 19 atoms, 18 bonds, 1 residue, 1 model selected 
    3880 
    3881 > select #1/E:220 #2/E:220 #3/E:220 #4/E:220 #5/E:220 #7/E:220 #8/E:220
    3882 > #9/E:220 #10/E:220 #11/E:220
    3883 
    3884 190 atoms, 180 bonds, 10 residues, 10 models selected 
    3885 
    3886 > select #1/E:216-220 #2/E:216-220 #3/E:216-220 #4/E:216-220 #5/E:216-220
    3887 > #7/E:216-220 #8/E:216-220 #9/E:216-220 #10/E:216-220 #11/E:216-220
    3888 
    3889 820 atoms, 820 bonds, 50 residues, 10 models selected 
    3890 Clustal Omega Alignment [ID: 3] region chain E..chain E [216-220] RMSD: 14.502 
    3891  
    3892 
    3893 > select /E
    3894 
    3895 56693 atoms, 57173 bonds, 3450 residues, 10 models selected 
    3896 
    3897 > hide sel cartoons
    3898 
    3899 > hide sel atoms
    3900 
    3901 > select clear
    3902 
    3903 > select #1/C:122
    3904 
    3905 12 atoms, 11 bonds, 1 residue, 1 model selected 
    3906 
    3907 > select #1/C:122-132 #2/C:122-132 #3/C:122-132 #4/C:122-132 #5/C:122-132
    3908 > #7/C:122-132 #8/C:122-132 #9/C:122-132 #10/C:122-132 #11/C:122-132
    3909 
    3910 1970 atoms, 1990 bonds, 110 residues, 10 models selected 
    3911 Clustal Omega Alignment [ID: 1] region chain C..chain C [122-132] RMSD: 0.720 
    3912  
    3913 
    3914 > select #1/C:158
    3915 
    3916 10 atoms, 9 bonds, 1 residue, 1 model selected 
    3917 
    3918 > select #1/C:141-158 #2/C:141-158 #3/C:141-158 #4/C:141-158 #5/C:141-158
    3919 > #7/C:141-158 #8/C:141-158 #9/C:141-158 #10/C:141-158 #11/C:141-158
    3920 
    3921 2520 atoms, 2530 bonds, 180 residues, 10 models selected 
    3922 Clustal Omega Alignment [ID: 1] region chain C..chain C [141-158] RMSD: 35.580 
    3923  
    3924 
    3925 > hide sel cartoons
    3926 
    3927 > select clear
    3928 
    3929 > select /D
    3930 
    3931 44074 atoms, 44514 bonds, 2800 residues, 10 models selected 
    3932 
    3933 > hide sel cartoons
    3934 
    3935 > select clear
    3936 
    3937 Drag select of 21 residues 
    3938 Drag select of 10 residues 
    3939 
    3940 > sequence chain #1/A#2/A#3/A#4/A#5/A#7/A#8/A#9/A#10/A#11/A
    3941 
    3942 Alignment identifier is 2 
    3943 
    3944 > select up
    3945 
    3946 4659 atoms, 4692 bonds, 298 residues, 10 models selected 
    3947 
    3948 > select down
    3949 
    3950 536 atoms, 31 residues, 10 models selected 
    3951 
    3952 > select #1/A:363 #2/A:363 #3/A:363 #4/A:363 #5/A:363 #7/A:363 #8/A:363
    3953 > #9/A:363 #10/A:363 #11/A:363
    3954 
    3955 190 atoms, 180 bonds, 10 residues, 10 models selected 
    3956 
    3957 > select #1/A:363-425 #2/A:363-425 #3/A:363-425 #4/A:363-425 #5/A:363-425
    3958 > #7/A:363-425 #8/A:363-425 #9/A:363-425 #10/A:363-425 #11/A:363-425
    3959 
    3960 9680 atoms, 9740 bonds, 630 residues, 10 models selected 
    3961 2 [ID: 2] region 10 chains [363-425] RMSD: 62.618 
    3962  
    3963 
    3964 > hide sel cartoons
    3965 
    3966 > undo
    3967 
    3968 > select clear
    3969 
    3970 > select /A
    3971 
    3972 68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected 
    3973 
    3974 > rainbow sel
    3975 
    3976 Drag select of 21 residues 
    3977 
    3978 > select #1/A:370 #2/A:370 #3/A:370 #4/A:370 #5/A:370 #7/A:370 #8/A:370
    3979 > #9/A:370 #10/A:370 #11/A:370
    3980 
    3981 110 atoms, 100 bonds, 10 residues, 10 models selected 
    3982 
    3983 > select #1/A:370-425 #2/A:370-425 #3/A:370-425 #4/A:370-425 #5/A:370-425
    3984 > #7/A:370-425 #8/A:370-425 #9/A:370-425 #10/A:370-425 #11/A:370-425
    3985 
    3986 8490 atoms, 8540 bonds, 560 residues, 10 models selected 
    3987 2 [ID: 2] region 10 chains [370-425] RMSD: 66.415 
    3988  
    3989 Drag select of 10 residues 
    3990 
    3991 > select #1/A:376 #2/A:376 #3/A:376 #4/A:376 #5/A:376 #7/A:376 #8/A:376
    3992 > #9/A:376 #10/A:376 #11/A:376
    3993 
    3994 140 atoms, 140 bonds, 10 residues, 10 models selected 
    3995 
    3996 > select #1/A:376-425 #2/A:376-425 #3/A:376-425 #4/A:376-425 #5/A:376-425
    3997 > #7/A:376-425 #8/A:376-425 #9/A:376-425 #10/A:376-425 #11/A:376-425
    3998 
    3999 7480 atoms, 7530 bonds, 500 residues, 10 models selected 
    4000 2 [ID: 2] region 10 chains [376-425] RMSD: 70.194 
    4001  
    4002 
    4003 > hide sel cartoons
    4004 
    4005 > select clear
    4006 
    4007 > select /A
    4008 
    4009 68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected 
    4010 
    4011 > color sel bychain
    4012 
    4013 > select clear
    4014 
    4015 Drag select of 32 atoms, 6183 residues, 21 pseudobonds 
    4016 
    4017 > sequence chain
    4018 > #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B#7/A,B#8/A,B#9/A,B#10/A,B#11/A,B
    4019 
    4020 Alignment identifier is 3 
    4021 
    4022 > sequence chain #1/C#2/C#3/C#4/C#5/C#7/C#8/C#9/C#10/C#11/C
    4023 
    4024 Alignment identifier is 4 
    4025 
    4026 > sequence chain #1/J#2/J#3/J#4/J#5/J#7/J#8/J#9/J#10/J#11/J
    4027 
    4028 Alignment identifier is 5 
    4029 
    4030 > sequence chain #1/K#2/K#3/K#4/K#5/K#7/K#8/K#9/K#10/K#11/K
    4031 
    4032 Alignment identifier is 6 
    4033 
    4034 > sequence chain #1/L#2/L#3/L#4/L#5/L#7/L#8/L#9/L#10/L#11/L
    4035 
    4036 Alignment identifier is 7 
    4037 
    4038 > select up
    4039 
    4040 146001 atoms, 149898 bonds, 21 pseudobonds, 7902 residues, 21 models selected 
    4041 
    4042 > select down
    4043 
    4044 111295 atoms, 21 pseudobonds, 6215 residues, 21 models selected 
    4045 
    4046 > select #1/C:111
    4047 
    4048 22 atoms, 21 bonds, 1 residue, 1 model selected 
    4049 
    4050 > select #1/C:111-121 #2/C:111-121 #3/C:111-121 #4/C:111-121 #5/C:111-121
    4051 > #7/C:111-121 #8/C:111-121 #9/C:111-121 #10/C:111-121 #11/C:111-121
    4052 
    4053 1720 atoms, 1720 bonds, 110 residues, 10 models selected 
    4054 Clustal Omega Alignment [ID: 1] region chain C..chain C [111-121] RMSD: 4.794 
    4055  
    4056 Drag select of 24 residues 
    4057 
    4058 > select up
    4059 
    4060 1469 atoms, 1483 bonds, 86 residues, 10 models selected 
    4061 
    4062 > select #1/C:4
    4063 
    4064 15 atoms, 14 bonds, 1 residue, 1 model selected 
    4065 
    4066 > select #1/C:1-4 #2/C:1-4 #3/C:1-4 #4/C:1-4 #5/C:1-4 #7/C:1-4 #8/C:1-4
    4067 > #9/C:1-4 #10/C:1-4 #11/C:1-4
    4068 
    4069 680 atoms, 690 bonds, 40 residues, 10 models selected 
    4070 Clustal Omega Alignment [ID: 1] region chain C..chain C [1-4] RMSD: 7.315 
    4071  
    4072 
    4073 > hide sel cartoons
    4074 
    4075 > select clear
    4076 
    4077 Drag select of 2773 residues 
    4078 
    4079 > select intersect /A
    4080 
    4081 17566 atoms, 1082 residues, 10 models selected 
    4082 
    4083 > select #1/C:8-9
    4084 
    4085 36 atoms, 35 bonds, 2 residues, 1 model selected 
    4086 
    4087 > select #1/C:8-133 #2/C:8-133 #3/C:8-133 #4/C:8-133 #5/C:8-133 #7/C:8-133
    4088 > #8/C:8-133 #9/C:8-133 #10/C:8-133 #11/C:8-133
    4089 
    4090 20826 atoms, 21006 bonds, 1260 residues, 10 models selected 
    4091 Clustal Omega Alignment [ID: 1] region chain C..chain C [8-133] RMSD: 1.788 
    4092  
    4093 
    4094 > contacts sel interModel false intraMol false select true log true
    4095    
    4096    
    4097     Allowed overlap: -0.4
    4098     H-bond overlap reduction: 0.4
    4099     Ignore contacts between atoms separated by 4 bonds or less
    4100     Detect intra-residue contacts: False
    4101     Detect intra-molecule contacts: False
    4102    
    4103     2522 contacts
    4104                                         atom1                                                                          atom2                                      overlap  distance
    4105     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 26 OE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE1      0.277    2.683
    4106     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       0.265    2.985
    4107     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     0.247    2.933
    4108     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      0.244    3.006
    4109     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 23 O       0.241    2.719
    4110     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLN 17 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     0.234    2.726
    4111     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CG       0.233    2.967
    4112     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       0.229    3.021
    4113     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB        0.229    2.971
    4114     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     0.224    3.026
    4115     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CB       0.224    2.976
    4116     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 48 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 17 CG1      0.216    2.964
    4117     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 OG       0.212    2.988
    4118     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         0.209    2.751
    4119     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB        0.209    2.991
    4120     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 73 O        0.207    2.273
    4121     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     0.204    2.756
    4122     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CB      0.203    2.997
    4123     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CE1      0.196    3.004
    4124     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 73 O       0.194    2.286
    4125     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CB       0.194    2.986
    4126     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       0.192    3.133
    4127     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CB       0.190    3.010
    4128     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 CZ        0.190    3.135
    4129     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 73 O        0.189    2.291
    4130     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CD     0.189    3.136
    4131     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HD2       0.187    2.293
    4132     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         0.184    2.996
    4133     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CD      0.184    3.141
    4134     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 HD2      0.183    2.297
    4135     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       0.182    3.143
    4136     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CB       0.180    3.020
    4137     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 73 O       0.180    2.300
    4138     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB        0.179    3.001
    4139     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O         0.177    2.303
    4140     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O         0.175    2.305
    4141     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB        0.174    3.026
    4142     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 NH1       0.173    3.077
    4143     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CG      0.173    3.007
    4144     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      0.172    3.028
    4145     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB        0.172    3.028
    4146     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         0.171    3.009
    4147     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O         0.169    2.311
    4148     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB        0.168    3.032
    4149     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        0.167    3.013
    4150     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      0.166    3.084
    4151     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     0.165    3.160
    4152     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 CE1       0.164    3.036
    4153     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 73 O        0.164    2.316
    4154     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     0.163    2.477
    4155     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 39 O       0.163    2.317
    4156     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      0.160    2.465
    4157     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CB      0.159    3.041
    4158     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 24 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 252 OD1    0.158    3.022
    4159     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      0.157    3.023
    4160     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    0.157    3.243
    4161     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     0.157    3.023
    4162     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O         0.157    2.323
    4163     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     0.157    2.468
    4164     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      0.155    3.170
    4165     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       0.154    2.471
    4166     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 39 O        0.154    2.326
    4167     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    0.151    2.489
    4168     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      0.151    3.099
    4169     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CB     0.151    3.049
    4170     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       0.151    2.474
    4171     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     0.149    3.176
    4172     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 38 O         0.148    3.032
    4173     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 CZ        0.148    3.177
    4174     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 CB      0.146    3.034
    4175     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 O        0.141    2.339
    4176     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE1    0.140    3.040
    4177     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O         0.139    2.341
    4178     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 39 O        0.137    3.043
    4179     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 CB       0.137    3.188
    4180     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CG      0.136    3.044
    4181     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 CG2      0.135    3.190
    4182     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         0.133    2.347
    4183     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      0.132    3.193
    4184     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O         0.129    2.351
    4185     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA        0.127    3.053
    4186     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 NH1     0.125    2.500
    4187     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1      0.122    3.058
    4188     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      0.122    2.503
    4189     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       0.121    3.204
    4190     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 O        0.120    2.360
    4191     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 CG2      0.120    3.205
    4192     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     0.117    3.063
    4193     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      0.116    2.509
    4194     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     0.115    3.065
    4195     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      0.115    3.065
    4196     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CG      0.115    3.065
    4197     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       0.115    3.210
    4198     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     0.114    3.211
    4199     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O         0.114    2.366
    4200     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       0.113    2.512
    4201     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HD2       0.112    2.368
    4202     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       0.112    2.513
    4203     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    0.111    3.229
    4204     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       0.110    3.070
    4205     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CD1     0.108    3.072
    4206     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 NH1      0.108    2.517
    4207     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HD1     0.106    2.374
    4208     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O         0.106    2.374
    4209     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 O       0.106    2.374
    4210     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 SD       0.105    3.377
    4211     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      0.105    2.520
    4212     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         0.105    2.375
    4213     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       0.105    3.075
    4214     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      0.105    2.375
    4215     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     0.104    3.221
    4216     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      0.102    3.223
    4217     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O         0.101    3.079
    4218     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       0.100    2.525
    4219     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD1      0.100    3.080
    4220     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CG1     0.100    3.300
    4221     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 88 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 32 OD1     0.099    3.081
    4222     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HE1    0.099    2.381
    4223     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      0.098    3.227
    4224     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    0.098    3.302
    4225     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      0.097    3.083
    4226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HD2      0.095    2.385
    4227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        0.095    3.105
    4228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      0.095    3.085
    4229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 NE2       0.094    3.231
    4230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       0.089    3.236
    4231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         0.088    3.092
    4232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CB     0.087    3.093
    4233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    0.084    3.096
    4234     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      0.084    3.166
    4235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 CB      0.083    3.097
    4236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O         0.083    2.397
    4237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     0.082    3.098
    4238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 NH1     0.080    3.170
    4239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O         0.079    3.101
    4240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 O        0.077    3.103
    4241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 CD1     0.076    3.324
    4242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         0.076    3.104
    4243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O         0.074    3.106
    4244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HD2       0.074    2.406
    4245     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     0.073    3.267
    4246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 40 O         0.070    2.890
    4247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         0.068    2.412
    4248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      0.068    2.632
    4249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         0.067    2.413
    4250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2      0.067    2.633
    4251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         0.067    3.113
    4252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 73 O        0.067    3.113
    4253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CG1     0.065    3.260
    4254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 HD2     0.064    2.416
    4255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 O        0.064    2.416
    4256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 HD2     0.063    2.417
    4257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       0.062    3.338
    4258     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       0.062    3.263
    4259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     0.061    3.264
    4260     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       0.061    3.119
    4261     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HD2     0.060    2.420
    4262     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    0.058    2.567
    4263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    0.057    3.343
    4264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 73 O       0.057    3.123
    4265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 86 O       0.057    2.423
    4266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O         0.055    3.125
    4267     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 HH       0.053    2.572
    4268     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CG       0.053    3.287
    4269     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      0.052    3.273
    4270     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 13 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 32 OD1      0.052    3.128
    4271     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      0.050    2.575
    4272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE1      0.050    3.130
    4273     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA        0.050    2.430
    4274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 CB      0.049    2.651
    4275     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 NH1       0.049    2.576
    4276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 38 O         0.049    2.431
    4277     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE        0.048    3.352
    4278     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 73 O        0.048    3.132
    4279     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 CD2       0.047    3.353
    4280     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 97 HD1       0.047    1.953
    4281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 CD     0.046    2.654
    4282     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        0.046    3.134
    4283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 O        0.046    3.134
    4284     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O         0.046    2.434
    4285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       0.045    3.135
    4286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 73 O       0.045    3.135
    4287     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CD        0.045    3.155
    4288     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     0.045    3.355
    4289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CD        0.045    3.155
    4290     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NE       0.044    3.206
    4291     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         0.044    3.136
    4292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     0.043    3.157
    4293     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       0.042    3.138
    4294     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 39 O       0.042    3.138
    4295     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 38 O         0.042    3.138
    4296     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        0.042    3.358
    4297     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      0.040    3.360
    4298     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O         0.039    3.141
    4299     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         0.039    3.141
    4300     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     0.039    3.141
    4301     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 OD1     0.038    2.442
    4302     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       0.038    3.142
    4303     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 C        0.038    2.662
    4304     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      0.038    3.142
    4305     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      0.038    3.362
    4306     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 92 CD2     0.036    3.364
    4307     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       0.036    3.214
    4308     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O         0.036    3.144
    4309     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 85 C         0.034    2.666
    4310     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       0.034    2.666
    4311     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      0.033    3.367
    4312     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 92 CD2      0.032    3.368
    4313     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       0.032    3.293
    4314     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CD       0.030    3.170
    4315     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 C         0.030    2.670
    4316     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 OD2      0.030    2.450
    4317     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 92 CD2      0.029    3.371
    4318     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HD2      0.029    2.451
    4319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    0.029    2.451
    4320     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 CG       0.029    3.371
    4321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      0.029    3.151
    4322     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 23 O        0.028    2.932
    4323     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CB      0.027    3.173
    4324     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 C         0.027    2.673
    4325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 272 OE1     0.026    2.934
    4326     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 CB       0.026    3.299
    4327     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 73 O        0.025    3.155
    4328     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 92 CD2     0.025    3.375
    4329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CD      0.024    3.176
    4330     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CD       0.024    3.176
    4331     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 115 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 211 HA     0.023    2.602
    4332     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     0.023    2.602
    4333     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1       0.023    3.157
    4334     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      0.022    3.178
    4335     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 24 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     0.022    2.603
    4336     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 CB        0.022    2.678
    4337     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        0.022    3.178
    4338     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         0.022    2.458
    4339     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     0.022    3.378
    4340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CD2      0.022    3.158
    4341     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O         0.021    3.159
    4342     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CZ       0.021    3.304
    4343     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 HB2     0.021    2.459
    4344     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     0.021    3.379
    4345     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     0.020    2.605
    4346     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 CD       0.020    2.680
    4347     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      0.019    3.161
    4348     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       0.019    3.381
    4349     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CD        0.019    3.181
    4350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HD1      0.018    2.462
    4351     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 C         0.017    2.683
    4352     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CD       0.017    3.183
    4353     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       0.017    3.308
    4354     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 86 O       0.017    3.163
    4355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 C       0.017    2.683
    4356     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2      0.016    3.309
    4357     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     0.016    3.309
    4358     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HD2       0.015    2.485
    4359     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 96 CD1      0.015    3.385
    4360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 92 CD2      0.014    3.386
    4361     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 C         0.014    2.686
    4362     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HB3    0.013    2.487
    4363     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 NH1      0.013    3.237
    4364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CG       0.012    3.388
    4365     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     0.012    3.313
    4366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 O       0.012    3.168
    4367     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 HE2       0.012    2.613
    4368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       0.011    2.689
    4369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE        0.011    3.389
    4370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       0.010    3.170
    4371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HB2    0.009    2.471
    4372     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NE        0.008    3.242
    4373     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CD      0.007    2.693
    4374     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 50 HA      0.007    2.493
    4375     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HG       0.007    2.618
    4376     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 HA      0.006    2.619
    4377     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     0.004    3.396
    4378     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       0.004    3.321
    4379     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       0.004    3.176
    4380     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CD        0.003    3.197
    4381     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       0.003    2.477
    4382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HD2     0.003    2.497
    4383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 N        0.002    2.623
    4384     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         0.002    2.478
    4385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 16 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 252 CG     0.002    2.698
    4386     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     0.001    2.699
    4387     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 92 CD2       0.001    3.399
    4388     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 NE2       0.001    3.324
    4389     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    0.000    2.700
    4390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 CG2     0.000    2.700
    4391     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CD2       0.000    3.180
    4392     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 265 O      -0.001    3.181
    4393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CD      -0.001    3.201
    4394     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HD2      -0.003    2.503
    4395     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O         -0.003    3.183
    4396     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 C        -0.003    2.703
    4397     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 HG22     -0.004    2.629
    4398     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HD2       -0.004    2.504
    4399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 OD2      -0.005    3.185
    4400     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 CZ        -0.005    3.330
    4401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.005    3.405
    4402     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CG      -0.005    3.185
    4403     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HD2       -0.006    2.506
    4404     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CD1    -0.006    3.406
    4405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       -0.008    2.633
    4406     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HD12    -0.009    2.489
    4407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CD        -0.009    3.209
    4408     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CE2     -0.009    3.409
    4409     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CB      -0.010    3.190
    4410     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C HIS 113 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 211 OD1    -0.011    2.491
    4411     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.012    3.192
    4412     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HD2       -0.012    2.512
    4413     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 HH       -0.013    2.013
    4414     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 HD2      -0.013    2.513
    4415     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 OD1     -0.013    2.493
    4416     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 CG      -0.013    2.713
    4417     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.015    2.715
    4418     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH11      -0.015    2.640
    4419     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 40 HG13    -0.016    2.496
    4420     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 HE1     -0.016    2.496
    4421     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.020    3.420
    4422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD2     -0.020    2.500
    4423     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.021    2.521
    4424     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.021    2.646
    4425     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 80 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 O       -0.021    2.501
    4426     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.022    2.647
    4427     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE2      -0.022    3.202
    4428     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O         -0.022    3.202
    4429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE2      -0.023    3.423
    4430     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HD2       -0.023    2.523
    4431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.024    3.349
    4432     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 OD2     -0.024    3.204
    4433     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11      -0.024    2.649
    4434     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB        -0.024    3.204
    4435     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 CA      -0.024    3.204
    4436     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CD2       -0.025    3.205
    4437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.025    3.225
    4438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CB      -0.026    3.206
    4439     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     -0.026    2.651
    4440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HG2     -0.026    2.506
    4441     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 CD2       -0.026    3.426
    4442     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE2     -0.026    3.206
    4443     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 108 HG23   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 OH      -0.026    2.526
    4444     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     -0.026    2.726
    4445     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 38 O         -0.027    2.507
    4446     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 42 HD3       -0.027    2.507
    4447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.027    2.507
    4448     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1       -0.028    2.508
    4449     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HD12      -0.028    2.508
    4450     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        -0.028    2.508
    4451     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 24 HA       -0.028    2.508
    4452     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.028    3.278
    4453     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 96 CD1     -0.029    3.429
    4454     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HD2      -0.029    2.529
    4455     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.029    2.654
    4456     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.030    3.355
    4457     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.030    2.510
    4458     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         -0.030    3.210
    4459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      -0.030    2.655
    4460     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    -0.032    2.732
    4461     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.033    2.658
    4462     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1      -0.033    2.513
    4463     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HB3     -0.033    2.658
    4464     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HZ       -0.033    2.033
    4465     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB        -0.034    3.214
    4466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD1      -0.034    2.734
    4467     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE1    -0.034    3.434
    4468     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CE1    -0.035    3.235
    4469     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 CD      -0.035    3.215
    4470     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 HB3    -0.035    2.660
    4471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      -0.035    3.360
    4472     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HD12      -0.035    2.515
    4473     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.036    3.216
    4474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 HB3      -0.036    2.536
    4475     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HE21     -0.036    2.661
    4476     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CB     -0.036    3.216
    4477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      -0.036    2.516
    4478     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 HG3     -0.036    2.516
    4479     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.036    2.661
    4480     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 HD12      -0.036    2.516
    4481     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HB3     -0.037    2.537
    4482     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.037    2.737
    4483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 O         -0.037    2.517
    4484     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.037    3.217
    4485     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HG3     -0.038    2.518
    4486     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CG1     -0.038    3.363
    4487     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.038    3.218
    4488     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 HD12    -0.039    2.519
    4489     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.039    3.219
    4490     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 CE      -0.039    3.364
    4491     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 13 HD11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 32 OD1      -0.039    2.519
    4492     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CD       -0.039    2.739
    4493     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CD       -0.040    3.365
    4494     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O         -0.040    3.220
    4495     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CZ     -0.040    3.440
    4496     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.041    2.666
    4497     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 77 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.041    2.521
    4498     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB3      -0.042    2.522
    4499     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HA      -0.042    2.522
    4500     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CD     -0.042    2.742
    4501     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 CG2      -0.042    2.742
    4502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.042    2.667
    4503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CB      -0.042    3.222
    4504     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 34 HB      -0.043    2.668
    4505     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.043    3.368
    4506     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      -0.043    3.368
    4507     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.044    3.294
    4508     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HG23   -0.045    2.670
    4509     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 108 HG23   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.045    2.545
    4510     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 HH22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.046    2.746
    4511     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 41 HD12      -0.046    2.526
    4512     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB3     -0.046    2.526
    4513     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     -0.046    2.671
    4514     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.047    3.227
    4515     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HD12      -0.047    2.527
    4516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.048    2.748
    4517     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.048    2.528
    4518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 16 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD1     -0.048    2.528
    4519     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.049    3.299
    4520     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3       -0.050    2.530
    4521     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD       -0.050    2.750
    4522     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB3       -0.050    2.530
    4523     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.050    2.690
    4524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CD      -0.050    3.230
    4525     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      -0.050    2.675
    4526     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 HE3    -0.051    2.676
    4527     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     -0.051    2.676
    4528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 CD2       -0.052    3.452
    4529     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PRO 42 HD3       -0.052    2.532
    4530     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PRO 120 HA      -0.052    2.532
    4531     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 HA2      -0.052    2.677
    4532     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CZ      -0.052    3.452
    4533     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 50 HA       -0.052    2.552
    4534     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.053    3.233
    4535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 HG22     -0.053    2.678
    4536     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 23 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     -0.054    2.679
    4537     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 HA3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 425 O        -0.054    2.534
    4538     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CE1     -0.054    2.754
    4539     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.054    2.679
    4540     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3       -0.055    2.555
    4541     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.055    2.535
    4542     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB3      -0.055    2.555
    4543     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.055    2.680
    4544     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE2      -0.055    3.235
    4545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CD2      -0.056    3.236
    4546     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D VAL 253 HG23     -0.056    2.681
    4547     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3       -0.056    2.536
    4548     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 HD2      -0.056    2.756
    4549     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 HD12     -0.056    2.536
    4550     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB3      -0.056    2.536
    4551     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HD3      -0.056    2.681
    4552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3      -0.057    2.682
    4553     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       -0.057    2.537
    4554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.057    2.537
    4555     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.058    2.798
    4556     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.059    3.259
    4557     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.060    2.760
    4558     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CB       -0.060    3.240
    4559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.060    2.760
    4560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CB     -0.060    2.760
    4561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 18 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.061    2.761
    4562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.061    3.386
    4563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB        -0.061    3.241
    4564     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 HB3     -0.061    2.541
    4565     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.061    3.311
    4566     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     -0.061    3.401
    4567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 50 HA       -0.062    2.562
    4568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      -0.062    3.387
    4569     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.062    3.387
    4570     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       -0.062    3.462
    4571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.063    3.243
    4572     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 HA2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.064    2.544
    4573     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 O        -0.064    2.544
    4574     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HE1      -0.064    2.764
    4575     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 CE2    -0.064    3.464
    4576     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HA      -0.065    2.545
    4577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.065    3.315
    4578     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 252 CG     -0.065    3.390
    4579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 76 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CG      -0.065    2.765
    4580     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.065    2.765
    4581     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       -0.065    2.545
    4582     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 HE2      -0.065    2.765
    4583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.066    2.546
    4584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.066    2.546
    4585     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 270 NE2      -0.067    2.692
    4586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG13    -0.067    2.692
    4587     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      -0.067    2.692
    4588     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE1     -0.067    3.467
    4589     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 CE2     -0.067    3.467
    4590     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HB2      -0.068    2.693
    4591     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 103 OH     -0.068    2.568
    4592     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 CG      -0.068    3.393
    4593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB        -0.068    3.248
    4594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CD2     -0.068    3.248
    4595     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      -0.068    3.248
    4596     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 272 CD      -0.068    3.248
    4597     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.068    2.693
    4598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB2      -0.069    2.549
    4599     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    -0.069    3.394
    4600     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.069    2.549
    4601     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.069    2.769
    4602     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       -0.070    3.250
    4603     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.070    3.250
    4604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 85 C       -0.070    2.770
    4605     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 NZ      -0.070    3.395
    4606     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     -0.070    2.710
    4607     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.070    2.695
    4608     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.071    3.411
    4609     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2      -0.071    2.551
    4610     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 HB3     -0.072    2.552
    4611     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLN 46 NE2      -0.072    3.397
    4612     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 HA        -0.072    2.572
    4613     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 OE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 HD11      -0.072    2.552
    4614     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 68 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASN 259 H       -0.073    2.698
    4615     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1      -0.073    3.253
    4616     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 36 HD22     -0.073    2.553
    4617     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       -0.073    2.553
    4618     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     -0.073    2.698
    4619     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CG       -0.073    3.473
    4620     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       -0.073    3.398
    4621     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.074    2.774
    4622     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.074    3.474
    4623     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       -0.074    3.474
    4624     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.075    3.400
    4625     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 HA2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 O        -0.075    2.555
    4626     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CD2    -0.076    3.256
    4627     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HB3     -0.076    2.776
    4628     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.076    3.401
    4629     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.076    2.076
    4630     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 HG2      -0.077    2.702
    4631     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 HE2      -0.077    2.777
    4632     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3       -0.077    2.577
    4633     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB3       -0.077    2.577
    4634     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB        -0.077    2.777
    4635     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CD2     -0.077    3.257
    4636     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 73 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.077    3.477
    4637     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.077    2.777
    4638     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.078    2.703
    4639     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CD     -0.078    3.418
    4640     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.078    2.778
    4641     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      -0.078    3.403
    4642     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HD2       -0.079    2.559
    4643     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.080    2.580
    4644     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.080    2.780
    4645     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CD1     -0.080    3.260
    4646     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 C         -0.080    2.780
    4647     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 84 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 HD13     -0.080    2.705
    4648     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.081    2.781
    4649     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      -0.081    2.706
    4650     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 HG3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.081    2.863
    4651     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 HB3      -0.081    2.706
    4652     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2       -0.083    2.583
    4653     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HD3    -0.083    2.708
    4654     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HB3      -0.083    2.583
    4655     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HD2    -0.083    2.708
    4656     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 84 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 CD1      -0.083    3.408
    4657     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 OG        -0.084    2.664
    4658     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD1      -0.084    3.409
    4659     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CA       -0.084    3.264
    4660     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE1    -0.085    2.785
    4661     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1       -0.085    2.565
    4662     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 CD1    -0.085    3.485
    4663     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       -0.085    2.565
    4664     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 48 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 17 HG12     -0.086    2.566
    4665     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE1      -0.086    2.566
    4666     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.086    2.711
    4667     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 114 HD23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 302 OD2      -0.087    2.567
    4668     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.087    3.337
    4669     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB        -0.087    3.267
    4670     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.088    3.268
    4671     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CG      -0.088    3.288
    4672     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 HD2     -0.088    2.588
    4673     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.088    2.728
    4674     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 O        -0.088    3.268
    4675     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.088    2.713
    4676     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 CE      -0.089    2.789
    4677     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.089    2.569
    4678     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      -0.089    3.414
    4679     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ        -0.089    2.789
    4680     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      -0.089    2.789
    4681     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CE2      -0.089    3.489
    4682     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HG       -0.090    2.790
    4683     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.090    3.270
    4684     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 112 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 NH1     -0.090    2.795
    4685     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 HA2      -0.090    2.790
    4686     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PRO 42 HD3       -0.091    2.571
    4687     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB3       -0.091    2.591
    4688     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB        -0.091    2.791
    4689     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       -0.092    3.272
    4690     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 C         -0.092    2.792
    4691     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 HB3     -0.092    2.592
    4692     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB       -0.092    3.417
    4693     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.092    3.492
    4694     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 92 CD2       -0.092    2.792
    4695     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CD      -0.093    3.273
    4696     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CG       -0.093    2.793
    4697     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.093    3.418
    4698     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 114 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 302 CG       -0.094    2.794
    4699     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CG       -0.094    3.419
    4700     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CD2       -0.094    3.274
    4701     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CB       -0.094    2.794
    4702     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.094    3.419
    4703     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 C         -0.094    2.794
    4704     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 41 CD1       -0.094    3.274
    4705     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB1       -0.094    2.574
    4706     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.095    2.575
    4707     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE2      -0.095    2.575
    4708     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 HA3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.095    2.575
    4709     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 HB3      -0.095    2.795
    4710     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.096    3.421
    4711     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 38 O         -0.096    3.276
    4712     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HE2     -0.096    2.796
    4713     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CG       -0.097    3.422
    4714     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 O       -0.097    3.277
    4715     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.097    2.797
    4716     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 CG      -0.097    3.277
    4717     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.097    3.347
    4718     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 HB1     -0.098    2.578
    4719     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 HB3     -0.098    2.598
    4720     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.098    2.818
    4721     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3       -0.098    2.798
    4722     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.098    2.798
    4723     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 C         -0.098    3.498
    4724     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 85 C        -0.099    2.799
    4725     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.100    2.580
    4726     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE2    -0.100    2.725
    4727     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.100    3.425
    4728     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 OG1      -0.100    3.300
    4729     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB        -0.100    3.280
    4730     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 96 CD1      -0.101    2.801
    4731     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 OD1     -0.102    3.282
    4732     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CG       -0.102    3.502
    4733     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.102    2.802
    4734     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1       -0.103    2.683
    4735     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG12    -0.103    2.803
    4736     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1       -0.104    3.284
    4737     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH       -0.104    2.604
    4738     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HH11   -0.104    2.104
    4739     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 HH11     -0.104    2.104
    4740     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD        -0.104    3.504
    4741     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 107 CD     -0.104    2.804
    4742     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HB3     -0.105    2.585
    4743     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 49 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB3      -0.105    2.585
    4744     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 O        -0.105    3.285
    4745     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 ND1      -0.105    2.845
    4746     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 HB3      -0.105    2.730
    4747     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1       -0.105    2.805
    4748     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 HD12     -0.105    2.585
    4749     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         -0.106    3.286
    4750     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 93 OD1      -0.106    2.686
    4751     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.106    2.806
    4752     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CB      -0.106    3.306
    4753     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.106    3.588
    4754     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CB      -0.106    3.286
    4755     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.106    3.286
    4756     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 93 OD1      -0.107    2.687
    4757     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    -0.107    2.107
    4758     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 86 O         -0.107    2.587
    4759     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE2      -0.108    3.508
    4760     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ASP 93 OD1     -0.108    2.688
    4761     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.109    3.289
    4762     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HD1     -0.109    2.809
    4763     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.110    3.290
    4764     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CG     -0.111    3.291
    4765     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE2       -0.111    3.291
    4766     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HD2       -0.111    2.591
    4767     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 HE1     -0.112    2.737
    4768     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.112    3.312
    4769     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE2       -0.112    2.592
    4770     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.112    2.812
    4771     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB        -0.113    3.293
    4772     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.114    3.439
    4773     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       -0.114    3.439
    4774     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH       -0.114    2.614
    4775     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 C         -0.114    3.294
    4776     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HD1     -0.114    2.814
    4777     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASP 112 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D GLU 212 OE1    -0.114    3.074
    4778     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3       -0.114    2.614
    4779     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CE2     -0.115    2.815
    4780     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 HA        -0.115    2.615
    4781     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE2     -0.115    2.595
    4782     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.116    2.741
    4783     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CE2      -0.116    3.516
    4784     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.116    3.441
    4785     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 HH11     -0.117    2.742
    4786     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 421 HA       -0.117    2.117
    4787     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 HD2      -0.117    2.117
    4788     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 C         -0.117    2.817
    4789     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CB     -0.117    3.297
    4790     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 CD       -0.118    3.443
    4791     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 77 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.118    3.298
    4792     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O         -0.118    3.298
    4793     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 CG      -0.119    3.299
    4794     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CG        -0.119    3.299
    4795     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.119    3.519
    4796     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.119    3.299
    4797     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 CB     -0.120    2.820
    4798     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.120    2.120
    4799     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CB       -0.121    3.301
    4800     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HH21    -0.121    2.121
    4801     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 108 HG23   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.121    2.621
    4802     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11      -0.121    2.821
    4803     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.122    3.447
    4804     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 HE2       -0.122    2.122
    4805     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 262 CD2    -0.123    2.823
    4806     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.123    2.828
    4807     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.124    3.449
    4808     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 O      -0.124    2.844
    4809     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     -0.124    3.524
    4810     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2       -0.124    2.824
    4811     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 75 HD11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.125    2.825
    4812     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    -0.125    3.305
    4813     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.125    3.375
    4814     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE2    -0.125    2.125
    4815     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      -0.126    2.751
    4816     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CD2      -0.126    3.306
    4817     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 96 CD1     -0.126    2.826
    4818     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.126    2.606
    4819     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 HD21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CD1      -0.127    2.827
    4820     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 60 HD3     -0.127    2.752
    4821     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HH21     -0.128    2.128
    4822     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 262 CD2    -0.128    3.453
    4823     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 CE       -0.128    2.828
    4824     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HH21     -0.128    2.128
    4825     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         -0.128    2.608
    4826     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE1    -0.128    2.833
    4827     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.128    3.308
    4828     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 CD       -0.128    2.828
    4829     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD        -0.128    3.528
    4830     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.129    2.609
    4831     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 265 O      -0.129    2.849
    4832     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 CB      -0.129    3.454
    4833     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HD2     -0.129    2.829
    4834     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CB       -0.129    2.829
    4835     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB2      -0.129    2.629
    4836     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 CA        -0.129    2.829
    4837     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.130    2.755
    4838     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     -0.130    2.855
    4839     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       -0.130    3.530
    4840     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB        -0.131    2.831
    4841     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HH      -0.131    2.131
    4842     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB        -0.132    2.832
    4843     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CB      -0.132    2.832
    4844     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.132    2.832
    4845     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG22     -0.132    2.757
    4846     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE1    -0.133    2.833
    4847     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 HG3     -0.133    2.613
    4848     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.133    2.133
    4849     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 HA        -0.133    2.633
    4850     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.133    3.313
    4851     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CB       -0.133    2.833
    4852     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 HB2       -0.133    2.833
    4853     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CD2      -0.133    3.533
    4854     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.133    3.458
    4855     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.134    3.314
    4856     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.134    3.534
    4857     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 38 O         -0.134    3.314
    4858     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ        -0.134    3.459
    4859     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 CD      -0.134    2.834
    4860     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CB      -0.134    2.834
    4861     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.134    3.459
    4862     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 53 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 HD2     -0.135    2.135
    4863     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.135    2.835
    4864     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB        -0.135    2.835
    4865     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.135    3.315
    4866     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.135    2.840
    4867     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.136    2.836
    4868     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.136    2.836
    4869     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CB      -0.136    3.316
    4870     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 OH       -0.136    3.336
    4871     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 CB       -0.136    3.536
    4872     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.138    2.138
    4873     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.138    3.538
    4874     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.138    2.838
    4875     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 HB3       -0.139    2.139
    4876     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CE2      -0.139    2.839
    4877     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.139    2.764
    4878     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     -0.139    2.864
    4879     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB        -0.140    2.840
    4880     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.140    2.840
    4881     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O        -0.140    2.845
    4882     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.140    2.840
    4883     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.140    2.840
    4884     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 C         -0.140    3.540
    4885     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 302 OD2      -0.140    3.320
    4886     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       -0.140    2.620
    4887     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    -0.141    2.841
    4888     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.141    3.541
    4889     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CD2     -0.141    2.841
    4890     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CD       -0.141    3.466
    4891     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 108 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.142    3.342
    4892     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 HG23     -0.142    2.142
    4893     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB        -0.142    2.842
    4894     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.142    2.842
    4895     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NE        -0.143    3.393
    4896     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 65 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.143    2.768
    4897     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HB3     -0.143    2.623
    4898     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 HD12     -0.144    2.624
    4899     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.144    3.394
    4900     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 SD      -0.144    2.926
    4901     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.144    2.844
    4902     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NE        -0.145    3.395
    4903     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CD      -0.145    2.845
    4904     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.145    2.845
    4905     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CB      -0.145    3.470
    4906     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 HA       -0.145    2.645
    4907     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.146    2.146
    4908     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CG       -0.146    3.326
    4909     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     -0.146    2.771
    4910     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 CG2      -0.146    3.471
    4911     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HD11      -0.146    2.626
    4912     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 38 O         -0.147    3.327
    4913     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLU 255 CD       -0.147    3.472
    4914     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 24 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     -0.147    3.397
    4915     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CD2     -0.147    3.327
    4916     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE        -0.147    2.847
    4917     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 97 ND1       -0.147    2.772
    4918     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.148    3.328
    4919     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 34 HB      -0.148    2.148
    4920     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 C       -0.148    3.548
    4921     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CG       -0.148    3.328
    4922     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 85 C         -0.148    3.548
    4923     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.149    3.549
    4924     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 HB2     -0.149    2.649
    4925     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.149    2.774
    4926     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       -0.149    2.774
    4927     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CA     -0.149    3.349
    4928     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HD11      -0.149    2.629
    4929     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB3      -0.150    2.150
    4930     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    -0.150    2.150
    4931     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.150    3.400
    4932     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1       -0.150    3.330
    4933     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.150    2.775
    4934     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HE      -0.150    2.150
    4935     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH1       -0.150    2.855
    4936     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 CE      -0.150    3.330
    4937     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HE2     -0.151    2.151
    4938     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CB      -0.151    3.331
    4939     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 O        -0.151    2.631
    4940     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE       -0.151    2.851
    4941     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HE1      -0.152    2.632
    4942     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CZ     -0.152    2.852
    4943     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 O         -0.152    3.332
    4944     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.152    2.632
    4945     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.152    2.852
    4946     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CD2     -0.152    2.852
    4947     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB        -0.152    2.852
    4948     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 86 O         -0.153    3.333
    4949     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CE1     -0.153    3.353
    4950     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         -0.153    3.113
    4951     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NH2      -0.153    2.778
    4952     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       -0.153    3.553
    4953     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.153    3.635
    4954     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.153    3.493
    4955     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE1      -0.153    2.633
    4956     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HE1     -0.153    2.153
    4957     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.154    2.654
    4958     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 HB1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CZ      -0.154    2.854
    4959     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CD1     -0.154    2.854
    4960     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.155    2.635
    4961     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 HB1      -0.155    2.635
    4962     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HB3    -0.155    2.635
    4963     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.155    3.480
    4964     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 93 OD1      -0.155    2.735
    4965     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE2    -0.156    2.856
    4966     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.156    3.356
    4967     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2      -0.156    3.336
    4968     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 C        -0.157    2.857
    4969     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE1      -0.157    2.857
    4970     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HA       -0.157    2.857
    4971     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 HD2      -0.157    2.857
    4972     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CG2      -0.157    3.557
    4973     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.158    2.863
    4974     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.158    3.483
    4975     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HE2     -0.158    2.783
    4976     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB2       -0.159    2.659
    4977     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE1    -0.159    2.159
    4978     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.159    3.559
    4979     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HD1      -0.159    2.159
    4980     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HG12      -0.159    2.859
    4981     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 CZ      -0.160    2.860
    4982     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 260 OD2    -0.160    2.865
    4983     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 CG2      -0.160    2.860
    4984     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 N        -0.160    3.410
    4985     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 HD2      -0.160    2.860
    4986     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.160    3.485
    4987     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 HA        -0.160    2.160
    4988     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.161    3.643
    4989     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 NE2       -0.161    2.786
    4990     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.161    3.411
    4991     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 HH22      -0.161    2.161
    4992     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HB3    -0.161    2.161
    4993     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 CD      -0.162    3.562
    4994     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE1    -0.162    2.862
    4995     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CZ      -0.162    2.862
    4996     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 C         -0.162    3.562
    4997     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3      -0.163    2.863
    4998     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HG12      -0.163    2.863
    4999     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.163    2.863
    5000     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HB2     -0.163    2.663
    5001     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.163    3.563
    5002     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 CD1    -0.163    3.563
    5003     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CG      -0.164    3.364
    5004     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HG12      -0.164    2.864
    5005     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 C       -0.164    2.864
    5006     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 CG      -0.165    2.865
    5007     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HZ       -0.165    2.665
    5008     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 HH21      -0.165    2.790
    5009     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CG      -0.165    3.565
    5010     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.165    2.645
    5011     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 CE2     -0.165    3.565
    5012     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG12    -0.165    2.790
    5013     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.165    3.565
    5014     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 NE       -0.165    2.790
    5015     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 69 HG       -0.166    2.866
    5016     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HB3     -0.166    2.646
    5017     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CE1     -0.166    2.866
    5018     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 OE1    -0.166    2.886
    5019     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.167    2.867
    5020     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CD2     -0.167    2.867
    5021     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 HD21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 HD12     -0.167    2.167
    5022     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 104 OD1      -0.168    2.873
    5023     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HG12    -0.168    2.868
    5024     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD        -0.169    2.951
    5025     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HD2     -0.169    2.869
    5026     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 C         -0.169    3.569
    5027     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 HD2     -0.169    2.869
    5028     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 CB       -0.170    3.495
    5029     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CE2     -0.170    3.495
    5030     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.170    3.510
    5031     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2       -0.170    3.570
    5032     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CG      -0.170    3.495
    5033     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NE      -0.170    2.895
    5034     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 18 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.171    3.571
    5035     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    -0.171    3.511
    5036     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HE3       -0.171    2.171
    5037     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CG      -0.171    3.571
    5038     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 CG      -0.172    3.572
    5039     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.172    3.572
    5040     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE2      -0.172    2.652
    5041     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.172    3.352
    5042     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HD2     -0.172    2.872
    5043     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 HG12    -0.172    2.872
    5044     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 CE2       -0.173    3.498
    5045     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 HB2    -0.173    2.813
    5046     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NE        -0.173    2.898
    5047     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HG23   -0.173    2.173
    5048     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HD3      -0.173    2.173
    5049     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 24 HG3     -0.173    2.173
    5050     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 115 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 212 OE1     -0.173    2.878
    5051     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 CG2     -0.173    3.573
    5052     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.173    3.498
    5053     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.174    2.654
    5054     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.174    2.874
    5055     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.174    2.674
    5056     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.174    3.499
    5057     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 HD2     -0.174    2.874
    5058     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 HD2     -0.174    2.174
    5059     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD       -0.175    3.500
    5060     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CG        -0.175    3.355
    5061     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE1     -0.175    2.875
    5062     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.176    3.576
    5063     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CZ       -0.176    2.876
    5064     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ILE 261 CD1     -0.176    3.501
    5065     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 HG        -0.177    2.877
    5066     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.177    2.177
    5067     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       -0.177    2.882
    5068     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CD2    -0.177    2.877
    5069     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE        -0.178    3.358
    5070     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 CG     -0.178    3.503
    5071     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.179    2.179
    5072     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 C        -0.179    3.504
    5073     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.179    3.519
    5074     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CD2      -0.179    2.879
    5075     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 N       -0.179    3.429
    5076     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HA       -0.179    2.659
    5077     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HG3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.180    2.660
    5078     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CE2      -0.180    2.880
    5079     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.180    2.880
    5080     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CG       -0.180    2.880
    5081     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.180    3.505
    5082     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CD2      -0.180    2.880
    5083     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLU 255 OE2      -0.180    2.885
    5084     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 HG12      -0.181    2.881
    5085     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CG       -0.181    3.506
    5086     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 HG22     -0.181    2.181
    5087     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 HB2      -0.181    2.881
    5088     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.182    2.887
    5089     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     -0.182    2.807
    5090     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.182    2.182
    5091     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.182    2.887
    5092     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B MET 353 SD     -0.182    3.664
    5093     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.183    3.383
    5094     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 HH11    -0.183    2.183
    5095     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.183    3.508
    5096     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE1    -0.183    2.883
    5097     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 HE3      -0.183    2.883
    5098     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 HA        -0.184    2.684
    5099     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 HB2      -0.184    2.809
    5100     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 92 CD2     -0.184    2.884
    5101     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CZ      -0.184    2.884
    5102     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CZ     -0.184    2.884
    5103     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 HD11    -0.184    2.884
    5104     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 HA        -0.184    2.184
    5105     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HA       -0.184    2.664
    5106     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O         -0.185    2.665
    5107     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 HA       -0.185    2.885
    5108     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CB      -0.185    2.885
    5109     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.186    2.886
    5110     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD2      -0.186    2.886
    5111     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 HB1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HZ      -0.187    2.187
    5112     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG22     -0.187    2.187
    5113     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.187    2.887
    5114     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 97 HE1       -0.187    2.187
    5115     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     -0.187    3.587
    5116     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HD2      -0.188    2.188
    5117     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       -0.188    2.768
    5118     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 CD1     -0.188    3.368
    5119     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.188    2.888
    5120     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.188    2.888
    5121     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.188    2.188
    5122     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     -0.188    2.888
    5123     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 CD1     -0.189    3.369
    5124     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       -0.189    3.514
    5125     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 CA        -0.189    2.889
    5126     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HG12      -0.189    2.889
    5127     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.190    3.515
    5128     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.190    2.670
    5129     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NE       -0.190    3.440
    5130     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 120 CD      -0.190    2.890
    5131     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH11     -0.190    2.815
    5132     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      -0.190    3.370
    5133     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 N         -0.191    3.516
    5134     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE2     -0.191    2.896
    5135     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 CD       -0.191    3.591
    5136     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.191    2.891
    5137     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CD1       -0.191    3.371
    5138     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 OG1      -0.192    2.692
    5139     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HB3     -0.192    2.672
    5140     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 HB3      -0.192    2.817
    5141     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CB       -0.192    3.517
    5142     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3       -0.192    2.192
    5143     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HB2      -0.192    2.692
    5144     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 OD1     -0.192    3.372
    5145     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.192    2.932
    5146     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.193    2.818
    5147     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD2      -0.193    2.893
    5148     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.193    3.518
    5149     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE2      -0.193    2.898
    5150     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11      -0.193    2.193
    5151     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.193    2.893
    5152     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HG2     -0.193    2.893
    5153     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.194    3.394
    5154     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.194    3.394
    5155     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 CD1      -0.194    3.374
    5156     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.194    2.899
    5157     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.194    2.899
    5158     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.195    3.520
    5159     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 N         -0.195    2.820
    5160     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 CD1      -0.196    3.376
    5161     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.196    3.596
    5162     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD2      -0.196    3.596
    5163     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD2      -0.196    3.376
    5164     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.196    3.596
    5165     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 CE      -0.196    3.596
    5166     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.196    3.521
    5167     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 OD1     -0.196    2.901
    5168     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NE        -0.196    2.921
    5169     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HD2       -0.196    2.896
    5170     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 HG        -0.197    2.897
    5171     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CD2      -0.197    2.897
    5172     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 SD      -0.197    3.679
    5173     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HD2       -0.197    2.197
    5174     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2       -0.197    2.897
    5175     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 OD2     -0.197    3.377
    5176     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.198    2.898
    5177     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG22     -0.198    2.198
    5178     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 OE1    -0.198    2.278
    5179     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 38 O         -0.198    3.378
    5180     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.199    2.679
    5181     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 HH       -0.199    2.199
    5182     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 HD2      -0.199    2.899
    5183     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1       -0.199    2.779
    5184     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 HB3    -0.199    2.899
    5185     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.199    3.599
    5186     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.199    2.904
    5187     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HZ       -0.200    2.200
    5188     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB2       -0.200    2.700
    5189     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 50 HA      -0.200    2.700
    5190     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE2      -0.200    3.380
    5191     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.201    3.526
    5192     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH12      -0.201    2.201
    5193     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O         -0.201    3.381
    5194     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 HG       -0.202    2.902
    5195     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 CB     -0.202    3.527
    5196     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.202    2.907
    5197     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2      -0.202    2.902
    5198     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 HB3      -0.202    2.902
    5199     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 HB3      -0.203    2.828
    5200     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3       -0.203    2.203
    5201     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 C         -0.203    2.903
    5202     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HG3      -0.203    2.828
    5203     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HA     -0.203    2.828
    5204     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CD     -0.203    2.903
    5205     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HB3      -0.203    2.203
    5206     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 CE2       -0.203    2.903
    5207     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.204    3.529
    5208     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.204    2.684
    5209     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB        -0.204    3.604
    5210     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CE1     -0.204    3.384
    5211     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 CB      -0.204    3.384
    5212     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.205    2.905
    5213     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 65 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.205    3.455
    5214     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.205    2.905
    5215     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     -0.206    2.831
    5216     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.206    2.686
    5217     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       -0.206    2.911
    5218     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 24 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 252 OD1    -0.206    2.911
    5219     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD1    -0.206    2.906
    5220     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 C        -0.207    3.607
    5221     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2       -0.207    2.907
    5222     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.207    2.832
    5223     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 O        -0.207    3.387
    5224     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 CG2      -0.207    2.907
    5225     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 CD     -0.208    3.533
    5226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.208    3.388
    5227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 HZ      -0.208    2.208
    5228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       -0.208    2.688
    5229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     -0.208    2.833
    5230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CZ      -0.208    2.908
    5231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         -0.208    2.688
    5232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 CB       -0.209    2.909
    5233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CZ       -0.209    3.609
    5234     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 CE       -0.209    2.909
    5235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PHE 416 HE1      -0.209    2.209
    5236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 24 HG3     -0.209    2.834
    5237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 CG       -0.209    2.909
    5238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HE1    -0.209    2.909
    5239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE2    -0.209    2.909
    5240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CD2      -0.209    2.909
    5241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 C        -0.210    3.535
    5242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 69 HG      -0.210    2.910
    5243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 ND1      -0.210    2.930
    5244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 69 HG      -0.210    2.910
    5245     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 O        -0.210    2.915
    5246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.210    3.535
    5247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.210    3.390
    5248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 121 HE2     -0.211    2.211
    5249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.211    2.211
    5250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 CD1       -0.211    3.391
    5251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 121 HE2     -0.211    2.836
    5252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CG       -0.211    3.611
    5253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HD2       -0.211    2.211
    5254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB2       -0.212    2.712
    5255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 HG        -0.212    2.912
    5256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HB3     -0.212    2.712
    5257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 CZ        -0.212    2.912
    5258     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 115 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 211 CA     -0.212    3.537
    5259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 HD2      -0.212    2.212
    5260     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE2    -0.212    2.917
    5261     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.213    2.913
    5262     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.213    3.393
    5263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.213    2.913
    5264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 HB2     -0.213    2.713
    5265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.213    2.213
    5266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     -0.214    3.539
    5267     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE2      -0.214    3.614
    5268     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.215    2.915
    5269     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     -0.215    3.540
    5270     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CB       -0.215    3.615
    5271     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HD11   -0.215    2.915
    5272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.215    3.540
    5273     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CG       -0.215    3.395
    5274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 HB1     -0.215    2.915
    5275     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.215    2.840
    5276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.216    3.616
    5277     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.216    2.841
    5278     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HD2     -0.216    2.216
    5279     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 C       -0.216    3.541
    5280     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB        -0.216    2.916
    5281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3       -0.217    2.217
    5282     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 NH2      -0.217    2.842
    5283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.217    3.617
    5284     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2       -0.217    2.697
    5285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 CD        -0.217    3.617
    5286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.218    2.918
    5287     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 CB      -0.218    2.918
    5288     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CE1     -0.219    2.919
    5289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.219    2.699
    5290     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG23     -0.219    2.919
    5291     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.219    2.919
    5292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.219    2.924
    5293     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 CA       -0.219    3.544
    5294     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 SD      -0.219    3.226
    5295     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CD2     -0.219    3.399
    5296     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.219    2.859
    5297     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D VAL 253 CG2      -0.219    3.544
    5298     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.219    2.844
    5299     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HE3       -0.220    2.845
    5300     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.220    3.620
    5301     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.220    3.620
    5302     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 CD2       -0.220    2.920
    5303     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.220    2.920
    5304     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 CD1       -0.221    3.401
    5305     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 CG     -0.221    2.921
    5306     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG23    -0.221    2.221
    5307     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG21     -0.221    2.846
    5308     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE2      -0.221    2.926
    5309     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 CB       -0.221    2.921
    5310     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 HE22     -0.221    2.921
    5311     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ASN 120 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.222    3.402
    5312     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB2       -0.222    2.722
    5313     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.222    3.422
    5314     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.222    2.922
    5315     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CD1       -0.223    3.403
    5316     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       -0.223    2.848
    5317     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG22     -0.223    2.848
    5318     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CD        -0.223    2.923
    5319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      -0.223    3.548
    5320     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 111 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 107 CD      -0.223    2.923
    5321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CG       -0.223    2.923
    5322     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.223    2.928
    5323     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.224    3.624
    5324     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HD11      -0.224    2.704
    5325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2       -0.224    2.924
    5326     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.224    3.549
    5327     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      -0.224    3.474
    5328     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 HG12     -0.224    2.924
    5329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 24 CA       -0.225    3.405
    5330     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 65 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.225    2.850
    5331     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 SD       -0.225    3.707
    5332     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 C         -0.225    3.625
    5333     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CB     -0.225    2.925
    5334     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HD1     -0.225    2.325
    5335     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE1    -0.225    3.625
    5336     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.225    2.925
    5337     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.225    3.625
    5338     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.226    3.626
    5339     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.226    3.186
    5340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE2      -0.226    2.926
    5341     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CE        -0.226    3.406
    5342     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.226    2.706
    5343     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.227    2.307
    5344     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CE1     -0.227    3.627
    5345     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 84 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE2     -0.227    2.932
    5346     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 115 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 211 OD1    -0.227    2.707
    5347     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 O         -0.227    2.707
    5348     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.228    3.408
    5349     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CB       -0.228    3.628
    5350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH1      -0.228    2.933
    5351     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 CB        -0.228    3.628
    5352     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 100 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 60 HD3     -0.228    2.228
    5353     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      -0.228    3.628
    5354     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HG2      -0.228    2.928
    5355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HD2       -0.228    2.928
    5356     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 CZ      -0.229    3.554
    5357     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD        -0.229    3.629
    5358     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 CA      -0.229    3.554
    5359     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 H        -0.229    2.309
    5360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.229    3.011
    5361     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HE2    -0.229    2.229
    5362     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 HG        -0.230    2.930
    5363     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.230    3.555
    5364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 CA      -0.230    3.410
    5365     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 85 O        -0.230    2.710
    5366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 HG2      -0.230    2.930
    5367     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.231    2.936
    5368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 50 CA      -0.231    3.431
    5369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.231    3.631
    5370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 CB       -0.231    3.411
    5371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 92 HD22    -0.232    2.932
    5372     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 O        -0.232    2.937
    5373     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 108 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 OH      -0.233    3.433
    5374     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ILE 75 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 CD1     -0.233    2.933
    5375     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ILE 261 HD12    -0.233    2.858
    5376     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 36 CD2      -0.233    3.413
    5377     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HH      -0.233    2.933
    5378     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NE      -0.234    2.859
    5379     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH1      -0.234    2.859
    5380     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HD11   -0.234    2.934
    5381     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 50 HA        -0.234    2.734
    5382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.234    3.559
    5383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 HB3     -0.234    2.234
    5384     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH12     -0.235    2.235
    5385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HG12    -0.235    2.935
    5386     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB        -0.235    2.935
    5387     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      -0.235    3.560
    5388     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 CG2      -0.235    3.560
    5389     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CB       -0.236    3.561
    5390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 24 HG12     -0.236    2.936
    5391     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA        -0.236    2.236
    5392     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 HD2      -0.236    2.936
    5393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CG       -0.236    2.936
    5394     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB3      -0.236    2.236
    5395     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CZ     -0.236    3.416
    5396     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 CD        -0.237    3.637
    5397     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG       -0.237    2.862
    5398     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HH21      -0.237    2.237
    5399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HD3     -0.237    2.237
    5400     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 HD2      -0.237    2.237
    5401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 34 CB      -0.237    3.562
    5402     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      -0.237    2.317
    5403     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 HB3     -0.238    2.238
    5404     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HD1     -0.238    2.338
    5405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 CB        -0.238    3.438
    5406     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.238    2.938
    5407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.238    3.563
    5408     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE1      -0.238    2.938
    5409     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CD2       -0.238    3.418
    5410     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 HB1      -0.238    2.938
    5411     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB        -0.238    3.638
    5412     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C HIS 113 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 211 OD1    -0.238    3.418
    5413     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     -0.238    3.563
    5414     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HB3     -0.239    2.239
    5415     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HG        -0.239    2.239
    5416     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLN 17 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 CG      -0.239    3.419
    5417     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.239    2.944
    5418     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      -0.239    3.639
    5419     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 NE2       -0.239    2.864
    5420     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG12    -0.240    2.940
    5421     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 HD2      -0.240    2.940
    5422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH       -0.240    3.440
    5423     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 OD2     -0.240    2.320
    5424     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3       -0.240    2.865
    5425     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 302 HB2      -0.241    2.241
    5426     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.241    2.321
    5427     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 CG      -0.242    3.567
    5428     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CD      -0.242    2.942
    5429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.242    3.642
    5430     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.242    3.422
    5431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 C         -0.242    3.642
    5432     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH1      -0.242    2.867
    5433     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH12      -0.243    2.868
    5434     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12      -0.243    2.323
    5435     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        -0.243    2.948
    5436     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 CG       -0.244    2.944
    5437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 C         -0.244    3.644
    5438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.244    3.569
    5439     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.244    2.944
    5440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 HD12     -0.244    2.869
    5441     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HD2     -0.244    2.724
    5442     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.244    2.949
    5443     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 HB1      -0.244    2.724
    5444     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 CD      -0.244    3.644
    5445     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE2     -0.244    2.869
    5446     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O         -0.245    3.425
    5447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE1     -0.245    2.325
    5448     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 CZ      -0.245    3.645
    5449     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CG        -0.245    3.425
    5450     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NE       -0.245    2.970
    5451     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.245    2.945
    5452     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 128 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 66 O        -0.245    3.425
    5453     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.245    3.425
    5454     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.246    2.946
    5455     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.246    2.946
    5456     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.246    3.571
    5457     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 CA        -0.246    2.946
    5458     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CG      -0.246    3.646
    5459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 93 OD1     -0.246    2.326
    5460     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CD2       -0.246    3.426
    5461     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ASN 120 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 HE1      -0.246    2.726
    5462     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       -0.247    2.947
    5463     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    -0.247    3.427
    5464     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CB     -0.247    3.587
    5465     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CD        -0.247    3.647
    5466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 23 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     -0.248    3.573
    5467     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB3     -0.248    2.248
    5468     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HG3      -0.248    2.948
    5469     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 OE1      -0.248    2.728
    5470     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2      -0.248    3.428
    5471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.248    3.255
    5472     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 HB1      -0.248    2.728
    5473     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CD2      -0.249    3.649
    5474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.249    3.574
    5475     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HG23   -0.249    2.889
    5476     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.249    3.649
    5477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CB       -0.249    2.949
    5478     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 131 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 O        -0.250    2.955
    5479     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 92 CD2      -0.250    2.950
    5480     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 HG2      -0.250    2.875
    5481     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.250    3.650
    5482     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.250    3.430
    5483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 69 HG       -0.250    2.950
    5484     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.250    3.430
    5485     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CG      -0.250    2.950
    5486     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 97 CE1       -0.250    2.950
    5487     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 CZ     -0.251    3.651
    5488     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1      -0.251    3.431
    5489     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 18 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.251    3.651
    5490     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 CB       -0.251    3.651
    5491     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 HD13    -0.251    2.951
    5492     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       -0.251    2.951
    5493     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 HB2      -0.251    2.751
    5494     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     -0.252    2.952
    5495     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HE1     -0.252    2.952
    5496     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 HA        -0.252    2.877
    5497     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 85 C       -0.252    3.652
    5498     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB2      -0.252    2.752
    5499     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB3      -0.252    2.952
    5500     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE1      -0.252    2.832
    5501     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CE1     -0.252    3.452
    5502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 HG21     -0.252    2.952
    5503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 OH      -0.252    2.752
    5504     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HB3    -0.253    2.733
    5505     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 HA      -0.253    2.878
    5506     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 HD2      -0.253    2.953
    5507     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.253    2.953
    5508     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB        -0.253    3.653
    5509     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE2      -0.253    2.953
    5510     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.253    2.878
    5511     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     -0.253    2.993
    5512     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 HG2     -0.254    2.879
    5513     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CG       -0.254    2.954
    5514     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.254    3.579
    5515     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HB3       -0.255    2.255
    5516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HE21     -0.255    2.955
    5517     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.255    3.655
    5518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 85 O       -0.255    2.735
    5519     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.256    2.836
    5520     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CD      -0.256    3.656
    5521     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 103 OH     -0.256    3.456
    5522     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HD3     -0.256    2.881
    5523     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CD2     -0.256    3.656
    5524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 C        -0.256    3.581
    5525     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HB3       -0.256    2.256
    5526     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CZ       -0.256    2.956
    5527     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE1    -0.256    2.956
    5528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HH11    -0.256    2.881
    5529     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.257    3.657
    5530     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HD13     -0.257    2.957
    5531     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CE1      -0.257    2.957
    5532     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.257    3.582
    5533     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.257    2.337
    5534     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE2      -0.257    2.257
    5535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 OD2       -0.257    3.437
    5536     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 40 HG13     -0.257    2.737
    5537     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HD1      -0.257    2.737
    5538     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 O       -0.258    2.738
    5539     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.258    2.883
    5540     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      -0.258    3.658
    5541     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      -0.258    3.583
    5542     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HG3      -0.258    2.883
    5543     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.258    3.658
    5544     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1       -0.258    2.738
    5545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      -0.258    2.963
    5546     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NE       -0.259    2.984
    5547     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.259    2.259
    5548     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CG     -0.259    2.959
    5549     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 66 O        -0.259    3.439
    5550     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.259    2.884
    5551     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HZ1       -0.259    2.339
    5552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA        -0.259    2.959
    5553     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 HE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 CG       -0.259    2.959
    5554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CB      -0.259    3.659
    5555     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B MET 353 SD     -0.260    3.267
    5556     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        -0.260    2.340
    5557     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CZ       -0.260    2.960
    5558     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 425 O        -0.260    3.440
    5559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.260    2.960
    5560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 O        -0.260    3.440
    5561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ        -0.260    3.660
    5562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HG12      -0.260    2.960
    5563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       -0.260    2.885
    5564     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 HG12     -0.261    2.961
    5565     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.261    3.441
    5566     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1       -0.261    2.841
    5567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.261    2.966
    5568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE2      -0.261    2.961
    5569     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.261    2.886
    5570     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH       -0.261    2.761
    5571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 C         -0.261    3.661
    5572     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.262    3.587
    5573     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 HG23     -0.262    2.887
    5574     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CD      -0.262    2.962
    5575     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH1     -0.262    3.587
    5576     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH1      -0.262    3.587
    5577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 HE1    -0.262    2.262
    5578     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HE2     -0.263    2.363
    5579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.263    3.525
    5580     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 CB       -0.263    3.588
    5581     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      -0.263    3.663
    5582     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.263    2.888
    5583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 H       -0.263    2.343
    5584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 HG1      -0.263    2.963
    5585     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.264    2.844
    5586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CZ      -0.264    3.664
    5587     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 HE1    -0.264    2.889
    5588     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HG2      -0.264    2.744
    5589     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CD1    -0.264    2.964
    5590     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.264    2.344
    5591     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE1     -0.264    2.969
    5592     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.264    2.964
    5593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HE1      -0.264    2.264
    5594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 CE      -0.265    3.665
    5595     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 HH       -0.265    2.890
    5596     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B MET 353 SD      -0.265    3.747
    5597     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O         -0.265    3.445
    5598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 CD      -0.265    2.965
    5599     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 CZ        -0.266    3.666
    5600     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.267    3.667
    5601     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 C        -0.267    2.967
    5602     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.267    2.967
    5603     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O         -0.267    2.347
    5604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 CZ        -0.268    3.668
    5605     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 108 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.268    3.468
    5606     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.268    2.893
    5607     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.268    2.968
    5608     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 OD2     -0.268    2.348
    5609     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HE1    -0.268    2.268
    5610     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 CG      -0.268    3.448
    5611     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.268    3.468
    5612     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 73 O       -0.269    2.349
    5613     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C MET 57 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 75 OG1       -0.269    3.469
    5614     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HZ       -0.269    2.969
    5615     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HG2       -0.269    2.749
    5616     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CB      -0.269    3.669
    5617     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.269    3.594
    5618     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.269    2.349
    5619     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.269    2.849
    5620     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 CZ        -0.269    2.969
    5621     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH1      -0.270    3.520
    5622     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 OD2     -0.270    2.350
    5623     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CB       -0.270    2.970
    5624     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 76 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CB      -0.270    2.970
    5625     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HA        -0.270    2.970
    5626     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.270    2.970
    5627     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 CD1       -0.270    2.970
    5628     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.271    3.671
    5629     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1      -0.271    2.751
    5630     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 OD1      -0.271    2.351
    5631     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 421 CA       -0.271    2.971
    5632     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB        -0.271    2.971
    5633     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 60 CD      -0.272    3.597
    5634     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 NZ      -0.272    2.897
    5635     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1      -0.272    2.977
    5636     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.272    3.672
    5637     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.272    2.972
    5638     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 120 OE1    -0.272    2.352
    5639     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 CE1    -0.272    3.597
    5640     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 50 CA       -0.272    3.472
    5641     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 HD1     -0.272    2.752
    5642     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE1       -0.272    2.972
    5643     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 36 HD12     -0.273    2.973
    5644     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.273    3.453
    5645     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.273    2.853
    5646     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.273    2.353
    5647     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 73 O        -0.273    2.353
    5648     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 68 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASN 259 N       -0.274    3.524
    5649     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG21     -0.274    2.274
    5650     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB        -0.274    3.674
    5651     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.274    2.354
    5652     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CD     -0.274    2.974
    5653     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.274    3.599
    5654     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.275    2.900
    5655     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HG13     -0.275    2.755
    5656     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 77 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 CD1       -0.275    3.600
    5657     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.275    3.455
    5658     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.275    2.975
    5659     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 OE1      -0.275    2.355
    5660     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2       -0.276    2.276
    5661     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB        -0.276    3.676
    5662     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.276    2.976
    5663     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CB      -0.276    2.976
    5664     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HD11      -0.276    2.976
    5665     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.276    2.756
    5666     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD2     -0.276    3.456
    5667     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 CE       -0.276    3.676
    5668     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.276    2.356
    5669     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 CB      -0.276    3.476
    5670     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HA     -0.276    2.776
    5671     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 HD11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.276    2.976
    5672     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 HB3      -0.277    2.977
    5673     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 HH21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.277    2.357
    5674     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 103 CE2      -0.277    3.677
    5675     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.277    3.602
    5676     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 HE22    -0.277    2.977
    5677     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 265 HH12    -0.277    2.377
    5678     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CD1      -0.277    3.677
    5679     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.277    2.357
    5680     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.277    3.677
    5681     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.278    2.858
    5682     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2       -0.278    2.978
    5683     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.278    2.758
    5684     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 111 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 107 OE1      -0.278    2.358
    5685     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 65 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.278    3.528
    5686     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PRO 42 CD        -0.278    3.458
    5687     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 C       -0.278    2.978
    5688     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 HB3       -0.278    2.978
    5689     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CB       -0.278    2.978
    5690     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.278    3.678
    5691     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 263 CE1     -0.279    2.979
    5692     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD1      -0.279    2.979
    5693     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 85 C        -0.279    3.679
    5694     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 92 HD22     -0.279    2.979
    5695     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.279    2.984
    5696     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PRO 120 CA      -0.279    3.459
    5697     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HG23   -0.279    2.279
    5698     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 HZ      -0.279    2.279
    5699     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 CD1      -0.279    3.459
    5700     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.280    3.605
    5701     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 92 CD2     -0.280    2.980
    5702     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CE1     -0.280    2.980
    5703     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.280    2.980
    5704     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CG        -0.280    3.460
    5705     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.280    3.605
    5706     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 HH22     -0.280    2.280
    5707     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 41 HG12      -0.280    2.980
    5708     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 O        -0.281    3.461
    5709     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 93 OD1     -0.281    2.861
    5710     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       -0.281    2.361
    5711     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NE      -0.281    2.906
    5712     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 HB3      -0.281    2.981
    5713     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 78 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PRO 42 HD3      -0.281    2.761
    5714     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE2     -0.281    3.241
    5715     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 CE       -0.282    3.682
    5716     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1       -0.282    2.362
    5717     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE2       -0.282    2.762
    5718     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2      -0.282    2.762
    5719     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1       -0.282    2.762
    5720     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 CD        -0.282    3.682
    5721     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O         -0.282    2.762
    5722     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CD      -0.282    2.982
    5723     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB        -0.282    3.682
    5724     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 OD2     -0.282    2.987
    5725     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CA       -0.283    3.608
    5726     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 38 O         -0.283    2.763
    5727     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 40 CG1     -0.283    3.463
    5728     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 H       -0.284    2.284
    5729     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 302 CG       -0.284    3.684
    5730     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 302 CB       -0.284    2.984
    5731     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 OE1     -0.284    3.464
    5732     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B MET 353 SD      -0.284    3.291
    5733     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CE2      -0.284    3.684
    5734     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 CD      -0.284    3.684
    5735     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 HB2      -0.284    2.284
    5736     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 42 CD        -0.284    3.464
    5737     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.284    2.989
    5738     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.285    3.465
    5739     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     -0.285    2.910
    5740     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 CB       -0.285    3.685
    5741     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 HE22      -0.285    2.985
    5742     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      -0.285    3.610
    5743     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 CD        -0.285    3.685
    5744     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HH11   -0.285    2.910
    5745     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 HA      -0.285    2.285
    5746     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PRO 42 CD        -0.285    3.465
    5747     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O         -0.285    2.365
    5748     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.286    3.611
    5749     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.286    2.286
    5750     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG13    -0.286    2.986
    5751     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 CZ      -0.286    3.686
    5752     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 77 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 HD13      -0.286    2.911
    5753     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 HG12     -0.286    2.986
    5754     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NE       -0.286    3.011
    5755     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 OH      -0.287    2.787
    5756     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CB       -0.287    3.687
    5757     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 HH21     -0.287    2.287
    5758     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1       -0.287    2.987
    5759     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 111 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 107 OE1     -0.287    2.367
    5760     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 40 O         -0.287    3.467
    5761     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.288    2.988
    5762     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HG2     -0.288    2.988
    5763     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 96 CD1      -0.288    3.688
    5764     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD        -0.288    3.688
    5765     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CZ       -0.288    2.988
    5766     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.289    3.614
    5767     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 84 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE2     -0.289    3.469
    5768     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 HE22    -0.289    2.989
    5769     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C HIS 113 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D GLU 212 HB2    -0.289    2.289
    5770     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB        -0.289    3.689
    5771     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 HB3      -0.289    2.289
    5772     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.289    2.369
    5773     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 HB2     -0.289    2.289
    5774     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 65 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.289    2.914
    5775     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 O        -0.289    2.994
    5776     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.290    3.540
    5777     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH       -0.290    3.490
    5778     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.290    2.370
    5779     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       -0.290    2.990
    5780     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 CD       -0.290    3.690
    5781     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.290    2.370
    5782     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 OE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 CD1       -0.290    3.470
    5783     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.291    3.691
    5784     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.291    2.371
    5785     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD2      -0.291    3.691
    5786     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NE      -0.291    3.016
    5787     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 73 O       -0.291    2.371
    5788     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 CB       -0.291    3.691
    5789     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 CA        -0.291    3.491
    5790     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLN 46 NE2      -0.292    2.917
    5791     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.292    3.617
    5792     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O         -0.292    2.372
    5793     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 O      -0.292    2.997
    5794     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.292    3.692
    5795     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE2    -0.292    2.992
    5796     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 73 O        -0.292    2.372
    5797     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CE1      -0.292    3.692
    5798     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 HB2      -0.292    2.292
    5799     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.292    2.772
    5800     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.292    2.917
    5801     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB1       -0.292    2.772
    5802     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HD13   -0.293    2.993
    5803     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 66 O       -0.293    2.373
    5804     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH1       -0.293    3.618
    5805     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 HE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.293    2.373
    5806     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 HA        -0.293    2.993
    5807     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 65 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.293    3.543
    5808     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.294    3.494
    5809     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 73 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.294    3.694
    5810     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 NE2       -0.294    2.919
    5811     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    -0.294    3.034
    5812     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C MET 57 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 75 OG1      -0.294    3.494
    5813     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 HE22      -0.294    2.994
    5814     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.294    2.374
    5815     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 66 O         -0.294    2.374
    5816     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 50 CA       -0.295    3.495
    5817     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HD11      -0.295    2.995
    5818     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HZ3       -0.295    2.375
    5819     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HE2     -0.295    2.995
    5820     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 OD2    -0.295    3.475
    5821     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HZ1       -0.295    2.375
    5822     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASN 108 ND2      -0.295    3.545
    5823     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 CZ        -0.295    2.995
    5824     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B TYR 386 HE1     -0.295    2.995
    5825     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 HG22     -0.295    2.295
    5826     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 HH22      -0.295    2.995
    5827     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 OD2     -0.296    3.001
    5828     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.296    2.776
    5829     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 73 O        -0.296    2.376
    5830     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     -0.296    3.496
    5831     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 CA        -0.296    2.996
    5832     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CZ      -0.296    3.696
    5833     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 CD      -0.297    3.622
    5834     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CD1      -0.297    3.622
    5835     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.298    2.998
    5836     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 CD        -0.298    3.698
    5837     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C MET 57 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 75 OG1      -0.298    2.798
    5838     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 HB2      -0.298    2.298
    5839     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.299    2.379
    5840     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 CG2    -0.299    3.624
    5841     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HE2    -0.299    2.999
    5842     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E MET 85 H         -0.299    2.379
    5843     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 HE22     -0.299    2.999
    5844     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 26 HB3     -0.299    2.999
    5845     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 CB       -0.299    2.999
    5846     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.299    2.379
    5847     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE1    -0.300    3.700
    5848     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 NE       -0.300    3.625
    5849     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.300    3.025
    5850     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      -0.300    3.625
    5851     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 C        -0.300    3.000
    5852     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 HB1      -0.300    3.000
    5853     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 OE1     -0.300    2.380
    5854     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.301    3.701
    5855     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.301    3.701
    5856     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 HE1       -0.301    3.001
    5857     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.301    2.926
    5858     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 OD2     -0.301    2.781
    5859     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 SD       -0.302    3.084
    5860     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.302    2.927
    5861     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG23    -0.302    3.002
    5862     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HD2       -0.302    2.302
    5863     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11      -0.302    2.927
    5864     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB        -0.303    3.003
    5865     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 96 HB3       -0.303    2.303
    5866     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 O         -0.303    2.783
    5867     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE1    -0.303    3.703
    5868     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 CB     -0.303    3.628
    5869     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 HB1     -0.303    3.003
    5870     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 78 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 37 O        -0.303    2.383
    5871     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1      -0.303    3.003
    5872     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O         -0.303    2.383
    5873     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.303    3.703
    5874     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 HH11    -0.304    3.004
    5875     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 CE1       -0.304    3.704
    5876     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HE1    -0.304    2.304
    5877     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.304    2.304
    5878     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.304    2.804
    5879     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 127 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 HG2      -0.304    2.304
    5880     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.304    3.004
    5881     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.304    3.704
    5882     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NE       -0.304    3.629
    5883     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CD        -0.305    3.005
    5884     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 HG3     -0.305    3.005
    5885     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CB       -0.305    3.645
    5886     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.305    3.630
    5887     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD1    -0.305    3.705
    5888     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 97 HE1       -0.305    3.005
    5889     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CZ      -0.305    3.705
    5890     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1      -0.305    2.785
    5891     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB        -0.305    3.705
    5892     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HE      -0.305    2.385
    5893     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O         -0.305    2.385
    5894     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 24 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HH12    -0.305    2.305
    5895     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 O        -0.306    2.386
    5896     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.306    2.931
    5897     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HD2      -0.306    2.306
    5898     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH22    -0.306    2.386
    5899     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CD2     -0.306    3.706
    5900     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB        -0.307    3.007
    5901     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.307    3.487
    5902     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O         -0.307    3.487
    5903     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.307    3.012
    5904     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.307    2.932
    5905     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CG       -0.307    3.707
    5906     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.307    3.007
    5907     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.307    3.707
    5908     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.307    2.887
    5909     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NE      -0.307    3.557
    5910     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HE2    -0.308    2.933
    5911     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.308    3.013
    5912     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.308    2.388
    5913     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CE1     -0.309    3.009
    5914     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.309    3.014
    5915     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE1      -0.309    3.009
    5916     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2       -0.310    3.010
    5917     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.310    3.635
    5918     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CD       -0.310    3.010
    5919     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.310    3.710
    5920     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CD       -0.310    3.010
    5921     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3       -0.310    2.310
    5922     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HZ       -0.310    3.010
    5923     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.310    3.010
    5924     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 CD       -0.310    3.710
    5925     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 78 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 37 O        -0.311    3.016
    5926     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH1       -0.311    2.936
    5927     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 HG12     -0.311    3.011
    5928     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 CG       -0.311    3.636
    5929     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CB     -0.312    3.012
    5930     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE1    -0.312    3.712
    5931     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 66 O       -0.312    2.392
    5932     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HH11      -0.312    2.392
    5933     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.312    2.937
    5934     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 CG       -0.312    3.712
    5935     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE2      -0.312    2.312
    5936     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 75 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.312    3.712
    5937     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 HA       -0.312    2.312
    5938     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 HZ2     -0.312    3.012
    5939     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.313    3.638
    5940     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HD1      -0.313    3.013
    5941     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.313    2.393
    5942     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 HE2     -0.313    2.313
    5943     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.313    2.313
    5944     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 260 OD2    -0.313    2.393
    5945     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 HE22      -0.314    3.014
    5946     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1      -0.314    2.794
    5947     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         -0.314    2.394
    5948     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 88 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 32 OD1     -0.314    3.019
    5949     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 62 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 39 O        -0.315    2.795
    5950     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.315    3.020
    5951     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.315    3.797
    5952     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE2    -0.315    2.395
    5953     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.315    2.315
    5954     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 HG12      -0.315    3.015
    5955     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O         -0.315    3.495
    5956     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.315    2.940
    5957     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 OD2    -0.316    2.796
    5958     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.316    3.016
    5959     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.316    3.641
    5960     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 CA        -0.316    3.516
    5961     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HE2    -0.316    2.416
    5962     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB2       -0.316    2.316
    5963     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 HD23      -0.317    3.017
    5964     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CG      -0.317    3.017
    5965     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 HD23      -0.317    3.017
    5966     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 263 HE1     -0.317    2.317
    5967     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB2       -0.317    2.317
    5968     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 CG2      -0.317    3.017
    5969     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 CB       -0.317    3.017
    5970     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3       -0.317    2.317
    5971     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE1      -0.318    2.398
    5972     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 16 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD1     -0.318    3.498
    5973     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       -0.318    2.798
    5974     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HB3       -0.318    2.318
    5975     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE1      -0.318    3.718
    5976     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CG      -0.319    3.499
    5977     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 CD       -0.319    3.719
    5978     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.319    3.584
    5979     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.319    3.044
    5980     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B MET 353 CE      -0.319    3.644
    5981     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 HB2      -0.319    2.319
    5982     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.320    3.520
    5983     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.320    3.020
    5984     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.320    2.900
    5985     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 HD3      -0.320    2.945
    5986     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 CE     -0.320    3.645
    5987     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.320    3.720
    5988     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A VAL 40 O         -0.320    3.280
    5989     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23      -0.320    3.020
    5990     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      -0.320    2.945
    5991     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 OE1     -0.320    2.800
    5992     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 107 CD     -0.321    3.646
    5993     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.321    3.021
    5994     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 112 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 HH12    -0.321    2.401
    5995     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 421 HA       -0.321    2.946
    5996     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE2    -0.321    2.946
    5997     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 HB2      -0.322    3.022
    5998     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 77 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 HB3       -0.322    3.022
    5999     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.322    2.947
    6000     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 OE1    -0.322    3.502
    6001     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HG12      -0.323    3.023
    6002     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.323    3.723
    6003     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 262 HD2    -0.323    2.948
    6004     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O         -0.323    2.403
    6005     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CB     -0.323    3.523
    6006     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CB       -0.323    3.523
    6007     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CG        -0.323    3.523
    6008     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 HE2       -0.324    2.324
    6009     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O         -0.324    2.404
    6010     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 270 NE2      -0.324    3.649
    6011     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CD        -0.324    3.024
    6012     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CG        -0.324    3.724
    6013     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HG13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2       -0.324    2.324
    6014     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HE3      -0.324    3.024
    6015     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2       -0.324    3.024
    6016     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ASP 122 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 HZ3      -0.324    2.404
    6017     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.324    2.964
    6018     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 CA       -0.324    3.724
    6019     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 76 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CG      -0.324    3.724
    6020     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH11     -0.325    2.325
    6021     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     -0.325    3.025
    6022     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB3      -0.325    2.950
    6023     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.325    3.725
    6024     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CZ      -0.326    3.026
    6025     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 HA      -0.326    3.026
    6026     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 CE1       -0.326    3.026
    6027     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 OE1    -0.326    2.406
    6028     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 69 CG       -0.326    3.726
    6029     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 69 HG        -0.326    3.026
    6030     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 O        -0.326    3.506
    6031     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CD2      -0.326    3.726
    6032     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD        -0.326    3.808
    6033     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.326    2.951
    6034     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.326    3.726
    6035     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CB      -0.326    3.726
    6036     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2      -0.326    3.726
    6037     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       -0.327    2.407
    6038     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 CE       -0.327    3.527
    6039     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 OG       -0.327    3.052
    6040     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CG       -0.327    3.027
    6041     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD        -0.327    3.727
    6042     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 NH1     -0.327    2.952
    6043     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HB3      -0.327    2.327
    6044     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.328    3.810
    6045     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HG3      -0.328    3.028
    6046     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 263 CE1     -0.328    3.728
    6047     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 CD1      -0.328    3.728
    6048     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 HA       -0.328    2.953
    6049     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 HB2      -0.329    3.029
    6050     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O         -0.329    3.509
    6051     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 CD      -0.329    3.029
    6052     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HH21     -0.329    2.954
    6053     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HA       -0.329    2.329
    6054     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE        -0.330    3.655
    6055     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.330    3.035
    6056     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1      -0.330    3.510
    6057     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CG       -0.330    3.530
    6058     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.330    3.030
    6059     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 CD1     -0.330    3.730
    6060     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CD       -0.330    3.030
    6061     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HH21    -0.330    3.030
    6062     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 HH22     -0.330    3.030
    6063     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 HG12    -0.330    3.030
    6064     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     -0.330    3.730
    6065     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CD      -0.330    3.655
    6066     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 HG2     -0.330    2.330
    6067     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 CA        -0.330    3.655
    6068     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD1      -0.330    3.030
    6069     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 96 HB3       -0.331    3.031
    6070     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 CG        -0.331    3.731
    6071     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CD2    -0.331    3.731
    6072     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.331    3.511
    6073     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 HD2      -0.331    2.956
    6074     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB        -0.331    3.031
    6075     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.331    3.031
    6076     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH1      -0.331    3.656
    6077     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.331    2.331
    6078     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      -0.332    3.032
    6079     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CD2     -0.332    3.732
    6080     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       -0.332    2.912
    6081     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.332    3.512
    6082     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 61 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HD11    -0.332    2.812
    6083     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 HB1       -0.332    3.032
    6084     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 27 OD2      -0.332    3.292
    6085     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NE      -0.332    3.037
    6086     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.333    3.583
    6087     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.333    2.958
    6088     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 O         -0.333    3.293
    6089     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH22    -0.333    3.033
    6090     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 C        -0.333    3.733
    6091     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 107 OE1    -0.333    3.513
    6092     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O        -0.333    2.413
    6093     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 62 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 HG12     -0.333    3.033
    6094     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CE1    -0.334    3.534
    6095     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.334    3.514
    6096     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 SD      -0.334    3.596
    6097     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE2    -0.335    2.435
    6098     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 66 O        -0.335    2.415
    6099     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 92 HD23     -0.335    3.035
    6100     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 CB        -0.335    3.735
    6101     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 CD       -0.335    3.035
    6102     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH1       -0.335    2.960
    6103     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2      -0.335    2.815
    6104     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CZ      -0.335    3.660
    6105     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.335    3.735
    6106     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.336    2.961
    6107     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CD2      -0.336    3.036
    6108     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 NH1    -0.336    2.961
    6109     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CD1       -0.336    3.516
    6110     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.337    2.817
    6111     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 120 OE1     -0.337    2.417
    6112     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HE      -0.337    2.337
    6113     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 53 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 HD2      -0.337    3.037
    6114     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NE        -0.337    3.062
    6115     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.337    2.337
    6116     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 HD21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 OD1     -0.337    2.417
    6117     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CG       -0.338    3.038
    6118     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 HE2      -0.338    3.038
    6119     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE1      -0.338    3.038
    6120     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 96 HD13     -0.338    3.038
    6121     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.338    2.818
    6122     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 HE1      -0.338    2.338
    6123     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 HB3       -0.338    2.838
    6124     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CD       -0.338    3.038
    6125     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.339    3.519
    6126     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 NE2       -0.339    3.664
    6127     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.339    3.664
    6128     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HD2       -0.339    2.339
    6129     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HG        -0.339    3.039
    6130     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1       -0.339    2.919
    6131     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 53 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 HD2     -0.339    3.039
    6132     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2       -0.339    3.039
    6133     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 HD2      -0.339    2.339
    6134     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CE        -0.339    3.519
    6135     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.340    3.122
    6136     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 O        -0.340    3.520
    6137     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 92 CD2      -0.340    3.040
    6138     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CD1      -0.340    3.740
    6139     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HH21     -0.340    3.040
    6140     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CZ      -0.340    3.740
    6141     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.340    3.045
    6142     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 CA        -0.340    3.040
    6143     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.340    2.965
    6144     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HD2      -0.340    2.340
    6145     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 HB2       -0.340    2.340
    6146     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 CD      -0.340    3.740
    6147     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB2       -0.341    2.341
    6148     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.341    3.666
    6149     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.341    3.041
    6150     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 HB2     -0.341    2.341
    6151     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CE2     -0.341    3.741
    6152     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1       -0.341    3.041
    6153     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE        -0.341    3.741
    6154     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 CD        -0.341    3.741
    6155     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.342    3.742
    6156     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 77 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HD21      -0.342    2.342
    6157     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 HB1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.342    3.042
    6158     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CG       -0.342    3.667
    6159     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HB3      -0.342    2.342
    6160     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 73 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.342    3.042
    6161     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH11      -0.342    2.342
    6162     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.342    2.342
    6163     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.343    3.048
    6164     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 49 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CB       -0.343    3.523
    6165     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE        -0.343    3.043
    6166     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CG      -0.343    3.543
    6167     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 CE       -0.343    3.043
    6168     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 CD1     -0.343    3.043
    6169     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      -0.343    3.043
    6170     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.343    2.423
    6171     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2       -0.343    2.343
    6172     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.343    3.043
    6173     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      -0.343    2.823
    6174     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.343    3.048
    6175     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CB      -0.344    3.044
    6176     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.344    3.744
    6177     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HZ     -0.344    2.344
    6178     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HB3       -0.344    2.344
    6179     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HD11   -0.344    3.044
    6180     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 CG        -0.344    3.744
    6181     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 OD2     -0.344    3.049
    6182     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE1      -0.344    3.044
    6183     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.344    3.744
    6184     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O         -0.345    2.825
    6185     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 OD1       -0.345    3.305
    6186     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 CG       -0.345    3.045
    6187     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CG        -0.345    3.525
    6188     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE2      -0.345    3.050
    6189     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CD1       -0.346    3.526
    6190     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.346    3.828
    6191     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 265 HH22    -0.346    2.346
    6192     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HE2    -0.347    3.047
    6193     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ        -0.347    3.047
    6194     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HH21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 O        -0.347    2.427
    6195     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 CD      -0.347    3.747
    6196     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.348    2.348
    6197     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.348    3.053
    6198     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 HA      -0.348    2.348
    6199     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 H       -0.348    3.048
    6200     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 26 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE1      -0.348    3.528
    6201     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HG2      -0.348    2.828
    6202     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 OD2     -0.348    3.528
    6203     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CG2      -0.348    3.048
    6204     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HG22     -0.348    2.828
    6205     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD       -0.349    3.749
    6206     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HG23   -0.349    3.049
    6207     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 HG11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 HG3       -0.349    2.349
    6208     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 CA       -0.349    3.529
    6209     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 56 HD21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ASP 27 OD2     -0.349    2.429
    6210     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HD3    -0.349    2.349
    6211     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 CD1      -0.349    3.749
    6212     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2       -0.349    3.049
    6213     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.350    3.750
    6214     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22      -0.350    2.350
    6215     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 23 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 20 HE22    -0.350    2.975
    6216     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 CA        -0.350    3.750
    6217     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 39 O        -0.350    3.530
    6218     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 CG1       -0.350    3.750
    6219     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.351    2.976
    6220     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 131 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 O        -0.351    3.531
    6221     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.351    3.051
    6222     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.351    3.751
    6223     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1       -0.352    2.977
    6224     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 C         -0.352    3.052
    6225     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CG     -0.352    3.692
    6226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2      -0.352    3.052
    6227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.352    2.432
    6228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB        -0.352    3.532
    6229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.352    3.677
    6230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 CG        -0.352    3.752
    6231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HZ     -0.352    3.052
    6232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.352    2.352
    6233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CZ       -0.352    3.752
    6234     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.352    3.752
    6235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 86 C       -0.352    3.052
    6236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.352    3.752
    6237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH       -0.352    3.552
    6238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CE1      -0.353    3.053
    6239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CG       -0.353    3.053
    6240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 HE2      -0.353    2.833
    6241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HH21     -0.353    3.053
    6242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG        -0.353    3.553
    6243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 302 HB2      -0.353    2.978
    6244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HZ      -0.354    3.054
    6245     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB       -0.354    3.754
    6246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.354    3.054
    6247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE1    -0.354    2.854
    6248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CD      -0.354    3.054
    6249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HD1     -0.354    2.354
    6250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HD11   -0.354    2.354
    6251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 24 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     -0.354    3.679
    6252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH1       -0.354    3.679
    6253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CG1       -0.355    3.755
    6254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB        -0.355    3.755
    6255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH1      -0.355    2.980
    6256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.355    3.695
    6257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 CZ     -0.355    3.055
    6258     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HH21      -0.355    2.355
    6259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 CZ      -0.356    3.056
    6260     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CG       -0.356    3.536
    6261     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HE3     -0.356    3.056
    6262     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 CA       -0.356    3.756
    6263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.356    3.681
    6264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 CA        -0.356    3.756
    6265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1       -0.356    2.836
    6266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB2      -0.356    2.356
    6267     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.356    2.981
    6268     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.356    3.681
    6269     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG12    -0.357    2.357
    6270     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.357    2.982
    6271     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB2       -0.357    2.357
    6272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 HG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.357    2.997
    6273     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.357    3.057
    6274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 103 CE2    -0.357    3.757
    6275     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 OE1      -0.357    3.537
    6276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 272 OE2     -0.357    3.317
    6277     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.357    2.357
    6278     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HB3      -0.357    2.357
    6279     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.357    3.682
    6280     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HG2      -0.358    2.358
    6281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HE1    -0.358    3.058
    6282     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD1    -0.358    3.058
    6283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3       -0.358    2.358
    6284     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH1       -0.358    2.983
    6285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.359    3.059
    6286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CG       -0.359    3.059
    6287     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 CE1    -0.359    3.059
    6288     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 CA        -0.359    3.559
    6289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.359    3.759
    6290     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.359    3.059
    6291     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CD        -0.359    3.059
    6292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HD2    -0.360    3.060
    6293     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB3      -0.360    2.840
    6294     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CG2    -0.360    3.060
    6295     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CB       -0.360    3.760
    6296     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 CZ      -0.360    3.060
    6297     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 77 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         -0.360    2.840
    6298     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB3      -0.360    2.360
    6299     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CB       -0.360    3.060
    6300     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 NH1     -0.360    3.685
    6301     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 CG1     -0.360    3.760
    6302     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 302 OD1      -0.360    3.065
    6303     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.360    3.685
    6304     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 HG1      -0.360    2.360
    6305     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 C         -0.360    3.760
    6306     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.361    3.686
    6307     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.361    3.061
    6308     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG23     -0.361    2.361
    6309     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      -0.361    3.761
    6310     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1      -0.361    2.361
    6311     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB2      -0.362    2.362
    6312     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CG       -0.362    3.562
    6313     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 53 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CD2     -0.362    3.062
    6314     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH1       -0.362    3.612
    6315     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 CA       -0.362    3.762
    6316     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CD       -0.362    3.062
    6317     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 H       -0.362    3.062
    6318     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1       -0.362    3.542
    6319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CD1    -0.362    3.762
    6320     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 CB      -0.362    3.542
    6321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.362    3.762
    6322     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE2      -0.362    3.542
    6323     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 CB      -0.362    3.762
    6324     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.362    3.062
    6325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 116 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 302 OD1      -0.362    2.442
    6326     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 CA       -0.363    3.063
    6327     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CD      -0.363    3.763
    6328     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HD2    -0.363    3.063
    6329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 CB       -0.363    3.763
    6330     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.363    2.363
    6331     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.364    3.689
    6332     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.364    3.764
    6333     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HA     -0.364    3.064
    6334     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.364    3.764
    6335     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HE2     -0.364    2.364
    6336     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CG       -0.365    3.565
    6337     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CD      -0.365    3.765
    6338     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2      -0.365    2.990
    6339     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3       -0.365    2.365
    6340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 CZ      -0.365    3.545
    6341     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22      -0.365    2.365
    6342     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CG1       -0.365    3.765
    6343     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB        -0.365    3.765
    6344     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HD11      -0.365    3.065
    6345     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CE2     -0.365    3.065
    6346     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 CD       -0.365    3.765
    6347     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 ND1      -0.366    3.691
    6348     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 C        -0.366    3.066
    6349     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 CZ      -0.366    3.066
    6350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CG        -0.366    3.566
    6351     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 HA        -0.366    3.066
    6352     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.366    3.766
    6353     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A VAL 40 HG13    -0.366    2.846
    6354     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PRO 109 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HG2     -0.366    2.366
    6355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.366    2.446
    6356     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH12      -0.366    2.366
    6357     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CG       -0.366    3.066
    6358     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CA      -0.366    3.566
    6359     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HH21      -0.366    2.446
    6360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2       -0.367    3.067
    6361     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.367    2.367
    6362     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 HB2     -0.367    2.367
    6363     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.367    3.692
    6364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH12     -0.367    3.067
    6365     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.367    2.367
    6366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CZ       -0.368    3.568
    6367     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 CD1      -0.368    3.068
    6368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         -0.368    2.848
    6369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 HB3    -0.368    2.368
    6370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 HD21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 CG      -0.368    3.068
    6371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CE2      -0.368    3.068
    6372     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 HE22      -0.368    2.368
    6373     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 HE3     -0.368    2.368
    6374     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.369    2.849
    6375     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 HB2     -0.369    2.369
    6376     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 HE22      -0.369    3.069
    6377     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.369    3.769
    6378     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 93 OD1       -0.369    2.449
    6379     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12      -0.369    3.069
    6380     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HA      -0.370    3.070
    6381     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 C         -0.370    3.070
    6382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O         -0.370    3.550
    6383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.370    3.075
    6384     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HD2    -0.370    2.370
    6385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.370    3.770
    6386     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HH11    -0.370    2.370
    6387     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HD1     -0.370    2.370
    6388     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 264 H       -0.370    2.995
    6389     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.370    3.550
    6390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       -0.370    3.550
    6391     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE        -0.370    3.550
    6392     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 CB      -0.370    3.770
    6393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG23     -0.370    2.370
    6394     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 55 CD1       -0.370    3.070
    6395     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HZ3     -0.370    2.450
    6396     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HB3    -0.370    2.370
    6397     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 HA      -0.371    2.996
    6398     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HB3      -0.371    2.996
    6399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     -0.371    3.696
    6400     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 CA       -0.371    3.571
    6401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 NZ        -0.371    3.076
    6402     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HH21     -0.372    2.372
    6403     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.372    2.997
    6404     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.372    2.852
    6405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 CG2      -0.372    3.072
    6406     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      -0.372    3.072
    6407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 HD3      -0.372    2.372
    6408     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.372    3.072
    6409     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.372    2.997
    6410     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 96 CD1       -0.373    3.773
    6411     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 HA      -0.373    3.073
    6412     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.373    3.773
    6413     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE2      -0.373    3.073
    6414     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HG       -0.373    2.998
    6415     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 HH22      -0.373    2.373
    6416     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 NE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O         -0.373    3.078
    6417     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 SD      -0.373    3.855
    6418     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CZ       -0.374    3.774
    6419     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 CE      -0.374    3.774
    6420     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 O      -0.374    3.079
    6421     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB2     -0.374    2.374
    6422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 69 CG      -0.374    3.774
    6423     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 CA        -0.374    3.074
    6424     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.374    3.774
    6425     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 HA       -0.374    2.374
    6426     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 HE22     -0.374    2.374
    6427     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD        -0.374    3.774
    6428     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    -0.374    3.074
    6429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 OH       -0.375    3.100
    6430     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 NZ      -0.375    3.000
    6431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB        -0.375    3.775
    6432     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.375    2.375
    6433     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CD2      -0.375    3.775
    6434     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 28 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 35 CB      -0.376    3.076
    6435     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 CB       -0.376    3.701
    6436     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 CD       -0.376    3.076
    6437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.376    3.776
    6438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 CD        -0.376    3.076
    6439     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 NH1       -0.376    3.001
    6440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 CG1      -0.376    3.776
    6441     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ        -0.376    3.776
    6442     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CA       -0.376    3.776
    6443     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.376    3.701
    6444     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CD       -0.376    3.776
    6445     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 38 OE1      -0.377    2.857
    6446     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.377    3.702
    6447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 CD      -0.377    3.777
    6448     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 HD2     -0.378    3.078
    6449     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 NE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.378    3.083
    6450     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CZ      -0.378    3.078
    6451     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.378    3.778
    6452     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 HD13      -0.378    3.078
    6453     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 CG        -0.379    3.079
    6454     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CD2      -0.379    3.779
    6455     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PHE 416 HE1      -0.379    3.079
    6456     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HD2       -0.379    2.379
    6457     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 96 CB        -0.379    3.079
    6458     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.379    3.079
    6459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.379    3.161
    6460     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 26 CB      -0.380    3.780
    6461     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 N        -0.380    3.005
    6462     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CE1      -0.380    3.080
    6463     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 N       -0.381    3.006
    6464     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PHE 416 CE1      -0.381    3.081
    6465     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HB2     -0.381    2.861
    6466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.381    3.781
    6467     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD        -0.381    3.781
    6468     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.381    3.121
    6469     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    -0.381    2.861
    6470     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HE2    -0.381    3.081
    6471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2       -0.381    2.381
    6472     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 HB1     -0.381    2.861
    6473     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CZ      -0.381    3.081
    6474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 127 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 CG       -0.382    3.082
    6475     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CG      -0.382    3.562
    6476     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.382    3.082
    6477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.382    3.082
    6478     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HG12      -0.382    3.082
    6479     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 HE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.382    2.764
    6480     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 CG      -0.382    3.782
    6481     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2      -0.382    3.707
    6482     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 CG       -0.382    3.782
    6483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 HA        -0.383    3.083
    6484     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A VAL 40 HA        -0.383    2.863
    6485     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB3     -0.383    3.008
    6486     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 HD11     -0.383    3.083
    6487     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 HG23     -0.383    3.008
    6488     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 CA       -0.383    3.708
    6489     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 56 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 27 OD2      -0.383    3.088
    6490     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 HH22      -0.383    2.383
    6491     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.383    3.783
    6492     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 HE22    -0.384    2.384
    6493     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HG13     -0.384    2.384
    6494     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 69 CG       -0.384    3.784
    6495     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CG       -0.384    3.084
    6496     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 66 O        -0.384    2.464
    6497     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CD2    -0.384    3.084
    6498     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 121 NE2     -0.384    3.634
    6499     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CE1    -0.384    3.084
    6500     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 CB       -0.385    3.785
    6501     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HG2       -0.385    2.865
    6502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     -0.385    3.785
    6503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.385    3.085
    6504     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 HE22     -0.385    2.385
    6505     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CD      -0.385    3.710
    6506     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 C         -0.385    3.585
    6507     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HG23   -0.385    2.385
    6508     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 HB1       -0.385    3.085
    6509     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG       -0.385    2.385
    6510     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 HB2     -0.385    3.010
    6511     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 SD       -0.386    3.168
    6512     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2       -0.386    2.866
    6513     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 CD       -0.386    3.786
    6514     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.386    3.786
    6515     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O         -0.386    2.466
    6516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 69 CG      -0.386    3.786
    6517     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 NE2      -0.386    3.711
    6518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.386    2.466
    6519     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB        -0.387    3.787
    6520     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.387    2.387
    6521     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 CG        -0.387    3.787
    6522     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 CD1     -0.387    3.087
    6523     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CD2      -0.387    3.087
    6524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HD11      -0.387    2.867
    6525     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.387    3.012
    6526     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE3       -0.388    2.388
    6527     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE        -0.388    3.788
    6528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2       -0.388    3.088
    6529     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O        -0.388    2.468
    6530     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CD1       -0.388    3.788
    6531     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 CD        -0.388    3.788
    6532     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CD      -0.389    3.089
    6533     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 CG      -0.389    3.089
    6534     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 92 HD22     -0.389    3.089
    6535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CD2      -0.389    3.714
    6536     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CD2     -0.389    3.089
    6537     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.389    3.789
    6538     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.389    3.094
    6539     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB2       -0.389    2.389
    6540     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 CE        -0.389    3.789
    6541     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2       -0.389    2.869
    6542     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HH21      -0.389    2.469
    6543     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CD1       -0.390    3.790
    6544     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    -0.390    3.030
    6545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       -0.390    3.090
    6546     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH1      -0.390    3.715
    6547     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.390    3.095
    6548     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.390    2.390
    6549     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 HB1      -0.391    3.091
    6550     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 CG1       -0.391    3.791
    6551     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 CD        -0.391    3.091
    6552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 36 CD2      -0.391    3.091
    6553     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 OE1    -0.391    3.096
    6554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.391    3.091
    6555     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG        -0.391    3.791
    6556     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 HE1     -0.391    2.391
    6557     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CG       -0.391    3.791
    6558     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22      -0.392    3.092
    6559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.392    3.092
    6560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 104 OD1      -0.392    2.472
    6561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CB      -0.392    3.792
    6562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE2    -0.392    3.092
    6563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB2      -0.392    3.092
    6564     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.393    3.093
    6565     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 66 O       -0.393    3.573
    6566     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.393    3.718
    6567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.393    3.793
    6568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.393    3.018
    6569     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.393    3.093
    6570     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.394    2.474
    6571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 CG2      -0.394    3.794
    6572     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 CB       -0.394    3.794
    6573     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE       -0.394    3.794
    6574     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 35 CB      -0.394    3.719
    6575     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 CG1      -0.394    3.574
    6576     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HG2      -0.394    2.394
    6577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.394    3.094
    6578     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.394    3.574
    6579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.395    3.095
    6580     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CE1     -0.395    3.095
    6581     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23      -0.395    2.395
    6582     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HB2      -0.395    2.395
    6583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CE1      -0.395    3.795
    6584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 NZ        -0.395    3.100
    6585     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CD1    -0.395    3.795
    6586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 HB1      -0.396    3.096
    6587     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD        -0.396    3.796
    6588     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.396    3.796
    6589     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CD1     -0.396    3.796
    6590     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD2      -0.396    3.796
    6591     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 128 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 HB2       -0.396    3.096
    6592     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 HG11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 CG        -0.396    3.096
    6593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 O       -0.396    3.576
    6594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HG2      -0.396    2.396
    6595     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CD2    -0.396    3.096
    6596     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 HG3      -0.396    2.396
    6597     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HG12      -0.396    3.096
    6598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 OD1       -0.396    2.476
    6599     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.396    3.121
    6600     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 HA       -0.396    3.096
    6601     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HG2      -0.396    3.096
    6602     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HE3       -0.397    2.877
    6603     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 OE1     -0.397    3.577
    6604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB3      -0.397    3.022
    6605     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 CD      -0.397    3.577
    6606     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.397    3.022
    6607     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.397    3.797
    6608     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 CE        -0.398    3.723
    6609     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 OH      -0.398    3.598
    6610     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 CG       -0.399    3.724
    6611     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 CD1       -0.399    3.579
    6612     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 38 HB2       -0.399    3.024
    6613     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.399    3.649
    6614     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.399    2.399
    6615     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH1     -0.399    3.104
    6616     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2       -0.399    3.099
    6617     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 CD       -0.399    3.799
    6618     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CB       -0.399    3.799
    6619     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HB3      -0.399    2.399
    6620     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.399    3.799
    6621     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.399    3.024
    6622     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 HB2      -0.400    2.400
    6623     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE1    -0.400    2.480
    6624     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 110 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 59 NZ       -0.400    3.725
    6625     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CB      -0.400    3.800
    6626     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 CD       -0.400    3.725
    6627    
    6628 
    6629  
    6630 2522 contacts 
    6631 
    6632 > sequence align /A
    6633 
    6634 Alignment identifier is 2 
    6635 Showing conservation header ("seq_conservation" residue attribute) for
    6636 alignment 2 
    6637 Webservices job id: DPLSQ3CH4XNVB4F9 
    6638 Webservices job finished: DPLSQ3CH4XNVB4F9 
    6639 
    6640 > sequence header 2 rmsd show
    6641 
    6642 Chains used in RMSD evaluation for alignment 2:
    6643 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    6644 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
    6645 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
    6646 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
    6647 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A,
    6648 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A,
    6649 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A,
    6650 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A,
    6651 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A,
    6652 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A 
    6653 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    6654 
    6655 > sequence header 2 conservation hide
    6656 
    6657 Hiding conservation header for alignment 2 
    6658 
    6659 > select #1/C:122
    6660 
    6661 12 atoms, 11 bonds, 1 residue, 1 model selected 
    6662 
    6663 > select #1/C:122-131 #2/C:122-131 #3/C:122-131 #4/C:122-131 #5/C:122-131
    6664 > #7/C:122-131 #8/C:122-131 #9/C:122-131 #10/C:122-131 #11/C:122-131
    6665 
    6666 1750 atoms, 1770 bonds, 100 residues, 10 models selected 
    6667 Clustal Omega Alignment [ID: 1] region chain C..chain C [122-131] RMSD: 0.653 
    6668  
    6669 
    6670 > coulombic sel
    6671 
    6672 Using Amber 20 recommended default charges and atom types for standard
    6673 residues 
    6674 [Repeated 9 time(s)]Coulombic values for
    6675 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES surface #1.4:
    6676 minimum, -15.35, mean 1.15, maximum 37.13 
    6677 Coulombic values for
    6678 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface #2.2:
    6679 minimum, -13.02, mean 1.19, maximum 45.37 
    6680 Coulombic values for
    6681 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface #3.2:
    6682 minimum, -13.55, mean 1.30, maximum 20.53 
    6683 Coulombic values for
    6684 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface #4.2:
    6685 minimum, -14.83, mean 0.89, maximum 21.54 
    6686 Coulombic values for
    6687 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface #5.2:
    6688 minimum, -14.35, mean 1.45, maximum 23.96 
    6689 Coulombic values for
    6690 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface #7.2:
    6691 minimum, -14.88, mean 1.37, maximum 25.61 
    6692 Coulombic values for
    6693 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface #8.2:
    6694 minimum, -14.13, mean 1.04, maximum 20.13 
    6695 Coulombic values for
    6696 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface #9.2:
    6697 minimum, -23.60, mean 0.69, maximum 21.25 
    6698 Coulombic values for
    6699 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface
    6700 #10.2: minimum, -14.19, mean 1.35, maximum 23.85 
    6701 Coulombic values for
    6702 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface
    6703 #11.2: minimum, -16.44, mean 1.21, maximum 24.35 
    6704 To also show corresponding color key, enter the above coulombic command and
    6705 add key true 
    6706 
    6707 > transparency sel 60 surfaces
    6708 
    6709 > transparency sel 70 surfaces
    6710 
    6711 > view
    6712 
    6713 > view sel
    6714 
    6715 > select clear
    6716 
    6717 > select /C:131
    6718 
    6719 240 atoms, 230 bonds, 10 residues, 10 models selected 
    6720 
    6721 > show sel atoms
    6722 
    6723 > style sel ball
    6724 
    6725 Changed 240 atom styles 
    6726 
    6727 > select /C:130
    6728 
    6729 220 atoms, 210 bonds, 10 residues, 10 models selected 
    6730 
    6731 > show sel atoms
    6732 
    6733 > style sel ball
    6734 
    6735 Changed 220 atom styles 
    6736 
    6737 > select clear
    6738 
    6739 > style ball
    6740 
    6741 Changed 335513 atom styles 
    6742 
    6743 > select #11/C:124@NE1
    6744 
    6745 1 atom, 1 residue, 1 model selected 
    6746 
    6747 > select clear
    6748 
    6749 > select /C:124
    6750 
    6751 240 atoms, 250 bonds, 10 residues, 10 models selected 
    6752 
    6753 > show sel atoms
    6754 
    6755 > select clear
    6756 
    6757 > select /C:128
    6758 
    6759 160 atoms, 150 bonds, 10 residues, 10 models selected 
    6760 
    6761 > show sel atoms
    6762 
    6763 > select #1/C:16
    6764 
    6765 22 atoms, 21 bonds, 1 residue, 1 model selected 
    6766 
    6767 > select #1/C:16 #2/C:16 #3/C:16 #4/C:16 #5/C:16 #7/C:16 #8/C:16 #9/C:16
    6768 > #10/C:16 #11/C:16
    6769 
    6770 220 atoms, 210 bonds, 10 residues, 10 models selected 
    6771 Clustal Omega Alignment [ID: 1] region chain C..chain C [16] RMSD: 1.497 
    6772  
    6773 
    6774 > select clear
    6775 
    6776 > view
    6777 
    6778 > select #1/C:16
    6779 
    6780 22 atoms, 21 bonds, 1 residue, 1 model selected 
    6781 
    6782 > select #1/C:16 #2/C:16 #3/C:16 #4/C:16 #5/C:16 #7/C:16 #8/C:16 #9/C:16
    6783 > #10/C:16 #11/C:16
    6784 
    6785 220 atoms, 210 bonds, 10 residues, 10 models selected 
    6786 Clustal Omega Alignment [ID: 1] region chain C..chain C [16] RMSD: 1.497 
    6787  
    6788 
    6789 > show sel atoms
    6790 
    6791 > contacts sel interModel false intraMol false select true reveal true
    6792 
    6793 67 contacts 
    6794 
    6795 > select up
    6796 
    6797 356 atoms, 337 bonds, 21 residues, 16 models selected 
    6798 
    6799 > sequence chain #2/C#4/C#5/C#7/C#8/C#9/C#10/C#11/C
    6800 
    6801 Alignment identifier is 3 
    6802 
    6803 > sequence chain #2/D#7/D#9/D#10/D#11/D
    6804 
    6805 Alignment identifier is 4 
    6806 
    6807 > sequence chain #4/B#5/B#8/B
    6808 
    6809 Alignment identifier is 5 
    6810 
    6811 > select up
    6812 
    6813 3260 atoms, 3278 bonds, 203 residues, 16 models selected 
    6814 
    6815 > select down
    6816 
    6817 356 atoms, 337 bonds, 21 residues, 16 models selected 
    6818 
    6819 > select clear
    6820 
    6821 QCoreTextFontDatabase: Found no matching fonts for family "" 
    6822 
    6823 > save /Users/pcarlton/Desktop/dsb123-splitDNA-DVWYNbox.cxs
    6824 
    6825 > open
    6826 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif
    6827 
    6828 Summary of feedback from opening
    6829 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif 
    6830 --- 
    6831 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    6832 Missing entity information. Treating each chain as a separate entity. 
    6833 Missing or incorrect sequence information. Inferred polymer connectivity. 
    6834 Skipping chem_comp category: Missing column 'type' on line 35232 
    6835  
    6836 Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif
    6837 #12 
    6838 --- 
    6839 Chain | Description 
    6840 A B | No description available 
    6841 C D | No description available 
    6842 E | No description available 
    6843 J | No description available 
    6844 K | No description available 
    6845 L | No description available 
    6846  
    6847 
    6848 > hide atoms
    6849 
    6850 > select #12
    6851 
    6852 35107 atoms, 35724 bonds, 15 pseudobonds, 2089 residues, 2 models selected 
    6853 
    6854 > show sel cartoons
    6855 
    6856 Computing secondary structure 
    6857 
    6858 > mmaker #12/A to #1/A showAlign true
    6859 
    6860 Parameters 
    6861 --- 
    6862 Chain pairing | bb 
    6863 Alignment algorithm | Needleman-Wunsch 
    6864 Similarity matrix | BLOSUM-62 
    6865 SS fraction | 0.3 
    6866 Gap open (HH/SS/other) | 18/18/6 
    6867 Gap extend | 1 
    6868 SS matrix |  |  | H | S | O 
    6869 ---|---|---|--- 
    6870 H | 6 | -9 | -6 
    6871 S |  | 6 | -6 
    6872 O |  |  | 4 
    6873 Iteration cutoff | 2 
    6874  
    6875 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    6876 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif, chain A
    6877 (#12), sequence alignment score = 2029.6 
    6878 Alignment identifier is 6 
    6879 Showing conservation header ("seq_conservation" residue attribute) for
    6880 alignment 6 
    6881 Hiding conservation header for alignment 6 
    6882 Chains used in RMSD evaluation for alignment 6:
    6883 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    6884 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A 
    6885 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6 
    6886 RMSD between 331 pruned atom pairs is 0.467 angstroms; (across all 425 pairs:
    6887 37.289) 
    6888  
    6889 
    6890 > select #12/C,D
    6891 
    6892 11923 atoms, 12067 bonds, 770 residues, 1 model selected 
    6893 
    6894 > color sel orange
    6895 
    6896 > select #10/D
    6897 
    6898 4408 atoms, 4452 bonds, 280 residues, 1 model selected 
    6899 
    6900 > show sel cartoons
    6901 
    6902 > hide sel cartoons
    6903 
    6904 > open
    6905 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif
    6906 
    6907 Summary of feedback from opening
    6908 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif 
    6909 --- 
    6910 warnings | Skipping chem_comp category: Missing column 'type' on line 77 
    6911 Missing entity information. Treating each chain as a separate entity. 
    6912 Missing or incorrect sequence information. Inferred polymer connectivity. 
    6913 Skipping chem_comp category: Missing column 'type' on line 35245 
    6914  
    6915 Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif
    6916 #13 
    6917 --- 
    6918 Chain | Description 
    6919 A B | No description available 
    6920 C D | No description available 
    6921 E | No description available 
    6922 J | No description available 
    6923 K | No description available 
    6924 L | No description available 
    6925  
    6926 
    6927 > open
    6928 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif
    6929 
    6930 Summary of feedback from opening
    6931 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif 
    6932 --- 
    6933 warnings | Skipping chem_comp category: Missing column 'type' on line 78 
    6934 Missing entity information. Treating each chain as a separate entity. 
    6935 Missing or incorrect sequence information. Inferred polymer connectivity. 
    6936 Skipping chem_comp category: Missing column 'type' on line 35254 
    6937  
    6938 Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif
    6939 #14 
    6940 --- 
    6941 Chain | Description 
    6942 A B | No description available 
    6943 C D | No description available 
    6944 E | No description available 
    6945 J | No description available 
    6946 K | No description available 
    6947 L | No description available 
    6948  
    6949 
    6950 > open
    6951 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif
    6952 
    6953 Summary of feedback from opening
    6954 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif 
    6955 --- 
    6956 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    6957 Missing entity information. Treating each chain as a separate entity. 
    6958 Missing or incorrect sequence information. Inferred polymer connectivity. 
    6959 Skipping chem_comp category: Missing column 'type' on line 35235 
    6960  
    6961 Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif
    6962 #15 
    6963 --- 
    6964 Chain | Description 
    6965 A B | No description available 
    6966 C D | No description available 
    6967 E | No description available 
    6968 J | No description available 
    6969 K | No description available 
    6970 L | No description available 
    6971  
    6972 
    6973 > open
    6974 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif
    6975 
    6976 Summary of feedback from opening
    6977 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif 
    6978 --- 
    6979 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    6980 Missing entity information. Treating each chain as a separate entity. 
    6981 Missing or incorrect sequence information. Inferred polymer connectivity. 
    6982 Skipping chem_comp category: Missing column 'type' on line 35231 
    6983  
    6984 Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif
    6985 #16 
    6986 --- 
    6987 Chain | Description 
    6988 A B | No description available 
    6989 C D | No description available 
    6990 E | No description available 
    6991 J | No description available 
    6992 K | No description available 
    6993 L | No description available 
    6994  
    6995 
    6996 > open
    6997 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif
    6998 
    6999 Summary of feedback from opening
    7000 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif 
    7001 --- 
    7002 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    7003 Missing entity information. Treating each chain as a separate entity. 
    7004 Missing or incorrect sequence information. Inferred polymer connectivity. 
    7005 Skipping chem_comp category: Missing column 'type' on line 35227 
    7006  
    7007 Chain information for
    7008 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17 
    7009 --- 
    7010 Chain | Description 
    7011 A B | No description available 
    7012 C D | No description available 
    7013 E | No description available 
    7014 J | No description available 
    7015 K | No description available 
    7016 L | No description available 
    7017  
    7018 
    7019 > open
    7020 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif
    7021 
    7022 Summary of feedback from opening
    7023 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif 
    7024 --- 
    7025 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    7026 Missing entity information. Treating each chain as a separate entity. 
    7027 Missing or incorrect sequence information. Inferred polymer connectivity. 
    7028 Skipping chem_comp category: Missing column 'type' on line 35225 
    7029  
    7030 Chain information for
    7031 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18 
    7032 --- 
    7033 Chain | Description 
    7034 A B | No description available 
    7035 C D | No description available 
    7036 E | No description available 
    7037 J | No description available 
    7038 K | No description available 
    7039 L | No description available 
    7040  
    7041 
    7042 > open
    7043 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif
    7044 
    7045 Summary of feedback from opening
    7046 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif 
    7047 --- 
    7048 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    7049 Missing entity information. Treating each chain as a separate entity. 
    7050 Missing or incorrect sequence information. Inferred polymer connectivity. 
    7051 Skipping chem_comp category: Missing column 'type' on line 35226 
    7052  
    7053 Chain information for
    7054 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19 
    7055 --- 
    7056 Chain | Description 
    7057 A B | No description available 
    7058 C D | No description available 
    7059 E | No description available 
    7060 J | No description available 
    7061 K | No description available 
    7062 L | No description available 
    7063  
    7064 
    7065 > open
    7066 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif
    7067 
    7068 Summary of feedback from opening
    7069 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif 
    7070 --- 
    7071 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    7072 Missing entity information. Treating each chain as a separate entity. 
    7073 Missing or incorrect sequence information. Inferred polymer connectivity. 
    7074 Skipping chem_comp category: Missing column 'type' on line 35230 
    7075  
    7076 Chain information for
    7077 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20 
    7078 --- 
    7079 Chain | Description 
    7080 A B | No description available 
    7081 C D | No description available 
    7082 E | No description available 
    7083 J | No description available 
    7084 K | No description available 
    7085 L | No description available 
    7086  
    7087 
    7088 > open
    7089 > /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif
    7090 
    7091 Summary of feedback from opening
    7092 /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif 
    7093 --- 
    7094 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    7095 Missing entity information. Treating each chain as a separate entity. 
    7096 Missing or incorrect sequence information. Inferred polymer connectivity. 
    7097 Skipping chem_comp category: Missing column 'type' on line 35231 
    7098  
    7099 Chain information for
    7100 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21 
    7101 --- 
    7102 Chain | Description 
    7103 A B | No description available 
    7104 C D | No description available 
    7105 E | No description available 
    7106 J | No description available 
    7107 K | No description available 
    7108 L | No description available 
    7109  
    7110 
    7111 > hide sel atoms
    7112 
    7113 [Repeated 1 time(s)]
    7114 
    7115 > select clear
    7116 
    7117 > hide atoms
    7118 
    7119 > select clear
    7120 
    7121 > color bychain
    7122 
    7123 > mmaker #21,20,19,18,17,16,15,14,13/A to #1/A showAlign true
    7124 
    7125 Computing secondary structure 
    7126 [Repeated 8 time(s)]  Parameters 
    7127 --- 
    7128 Chain pairing | bb 
    7129 Alignment algorithm | Needleman-Wunsch 
    7130 Similarity matrix | BLOSUM-62 
    7131 SS fraction | 0.3 
    7132 Gap open (HH/SS/other) | 18/18/6 
    7133 Gap extend | 1 
    7134 SS matrix |  |  | H | S | O 
    7135 ---|---|---|--- 
    7136 H | 6 | -9 | -6 
    7137 S |  | 6 | -6 
    7138 O |  |  | 4 
    7139 Iteration cutoff | 2 
    7140  
    7141 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7142 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif, chain A
    7143 (#21), sequence alignment score = 2015.8 
    7144 Alignment identifier is 6 
    7145 Showing conservation header ("seq_conservation" residue attribute) for
    7146 alignment 6 
    7147 Hiding conservation header for alignment 6 
    7148 Chains used in RMSD evaluation for alignment 6:
    7149 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7150 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A 
    7151 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6 
    7152 RMSD between 331 pruned atom pairs is 0.531 angstroms; (across all 425 pairs:
    7153 33.752) 
    7154  
    7155 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7156 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif, chain A
    7157 (#20), sequence alignment score = 2041.6 
    7158 Alignment identifier is 7 
    7159 Showing conservation header ("seq_conservation" residue attribute) for
    7160 alignment 7 
    7161 Hiding conservation header for alignment 7 
    7162 Chains used in RMSD evaluation for alignment 7:
    7163 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7164 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A 
    7165 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7 
    7166 RMSD between 330 pruned atom pairs is 0.437 angstroms; (across all 425 pairs:
    7167 27.187) 
    7168  
    7169 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7170 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif, chain A
    7171 (#19), sequence alignment score = 2029.6 
    7172 Alignment identifier is 8 
    7173 Showing conservation header ("seq_conservation" residue attribute) for
    7174 alignment 8 
    7175 Hiding conservation header for alignment 8 
    7176 Chains used in RMSD evaluation for alignment 8:
    7177 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7178 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A 
    7179 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 8 
    7180 RMSD between 332 pruned atom pairs is 0.456 angstroms; (across all 425 pairs:
    7181 30.927) 
    7182  
    7183 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7184 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif, chain A
    7185 (#18), sequence alignment score = 2072.8 
    7186 Alignment identifier is 9 
    7187 Showing conservation header ("seq_conservation" residue attribute) for
    7188 alignment 9 
    7189 Hiding conservation header for alignment 9 
    7190 Chains used in RMSD evaluation for alignment 9:
    7191 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7192 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A 
    7193 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 9 
    7194 RMSD between 332 pruned atom pairs is 0.489 angstroms; (across all 425 pairs:
    7195 32.863) 
    7196  
    7197 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7198 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif, chain A
    7199 (#17), sequence alignment score = 2014.6 
    7200 Alignment identifier is 10 
    7201 Showing conservation header ("seq_conservation" residue attribute) for
    7202 alignment 10 
    7203 Hiding conservation header for alignment 10 
    7204 Chains used in RMSD evaluation for alignment 10:
    7205 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7206 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A 
    7207 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 10 
    7208 RMSD between 328 pruned atom pairs is 0.457 angstroms; (across all 425 pairs:
    7209 31.422) 
    7210  
    7211 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7212 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    7213 (#16), sequence alignment score = 2090.2 
    7214 Alignment identifier is 11 
    7215 Showing conservation header ("seq_conservation" residue attribute) for
    7216 alignment 11 
    7217 Hiding conservation header for alignment 11 
    7218 Chains used in RMSD evaluation for alignment 11:
    7219 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7220 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A 
    7221 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 11 
    7222 RMSD between 329 pruned atom pairs is 0.466 angstroms; (across all 425 pairs:
    7223 29.243) 
    7224  
    7225 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7226 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif, chain A
    7227 (#15), sequence alignment score = 2054.2 
    7228 Alignment identifier is 12 
    7229 Showing conservation header ("seq_conservation" residue attribute) for
    7230 alignment 12 
    7231 Hiding conservation header for alignment 12 
    7232 Chains used in RMSD evaluation for alignment 12:
    7233 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7234 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A 
    7235 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 12 
    7236 RMSD between 308 pruned atom pairs is 0.488 angstroms; (across all 425 pairs:
    7237 38.893) 
    7238  
    7239 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7240 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif, chain A
    7241 (#14), sequence alignment score = 2024.8 
    7242 Alignment identifier is 13 
    7243 Showing conservation header ("seq_conservation" residue attribute) for
    7244 alignment 13 
    7245 Hiding conservation header for alignment 13 
    7246 Chains used in RMSD evaluation for alignment 13:
    7247 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7248 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A 
    7249 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 13 
    7250 RMSD between 330 pruned atom pairs is 0.459 angstroms; (across all 425 pairs:
    7251 28.936) 
    7252  
    7253 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
    7254 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif, chain A
    7255 (#13), sequence alignment score = 2047.6 
    7256 Alignment identifier is 14 
    7257 Showing conservation header ("seq_conservation" residue attribute) for
    7258 alignment 14 
    7259 Hiding conservation header for alignment 14 
    7260 Chains used in RMSD evaluation for alignment 14:
    7261 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    7262 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A 
    7263 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 14 
    7264 RMSD between 331 pruned atom pairs is 0.546 angstroms; (across all 425 pairs:
    7265 37.997) 
    7266  
    7267 
    7268 > select clear
    7269 
    7270 > select #12
    7271 
    7272 35107 atoms, 35724 bonds, 15 pseudobonds, 2089 residues, 2 models selected 
    7273 
    7274 > hide sel cartoons
    7275 
    7276 > select clear
    7277 
    7278 Drag select of fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES
    7279 surface, 19877 of 683010 triangles,
    7280 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface, 20579
    7281 of 682418 triangles,
    7282 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface, 20341
    7283 of 687384 triangles,
    7284 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface, 19602
    7285 of 682582 triangles,
    7286 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface, 20419
    7287 of 678982 triangles,
    7288 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface,
    7289 20463 of 681944 triangles,
    7290 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface,
    7291 20474 of 673598 triangles,
    7292 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface,
    7293 19946 of 687226 triangles,
    7294 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface,
    7295 20949 of 677876 triangles,
    7296 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface,
    7297 20640 of 685898 triangles, 9356 residues, 14 pseudobonds 
    7298 
    7299 > select intersect /B,C
    7300 
    7301 57955 atoms, 8 pseudobonds, 3540 residues, 11 models selected 
    7302 
    7303 > sequence chain #1/B#2/B#3/B#4/B#5/B#7/B#8/B#9/B#10/B#11/B
    7304 
    7305 Alignment identifier is 5 
    7306 
    7307 > select up
    7308 
    7309 63937 atoms, 64557 bonds, 8 pseudobonds, 3947 residues, 11 models selected 
    7310 
    7311 > select down
    7312 
    7313 57955 atoms, 8 pseudobonds, 3540 residues, 11 models selected 
    7314 
    7315 > select up
    7316 
    7317 63937 atoms, 64557 bonds, 8 pseudobonds, 3947 residues, 11 models selected 
    7318 
    7319 > select down
    7320 
    7321 57955 atoms, 8 pseudobonds, 3540 residues, 11 models selected 
    7322 Drag select of fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES
    7323 surface, 19877 of 683010 triangles,
    7324 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface, 20579
    7325 of 682418 triangles,
    7326 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface, 20341
    7327 of 687384 triangles,
    7328 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface, 19602
    7329 of 682582 triangles,
    7330 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface, 20419
    7331 of 678982 triangles,
    7332 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface,
    7333 20463 of 681944 triangles,
    7334 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface,
    7335 20474 of 673598 triangles,
    7336 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface,
    7337 19946 of 687226 triangles,
    7338 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface,
    7339 20949 of 677876 triangles,
    7340 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface,
    7341 20640 of 685898 triangles, 9500 residues, 14 pseudobonds 
    7342 
    7343 > select intersect /C
    7344 
    7345 Nothing selected 
    7346 Drag select of fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES
    7347 surface, 19877 of 683010 triangles,
    7348 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface, 20579
    7349 of 682418 triangles,
    7350 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface, 20341
    7351 of 687384 triangles,
    7352 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface, 19602
    7353 of 682582 triangles,
    7354 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface, 20419
    7355 of 678982 triangles,
    7356 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface,
    7357 20463 of 681944 triangles,
    7358 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface,
    7359 20474 of 673598 triangles,
    7360 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface,
    7361 19946 of 687226 triangles,
    7362 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface,
    7363 20949 of 677876 triangles,
    7364 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface,
    7365 20640 of 685898 triangles, 2839 residues 
    7366 
    7367 > select /C:1-4
    7368 
    7369 1360 atoms, 1380 bonds, 80 residues, 20 models selected 
    7370 
    7371 > hide sel cartoons
    7372 
    7373 > select clear
    7374 
    7375 > select /C:5-140
    7376 
    7377 44356 atoms, 44736 bonds, 2720 residues, 20 models selected 
    7378 
    7379 > show sel cartoons
    7380 
    7381 > select clear
    7382 
    7383 > select /D
    7384 
    7385 103683 atoms, 104843 bonds, 6650 residues, 20 models selected 
    7386 
    7387 > show sel cartoons
    7388 
    7389 > select clear
    7390 
    7391 Drag select of 913 residues 
    7392 
    7393 > select intersect /D
    7394 
    7395 8113 atoms, 489 residues, 10 models selected 
    7396 
    7397 > sequence chain #2/D#3/D#4/D#5/D#8/D
    7398 
    7399 Alignment identifier is 3 
    7400 
    7401 > sequence chain #12/D#13/D#14/D#15/D#16/D
    7402 
    7403 Alignment identifier is 6 
    7404 
    7405 > select up
    7406 
    7407 13716 atoms, 13830 bonds, 856 residues, 10 models selected 
    7408 
    7409 > select down
    7410 
    7411 8113 atoms, 489 residues, 10 models selected 
    7412 
    7413 > select #2,3,4,5,8/D
    7414 
    7415 22038 atoms, 22258 bonds, 1400 residues, 5 models selected 
    7416 
    7417 > select #1,7,9,10,11/D
    7418 
    7419 22036 atoms, 22256 bonds, 1400 residues, 5 models selected 
    7420 
    7421 > color sel purple
    7422 
    7423 > show sel cartoons
    7424 
    7425 > transparency /D 0
    7426 
    7427 > transparency /D 0 ribbons
    7428 
    7429 > select /D
    7430 
    7431 103683 atoms, 104843 bonds, 6650 residues, 20 models selected 
    7432 
    7433 > select #1,2,3,4,5,7,8,9,10,11/D
    7434 
    7435 44074 atoms, 44514 bonds, 2800 residues, 10 models selected 
    7436 
    7437 > color sel purple
    7438 
    7439 > select #1,2,3,4,5,7,8,9,10,11/D:107-290
    7440 
    7441 26899 atoms, 27179 bonds, 1740 residues, 10 models selected 
    7442 
    7443 > hide sel cartoons
    7444 
    7445 > select clear
    7446 
    7447 > select #8/D:37
    7448 
    7449 10 atoms, 9 bonds, 1 residue, 1 model selected 
    7450 
    7451 > select add #9/D:93
    7452 
    7453 34 atoms, 32 bonds, 2 residues, 2 models selected 
    7454 
    7455 > select add #5/D:28
    7456 
    7457 53 atoms, 50 bonds, 3 residues, 3 models selected 
    7458 
    7459 > select add #11/D:36
    7460 
    7461 73 atoms, 70 bonds, 4 residues, 4 models selected 
    7462 
    7463 > select add #10/D:44
    7464 
    7465 80 atoms, 76 bonds, 5 residues, 5 models selected 
    7466 
    7467 > select up
    7468 
    7469 579 atoms, 577 bonds, 35 residues, 5 models selected 
    7470 
    7471 > select up
    7472 
    7473 22036 atoms, 22256 bonds, 1400 residues, 5 models selected 
    7474 
    7475 > hide sel cartoons
    7476 
    7477 > select #7/D:26
    7478 
    7479 11 atoms, 10 bonds, 1 residue, 1 model selected 
    7480 
    7481 > select up
    7482 
    7483 96 atoms, 95 bonds, 6 residues, 1 model selected 
    7484 
    7485 > select up
    7486 
    7487 4408 atoms, 4452 bonds, 280 residues, 1 model selected 
    7488 
    7489 > hide sel cartoons
    7490 
    7491 Drag select of 24 residues 
    7492 
    7493 > select clear
    7494 
    7495 > select #4/D:88
    7496 
    7497 24 atoms, 23 bonds, 1 residue, 1 model selected 
    7498 
    7499 > select up
    7500 
    7501 241 atoms, 242 bonds, 14 residues, 1 model selected 
    7502 
    7503 > select up
    7504 
    7505 4408 atoms, 4452 bonds, 280 residues, 1 model selected 
    7506 
    7507 > select add #3/D:4
    7508 
    7509 4432 atoms, 4475 bonds, 281 residues, 2 models selected 
    7510 
    7511 > select up
    7512 
    7513 4480 atoms, 4523 bonds, 284 residues, 2 models selected 
    7514 
    7515 > select up
    7516 
    7517 8815 atoms, 8903 bonds, 560 residues, 2 models selected 
    7518 
    7519 > select clear
    7520 
    7521 > select #1,2,3,4/D:1-106
    7522 
    7523 6870 atoms, 6930 bonds, 424 residues, 4 models selected 
    7524 
    7525 > hide sel cartoons
    7526 
    7527 > undo
    7528 
    7529 > select /C,D:141-385
    7530 
    7531 131865 atoms, 133566 bonds, 8750 residues, 20 models selected 
    7532 
    7533 > hide sel cartoons
    7534 
    7535 > select clear
    7536 
    7537 > select /C
    7538 
    7539 119211 atoms, 120651 bonds, 7700 residues, 20 models selected 
    7540 
    7541 > select /D
    7542 
    7543 103683 atoms, 104843 bonds, 6650 residues, 20 models selected 
    7544 
    7545 > select clear
    7546 
    7547 > hide surfaces
    7548 
    7549 > select clear
    7550 
    7551 Drag select of 186 residues 
    7552 
    7553 > select clear
    7554 
    7555 [Repeated 1 time(s)]
    7556 
    7557 > select #12,13,14,5,16,17,18,19,20,21/D
    7558 
    7559 58054 atoms, 58746 bonds, 3745 residues, 10 models selected 
    7560 
    7561 > color sel forest green
    7562 
    7563 > select #12,13,14,5,16,17,18,19,20,21/C
    7564 
    7565 59600 atoms, 60320 bonds, 3850 residues, 10 models selected 
    7566 
    7567 > color (#!5,12-14,16-21 & sel) cyan
    7568 
    7569 > select #1,2,3,4,5,7,8,9,10,11/C
    7570 
    7571 59610 atoms, 60330 bonds, 3850 residues, 10 models selected 
    7572 
    7573 > color (#!1-5,7-11 & sel) lime
    7574 
    7575 > select #12,13,14,15,16,17,18,19,20,21/D
    7576 
    7577 59609 atoms, 60329 bonds, 3850 residues, 10 models selected 
    7578 
    7579 > color sel cyan
    7580 
    7581 > select clear
    7582 
    7583 > select #12,13,14,15,16,17,18,19,20,21/C
    7584 
    7585 59601 atoms, 60321 bonds, 3850 residues, 10 models selected 
    7586 
    7587 > color sel cyan
    7588 
    7589 > select #12,13,14,15,16,17,18,19,20,21/C,D
    7590 
    7591 119210 atoms, 120651 bonds, 7700 residues, 10 models selected 
    7592 
    7593 > color sel cyan
    7594 
    7595 > select #1,2,3,4,5,7,8,9,10,11/C
    7596 
    7597 59610 atoms, 60330 bonds, 3850 residues, 10 models selected 
    7598 
    7599 > color (#!1-5,7-11 & sel) forest green
    7600 
    7601 > color (#!1-5,7-11 & sel) lime
    7602 
    7603 > select clear
    7604 
    7605 > select #1,2,3,4,5,7,8,9,10,11/E
    7606 
    7607 56693 atoms, 57173 bonds, 3450 residues, 10 models selected 
    7608 
    7609 > show sel cartoons
    7610 
    7611 > select #12,13,14,15,16,17,18,19,20,21/E
    7612 
    7613 56695 atoms, 57175 bonds, 3450 residues, 10 models selected 
    7614 
    7615 > show sel cartoons
    7616 
    7617 > color sel yellow
    7618 
    7619 > select clear
    7620 
    7621 Drag select of 401 residues 
    7622 
    7623 > select up
    7624 
    7625 19293 atoms, 19515 bonds, 1155 residues, 15 models selected 
    7626 
    7627 > select up
    7628 
    7629 85040 atoms, 85760 bonds, 5175 residues, 15 models selected 
    7630 
    7631 > sequence align sel
    7632 
    7633 Alignment identifier is 6 
    7634 Showing conservation header ("seq_conservation" residue attribute) for
    7635 alignment 6 
    7636 Webservices job id: V6R43Z9S6G5R8X77 
    7637 Webservices job finished: V6R43Z9S6G5R8X77 
    7638 
    7639 > sequence header 6 conservation hide
    7640 
    7641 Hiding conservation header for alignment 6 
    7642 
    7643 > sequence header 6 rmsd show
    7644 
    7645 Chains used in RMSD evaluation for alignment 6:
    7646 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
    7647 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
    7648 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
    7649 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
    7650 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
    7651 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
    7652 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
    7653 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
    7654 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
    7655 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
    7656 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
    7657 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
    7658 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
    7659 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
    7660 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E 
    7661 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6 
    7662 
    7663 > select /E:1-157
    7664 
    7665 51589 atoms, 51869 bonds, 3140 residues, 20 models selected 
    7666 
    7667 > hide sel cartoons
    7668 
    7669 Drag select of 193 residues 
    7670 
    7671 > select up
    7672 
    7673 6927 atoms, 7013 bonds, 411 residues, 5 models selected 
    7674 
    7675 > select up
    7676 
    7677 28348 atoms, 28588 bonds, 1725 residues, 5 models selected 
    7678 
    7679 > sequence align sel
    7680 
    7681 Alignment identifier is 7 
    7682 Showing conservation header ("seq_conservation" residue attribute) for
    7683 alignment 7 
    7684 Webservices job id: W7XZQUY61GVHQLIL 
    7685 Webservices job finished: W7XZQUY61GVHQLIL 
    7686 
    7687 > sequence header 7 rmsd show
    7688 
    7689 Chains used in RMSD evaluation for alignment 7:
    7690 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
    7691 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
    7692 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
    7693 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
    7694 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E 
    7695 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7 
    7696 
    7697 > sequence header 7 conservation hide
    7698 
    7699 Hiding conservation header for alignment 7 
    7700 
    7701 > select clear
    7702 
    7703 Drag select of 16494 residues, 14 pseudobonds 
    7704 
    7705 > view sel
    7706 
    7707 > cofr sel
    7708 
    7709 > select clear
    7710 
    7711 Drag select of 15 residues 
    7712 
    7713 > select up
    7714 
    7715 9448 atoms, 10148 bonds, 300 residues, 10 models selected 
    7716 Drag select of 24 residues 
    7717 
    7718 > select up
    7719 
    7720 18988 atoms, 20368 bonds, 600 residues, 10 models selected 
    7721 
    7722 > color sel #3c0f79ff
    7723 
    7724 > color sel #3d0f7aff
    7725 
    7726 > color sel #4c1298ff
    7727 
    7728 > color sel #5a16b5ff
    7729 
    7730 [Repeated 1 time(s)]
    7731 
    7732 > color sel #6117c3ff
    7733 
    7734 > color sel #6518caff
    7735 
    7736 > color sel #6518cbff
    7737 
    7738 > color sel #6619cbff
    7739 
    7740 > color sel #a98fcbff
    7741 
    7742 [Repeated 1 time(s)]
    7743 
    7744 > color sel #ac94cbff
    7745 
    7746 > color sel #b19ecbff
    7747 
    7748 > color sel #af9bcbff
    7749 
    7750 > color sel #ac95cbff
    7751 
    7752 > color sel #9b76cbff
    7753 
    7754 > color sel #966ecbff
    7755 
    7756 > color sel #8e5fcbff
    7757 
    7758 > color sel #8957cbff
    7759 
    7760 [Repeated 2 time(s)]
    7761 
    7762 > color sel #8a58cbff
    7763 
    7764 > color sel #b8a9cbff
    7765 
    7766 > color sel #bbafcbff
    7767 
    7768 > color sel #beb2ceff
    7769 
    7770 > color sel #bfb3cfff
    7771 
    7772 > color sel #d8caeaff
    7773 
    7774 > color sel #ebdcffff
    7775 
    7776 > color sel #eadbfeff
    7777 
    7778 Drag select of 13 residues 
    7779 
    7780 > select up
    7781 
    7782 19270 atoms, 20860 bonds, 600 residues, 10 models selected 
    7783 
    7784 > color sel #eadafeff
    7785 
    7786 > color sel #913efeff
    7787 
    7788 [Repeated 1 time(s)]
    7789 
    7790 > color sel #a765feff
    7791 
    7792 > color sel #ba86feff
    7793 
    7794 > color sel #e9d9feff
    7795 
    7796 [Repeated 1 time(s)]
    7797 
    7798 > color sel #d8c9ebff
    7799 
    7800 > color sel #d7c8eaff
    7801 
    7802 > color sel #b6aac7ff
    7803 
    7804 > color sel #978da5ff
    7805 
    7806 > select clear
    7807 
    7808 > save /Users/pcarlton/Desktop/dsb123113compare-dsb3too.cxs
    7809 
    7810 Drag select of 130 residues 
    7811 
    7812 > select up
    7813 
    7814 5930 atoms, 6000 bonds, 355 residues, 5 models selected 
    7815 
    7816 > sequence align /E
    7817 
    7818 Alignment identifier is 1 
    7819 Showing conservation header ("seq_conservation" residue attribute) for
    7820 alignment 1 
    7821 Webservices job id: BIJWTU46SZJI6Y2G 
    7822 Webservices job finished: BIJWTU46SZJI6Y2G 
    7823 
    7824 > select clear
    7825 
    7826 Drag select of 156 residues 
    7827 Drag select of 52 residues 
    7828 
    7829 > sequence chain #1/D#2/D#3/D#4/D
    7830 
    7831 Alignment identifier is 2 
    7832 
    7833 > sequence align #12-21/E
    7834 
    7835 Alignment identifier is 2 
    7836 Showing conservation header ("seq_conservation" residue attribute) for
    7837 alignment 2 
    7838 Webservices job id: L8GAYRGEI6XSS64S 
    7839 Webservices job finished: L8GAYRGEI6XSS64S 
    7840 
    7841 > sequence header 2 rmsd show
    7842 
    7843 Chains used in RMSD evaluation for alignment 2:
    7844 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
    7845 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
    7846 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
    7847 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
    7848 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
    7849 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
    7850 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
    7851 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
    7852 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
    7853 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E 
    7854 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    7855 
    7856 > sequence header 2 consensus show
    7857 
    7858 Showing consensus header ("seq_consensus" residue attribute) for alignment 2 
    7859 
    7860 > sequence header 2 conservation hide
    7861 
    7862 Hiding conservation header for alignment 2 
    7863 
    7864 > sequence header 2 consensus hide
    7865 
    7866 Hiding consensus header for alignment 2 
    7867 
    7868 > select #5/J:1
    7869 
    7870 33 atoms, 34 bonds, 1 residue, 1 model selected 
    7871 
    7872 > cofr sel
    7873 
    7874 > select #5/J:30
    7875 
    7876 32 atoms, 34 bonds, 1 residue, 1 model selected 
    7877 
    7878 > cofr sel
    7879 
    7880 > select clear
    7881 
    7882 > movie record
    7883 
    7884 > turn y 2 180
    7885 
    7886 > wait 180
    7887 
    7888 > movie encode /Users/pcarlton/Desktop/movie11.mp4
    7889 
    7890 Movie saved to /Users/pcarlton/Desktop/movie11.mp4 
    7891  
    7892 Drag select of 132 residues 
    7893 
    7894 > color sel blue
    7895 
    7896 > mmaker #7/A to #1/B
    7897 
    7898 Parameters 
    7899 --- 
    7900 Chain pairing | bb 
    7901 Alignment algorithm | Needleman-Wunsch 
    7902 Similarity matrix | BLOSUM-62 
    7903 SS fraction | 0.3 
    7904 Gap open (HH/SS/other) | 18/18/6 
    7905 Gap extend | 1 
    7906 SS matrix |  |  | H | S | O 
    7907 ---|---|---|--- 
    7908 H | 6 | -9 | -6 
    7909 S |  | 6 | -6 
    7910 O |  |  | 4 
    7911 Iteration cutoff | 2 
    7912  
    7913 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
    7914 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
    7915 (#7), sequence alignment score = 1977.4 
    7916 RMSD between 328 pruned atom pairs is 0.499 angstroms; (across all 425 pairs:
    7917 15.128) 
    7918  
    7919 
    7920 > mmaker #10/A to #1/B
    7921 
    7922 Parameters 
    7923 --- 
    7924 Chain pairing | bb 
    7925 Alignment algorithm | Needleman-Wunsch 
    7926 Similarity matrix | BLOSUM-62 
    7927 SS fraction | 0.3 
    7928 Gap open (HH/SS/other) | 18/18/6 
    7929 Gap extend | 1 
    7930 SS matrix |  |  | H | S | O 
    7931 ---|---|---|--- 
    7932 H | 6 | -9 | -6 
    7933 S |  | 6 | -6 
    7934 O |  |  | 4 
    7935 Iteration cutoff | 2 
    7936  
    7937 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
    7938 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
    7939 (#10), sequence alignment score = 2024.8 
    7940 RMSD between 323 pruned atom pairs is 0.379 angstroms; (across all 425 pairs:
    7941 31.724) 
    7942  
    7943 
    7944 > mmaker #9/A to #1/B
    7945 
    7946 Parameters 
    7947 --- 
    7948 Chain pairing | bb 
    7949 Alignment algorithm | Needleman-Wunsch 
    7950 Similarity matrix | BLOSUM-62 
    7951 SS fraction | 0.3 
    7952 Gap open (HH/SS/other) | 18/18/6 
    7953 Gap extend | 1 
    7954 SS matrix |  |  | H | S | O 
    7955 ---|---|---|--- 
    7956 H | 6 | -9 | -6 
    7957 S |  | 6 | -6 
    7958 O |  |  | 4 
    7959 Iteration cutoff | 2 
    7960  
    7961 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
    7962 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
    7963 (#9), sequence alignment score = 2005 
    7964 RMSD between 329 pruned atom pairs is 0.478 angstroms; (across all 425 pairs:
    7965 38.160) 
    7966  
    7967 
    7968 > mmaker #8/A to #1/B
    7969 
    7970 Parameters 
    7971 --- 
    7972 Chain pairing | bb 
    7973 Alignment algorithm | Needleman-Wunsch 
    7974 Similarity matrix | BLOSUM-62 
    7975 SS fraction | 0.3 
    7976 Gap open (HH/SS/other) | 18/18/6 
    7977 Gap extend | 1 
    7978 SS matrix |  |  | H | S | O 
    7979 ---|---|---|--- 
    7980 H | 6 | -9 | -6 
    7981 S |  | 6 | -6 
    7982 O |  |  | 4 
    7983 Iteration cutoff | 2 
    7984  
    7985 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
    7986 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
    7987 (#8), sequence alignment score = 2013.4 
    7988 RMSD between 328 pruned atom pairs is 0.509 angstroms; (across all 425 pairs:
    7989 22.576) 
    7990  
    7991 
    7992 > mmaker #11/A to #1/B
    7993 
    7994 Parameters 
    7995 --- 
    7996 Chain pairing | bb 
    7997 Alignment algorithm | Needleman-Wunsch 
    7998 Similarity matrix | BLOSUM-62 
    7999 SS fraction | 0.3 
    8000 Gap open (HH/SS/other) | 18/18/6 
    8001 Gap extend | 1 
    8002 SS matrix |  |  | H | S | O 
    8003 ---|---|---|--- 
    8004 H | 6 | -9 | -6 
    8005 S |  | 6 | -6 
    8006 O |  |  | 4 
    8007 Iteration cutoff | 2 
    8008  
    8009 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
    8010 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain A
    8011 (#11), sequence alignment score = 2050.6 
    8012 RMSD between 330 pruned atom pairs is 0.639 angstroms; (across all 425 pairs:
    8013 35.679) 
    8014  
    8015 
    8016 > select #1-11/D:1-105
    8017 
    8018 16985 atoms, 17135 bonds, 1050 residues, 10 models selected 
    8019 
    8020 > select #1-11/D:1-106
    8021 
    8022 17175 atoms, 17325 bonds, 1060 residues, 10 models selected 
    8023 
    8024 > show sel cartoons
    8025 
    8026 > select clear
    8027 
    8028 > select add #9/D:40
    8029 
    8030 11 atoms, 10 bonds, 1 residue, 1 model selected 
    8031 
    8032 > select add #8/D:11
    8033 
    8034 32 atoms, 31 bonds, 2 residues, 2 models selected 
    8035 
    8036 > select add #11/D:12
    8037 
    8038 53 atoms, 52 bonds, 3 residues, 3 models selected 
    8039 
    8040 > select #8,9,11/D
    8041 
    8042 13221 atoms, 13353 bonds, 840 residues, 3 models selected 
    8043 
    8044 > hide sel cartoons
    8045 
    8046 > select clear
    8047 
    8048 > select /E
    8049 
    8050 113388 atoms, 114348 bonds, 6900 residues, 20 models selected 
    8051 
    8052 > color sel orange
    8053 
    8054 > select clear
    8055 
    8056 > save /Users/pcarlton/Desktop/dsb123113compare-dsb3too.cxs
    8057 
    8058 > select /A,B
    8059 
    8060 273678 atoms, 276278 bonds, 103 pseudobonds, 17000 residues, 21 models
    8061 selected 
    8062 
    8063 > color (#!1-5,7-21 & sel) #ff9797ff
    8064 
    8065 [Repeated 1 time(s)]
    8066 
    8067 > select clear
    8068 
    8069 > select #5/D:27
    8070 
    8071 19 atoms, 18 bonds, 1 residue, 1 model selected 
    8072 
    8073 > select #5,8,9,11/D
    8074 
    8075 17628 atoms, 17804 bonds, 1120 residues, 4 models selected 
    8076 
    8077 > hide sel cartoons
    8078 
    8079 > select clear
    8080 
    8081 > sequence header 1 conservation hide
    8082 
    8083 Hiding conservation header for alignment 1 
    8084 
    8085 > sequence header 1 rmsd show
    8086 
    8087 Chains used in RMSD evaluation for alignment 1:
    8088 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
    8089 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
    8090 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
    8091 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
    8092 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
    8093 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
    8094 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
    8095 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
    8096 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
    8097 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E,
    8098 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
    8099 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
    8100 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
    8101 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
    8102 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
    8103 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
    8104 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
    8105 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
    8106 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
    8107 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E 
    8108 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    8109 
    8110 > select #1/E:162-163 #2/E:162-163
    8111 
    8112 78 atoms, 80 bonds, 4 residues, 2 models selected 
    8113 
    8114 > select #1/E:162-241 #2/E:162-241 #3/E:162-241 #4/E:162-241 #5/E:162-241
    8115 > #7/E:162-241 #8/E:162-241 #9/E:162-241 #10/E:162-241 #11/E:162-241
    8116 > #12/E:162-241 #13/E:162-241 #14/E:162-241 #15/E:162-241 #16/E:162-241
    8117 > #17/E:162-241 #18/E:162-241 #19/E:162-241 #20/E:162-241 #21/E:162-241
    8118 
    8119 25240 atoms, 25460 bonds, 1600 residues, 20 models selected 
    8120 Clustal Omega Alignment [ID: 1] region chain E..chain E [162-241] RMSD: 1.313 
    8121  
    8122 
    8123 > select clear
    8124 
    8125 [Repeated 1 time(s)]
    8126 
    8127 > select #1/E:162 #2/E:162
    8128 
    8129 48 atoms, 50 bonds, 2 residues, 2 models selected 
    8130 
    8131 > select #1/E:162 #2/E:162 #3/E:162 #4/E:162 #5/E:162 #7/E:162 #8/E:162
    8132 > #9/E:162 #10/E:162 #11/E:162 #12/E:162 #13/E:162 #14/E:162 #15/E:162
    8133 > #16/E:162 #17/E:162 #18/E:162 #19/E:162 #20/E:162 #21/E:162
    8134 
    8135 480 atoms, 500 bonds, 20 residues, 20 models selected 
    8136 Clustal Omega Alignment [ID: 1] region chain E..chain E [162] RMSD: 1.332 
    8137  
    8138 Drag select of 698 residues 
    8139 
    8140 > select clear
    8141 
    8142 > select #1/E:342
    8143 
    8144 24 atoms, 23 bonds, 1 residue, 1 model selected 
    8145 
    8146 > select #1/E:342-345 #2/E:342-345 #3/E:342-345 #4/E:342-345 #5/E:342-345
    8147 > #7/E:342-345 #8/E:342-345 #9/E:342-345 #10/E:342-345 #11/E:342-345
    8148 > #12/E:342-345 #13/E:342-345 #14/E:342-345 #15/E:342-345 #16/E:342-345
    8149 > #17/E:342-345 #18/E:342-345 #19/E:342-345 #20/E:342-345 #21/E:342-345
    8150 
    8151 1419 atoms, 1419 bonds, 80 residues, 20 models selected 
    8152 Clustal Omega Alignment [ID: 1] region chain E..chain E [342-345] RMSD: 2.318 
    8153  
    8154 
    8155 > select clear
    8156 
    8157 > select /E:158-345
    8158 
    8159 61799 atoms, 62459 bonds, 3760 residues, 20 models selected 
    8160 
    8161 > contacts sel interModel false intraMol false select true saveFile true
    8162 
    8163 3309 contacts 
    8164 
    8165 > select /A,B:166,170,172,174,176,192,193,246
    8166 
    8167 5640 atoms, 5360 bonds, 320 residues, 20 models selected 
    8168 
    8169 > color sel hot pink
    8170 
    8171 > contacts sel interModel false intraMol false select true saveFile spoDSB3
    8172 
    8173 2139 contacts 
    8174 
    8175 > sequence chain
    8176 > #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B#7/A,B#8/A,B#9/A,B#10/A,B#11/A,B#12/A,B#13/A,B#14/A,B#15/A,B#16/A,B#17/A,B#18/A,B#19/A,B#20/A,B#21/A,B
    8177 
    8178 Alignment identifier is 3 
    8179 
    8180 > sequence chain
    8181 > #1/E#2/E#3/E#4/E#5/E#7/E#8/E#9/E#10/E#11/E#12/E#13/E#14/E#15/E#16/E#17/E#18/E#19/E#20/E#21/E
    8182 
    8183 Alignment identifier is 4 
    8184 
    8185 > sequence chain #8/C
    8186 
    8187 Alignment identifier is 8/C 
    8188 
    8189 > sequence chain #8/D
    8190 
    8191 Alignment identifier is 8/D 
    8192 
    8193 > select up
    8194 
    8195 10967 atoms, 10507 bonds, 643 residues, 21 models selected 
    8196 
    8197 > select down
    8198 
    8199 2289 atoms, 643 residues, 21 models selected 
    8200 
    8201 > select #1/E:267
    8202 
    8203 24 atoms, 25 bonds, 1 residue, 1 model selected 
    8204 
    8205 > select #1/E:267-270 #2/E:267-270 #3/E:267-270 #4/E:267-270 #5/E:267-270
    8206 > #7/E:267-270 #8/E:267-270 #9/E:267-270 #10/E:267-270 #11/E:267-270
    8207 > #12/E:267-270 #13/E:267-270 #14/E:267-270 #15/E:267-270 #16/E:267-270
    8208 > #17/E:267-270 #18/E:267-270 #19/E:267-270 #20/E:267-270 #21/E:267-270
    8209 
    8210 1480 atoms, 1500 bonds, 80 residues, 20 models selected 
    8211 Clustal Omega Alignment [ID: 1] region chain E..chain E [267-270] RMSD: 1.401 
    8212  
    8213 
    8214 > contacts sel interModel false intraMol false select true log true
    8215    
    8216    
    8217     Allowed overlap: -0.4
    8218     H-bond overlap reduction: 0.4
    8219     Ignore contacts between atoms separated by 4 bonds or less
    8220     Detect intra-residue contacts: False
    8221     Detect intra-molecule contacts: False
    8222    
    8223     32 contacts
    8224                                         atom1                                                                          atom2                                      overlap  distance
    8225     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CZ       0.019    3.381
    8226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 CG2     0.010    3.390
    8227     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 CG2     -0.047    2.747
    8228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 CB       -0.047    3.447
    8229     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 CB       -0.073    2.773
    8230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 CB      -0.085    3.485
    8231     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CE2      -0.098    3.498
    8232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 CB      -0.102    2.802
    8233     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG21    -0.115    2.815
    8234     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CE2      -0.126    2.826
    8235     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 382 CD1      -0.215    2.915
    8236     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HB3      -0.232    2.932
    8237     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 HB3     -0.249    2.949
    8238     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 CD1    -0.262    3.662
    8239     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CZ       -0.263    2.963
    8240     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 269 HE21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 OE1     -0.264    2.344
    8241     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HG21   -0.265    2.265
    8242     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 382 HD13     -0.286    2.286
    8243     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HD13   -0.294    2.294
    8244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 CD1    -0.303    3.003
    8245     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CE1      -0.315    3.715
    8246     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HB3      -0.322    2.322
    8247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 HG12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 27 OD2     -0.323    2.803
    8248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 HB3     -0.329    2.329
    8249     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HD13  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HD13   -0.331    2.331
    8250     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CD2      -0.332    3.032
    8251     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG23    -0.332    2.332
    8252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG12    -0.344    2.344
    8253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HD13   -0.377    3.077
    8254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG21    -0.386    2.386
    8255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG23    -0.391    3.091
    8256     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HB2      -0.398    2.398
    8257    
    8258 
    8259  
    8260 32 contacts 
    8261 
    8262 > select clear
    8263 
    8264 > select /E
    8265 
    8266 113388 atoms, 114348 bonds, 6900 residues, 20 models selected 
    8267 
    8268 > select clear
    8269 
    8270 > select #1/E:259
    8271 
    8272 24 atoms, 25 bonds, 1 residue, 1 model selected 
    8273 
    8274 > select #1/E:259 #2/E:259 #3/E:259 #4/E:259 #5/E:259 #7/E:259 #8/E:259
    8275 > #9/E:259 #10/E:259 #11/E:259 #12/E:259 #13/E:259 #14/E:259 #15/E:259
    8276 > #16/E:259 #17/E:259 #18/E:259 #19/E:259 #20/E:259 #21/E:259
    8277 
    8278 480 atoms, 500 bonds, 20 residues, 20 models selected 
    8279 Clustal Omega Alignment [ID: 1] region chain E..chain E [259] RMSD: 1.689 
    8280  
    8281 
    8282 > show sel atoms
    8283 
    8284 > hide sel atoms
    8285 
    8286 > select #1/E:82 #2/E:82
    8287 
    8288 48 atoms, 46 bonds, 2 residues, 2 models selected 
    8289 
    8290 > select #1/E:82-86 #2/E:82-86 #3/E:82-86 #4/E:82-86 #5/E:82-86 #7/E:82-86
    8291 > #8/E:82-86 #9/E:82-86 #10/E:82-86 #11/E:82-86 #12/E:82-86 #13/E:82-86
    8292 > #14/E:82-86 #15/E:82-86 #16/E:82-86 #17/E:82-86 #18/E:82-86 #19/E:82-86
    8293 > #20/E:82-86 #21/E:82-86
    8294 
    8295 1734 atoms, 1714 bonds, 100 residues, 20 models selected 
    8296 Clustal Omega Alignment [ID: 1] region chain E..chain E [82-86] RMSD: 96.339 
    8297  
    8298 
    8299 > show sel atoms
    8300 
    8301 > style sel ball
    8302 
    8303 Changed 1734 atom styles 
    8304 
    8305 > contacts sel interModel false intraMol false select true log true
    8306    
    8307    
    8308     Allowed overlap: -0.4
    8309     H-bond overlap reduction: 0.4
    8310     Ignore contacts between atoms separated by 4 bonds or less
    8311     Detect intra-residue contacts: False
    8312     Detect intra-molecule contacts: False
    8313    
    8314     428 contacts
    8315                                        atom1                                                                          atom2                                      overlap  distance
    8316     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CD2    0.276    3.049
    8317     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N         0.265    2.985
    8318     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C THR 303 C       0.212    3.128
    8319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O         0.209    2.751
    8320     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 N      0.204    3.046
    8321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 CZ      0.198    3.127
    8322     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 C      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       0.195    2.985
    8323     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      0.191    3.134
    8324     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         0.179    3.001
    8325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HD2       0.157    2.323
    8326     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH2     0.155    2.470
    8327     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CD     0.140    2.560
    8328     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 304 C       0.131    3.209
    8329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         0.127    3.053
    8330     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 N      0.124    2.501
    8331     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       0.122    3.058
    8332     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        0.103    3.077
    8333     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CG     0.097    3.228
    8334     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 HZ      0.091    2.534
    8335     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 CG      0.067    3.113
    8336     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 HB       0.062    2.578
    8337     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     0.057    3.425
    8338     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 308 CG1     0.051    3.431
    8339     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         0.050    2.430
    8340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     0.048    3.132
    8341     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 CD1     0.048    3.352
    8342     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 CD      0.047    3.435
    8343     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 C       0.046    3.279
    8344     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CE2     0.045    3.437
    8345     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 CB     0.042    3.358
    8346     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 OE1     0.042    3.138
    8347     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 HZ      0.040    2.585
    8348     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 HA3     0.034    2.446
    8349     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     0.031    3.369
    8350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 CG1    0.029    3.453
    8351     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 H      0.021    1.979
    8352     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       0.017    2.463
    8353     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD        0.017    3.308
    8354     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A TYR 269 CE1     0.015    3.467
    8355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CB       0.013    3.387
    8356     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 CD     0.011    3.314
    8357     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 304 N       0.006    3.259
    8358     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CD2     0.004    3.478
    8359     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 C       0.002    2.698
    8360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HG2    0.002    2.623
    8361     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 O       -0.006    2.486
    8362     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD2     -0.007    3.187
    8363     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.018    2.723
    8364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CD2       -0.022    3.202
    8365     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N         -0.024    2.649
    8366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 HA     -0.026    2.651
    8367     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 C       -0.027    3.427
    8368     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 CG1      -0.027    3.352
    8369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1       -0.028    3.278
    8370     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     -0.029    3.209
    8371     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.031    2.813
    8372     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.040    2.520
    8373     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       -0.041    3.221
    8374     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.042    3.367
    8375     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA        -0.043    3.368
    8376     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG1     -0.044    3.444
    8377     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH22    -0.044    2.044
    8378     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     -0.046    2.746
    8379     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CG     -0.046    2.746
    8380     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 HD3     -0.048    2.673
    8381     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 CA      -0.048    3.373
    8382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 CA     -0.049    3.374
    8383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 HG2      -0.049    2.674
    8384     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG2     -0.053    2.753
    8385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 H      -0.053    2.678
    8386     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.054    3.014
    8387     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     -0.055    2.755
    8388     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11      -0.055    2.680
    8389     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 HA      -0.055    2.680
    8390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 HG12     -0.055    2.680
    8391     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 CD      -0.057    3.457
    8392     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 CG      -0.058    3.383
    8393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CB     -0.058    2.758
    8394     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.058    2.538
    8395     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CD     -0.058    3.383
    8396     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CZ      -0.063    3.545
    8397     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CB     -0.067    3.392
    8398     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.069    2.769
    8399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E CYS 83 SG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D LEU 250 CD1      -0.069    3.551
    8400     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.071    2.696
    8401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     -0.071    2.551
    8402     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 HA      -0.071    2.853
    8403     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH2     -0.073    3.323
    8404     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH1     -0.073    3.323
    8405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CA       -0.076    3.476
    8406     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 C       -0.077    3.559
    8407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 HB2    -0.078    2.778
    8408     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.081    3.481
    8409     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         -0.084    2.664
    8410     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.084    3.484
    8411     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 HB3    -0.084    2.709
    8412     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 C       -0.085    2.785
    8413     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 304 O       -0.086    2.806
    8414     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2       -0.087    3.337
    8415     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C TYR 321 OH      -0.088    2.588
    8416     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 CZ      -0.091    3.416
    8417     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG11    -0.098    2.578
    8418     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1       -0.098    2.798
    8419     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 C       -0.100    2.800
    8420     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HG1     -0.102    2.102
    8421     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 C      -0.105    3.430
    8422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 CD        -0.106    3.286
    8423     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HA       -0.106    2.806
    8424     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD2     -0.108    3.288
    8425     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HG1     -0.110    2.735
    8426     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG1     -0.111    2.811
    8427     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       -0.112    2.817
    8428     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 HE2     -0.113    2.813
    8429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O         -0.114    3.294
    8430     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.114    3.514
    8431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 HZ     -0.115    2.815
    8432     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH1     -0.116    2.741
    8433     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HE2     -0.116    2.596
    8434     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 CG2    -0.118    2.818
    8435     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HB      -0.120    2.120
    8436     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA        -0.121    2.821
    8437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HA     -0.123    2.748
    8438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.128    3.308
    8439     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 HD3       -0.128    2.608
    8440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HB2      -0.129    2.829
    8441     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG11    -0.130    2.130
    8442     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 HE1     -0.131    2.831
    8443     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 CZ      -0.131    2.831
    8444     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 308 HG11    -0.131    2.913
    8445     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.133    2.833
    8446     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CE     -0.134    2.834
    8447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2       -0.134    3.459
    8448     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.135    2.840
    8449     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 HB3    -0.136    2.136
    8450     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG22    -0.138    2.138
    8451     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 CB     -0.138    2.838
    8452     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 CD      -0.139    2.839
    8453     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 CD1     -0.139    2.839
    8454     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HG3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.140    2.840
    8455     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HG3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.141    2.841
    8456     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C THR 303 CA      -0.142    3.482
    8457     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 O       -0.142    2.847
    8458     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 HD3     -0.143    2.143
    8459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CB     -0.144    3.469
    8460     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 HG13   -0.145    2.927
    8461     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 HE1     -0.146    2.146
    8462     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H         -0.149    2.774
    8463     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CG      -0.149    3.631
    8464     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 CE1     -0.150    2.850
    8465     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 O         -0.153    3.113
    8466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O         -0.158    2.863
    8467     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 CE2     -0.159    3.559
    8468     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 HA     -0.160    2.160
    8469     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 HD2     -0.162    2.862
    8470     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.162    2.862
    8471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 HE3    -0.164    2.864
    8472     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CE2    -0.165    2.865
    8473     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.166    2.866
    8474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CA     -0.167    3.492
    8475     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 HE2    -0.169    2.869
    8476     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 HG2     -0.170    2.795
    8477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CD     -0.171    3.496
    8478     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.172    3.352
    8479     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 C         -0.174    3.499
    8480     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     -0.175    3.500
    8481     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CG     -0.175    3.500
    8482     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 CD2     -0.177    2.877
    8483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 HA       -0.178    2.803
    8484     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D THR 296 O       -0.179    2.884
    8485     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 CA      -0.179    2.879
    8486     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CD2    -0.179    2.879
    8487     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 CA      -0.179    3.661
    8488     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CE2    -0.180    3.505
    8489     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 HG12     -0.181    2.881
    8490     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HB      -0.183    2.808
    8491     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 OE1     -0.185    2.665
    8492     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 C       -0.186    2.886
    8493     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.186    3.586
    8494     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E CYS 83 SG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D LEU 250 HD11     -0.191    2.973
    8495     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 CZ      -0.192    2.892
    8496     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11      -0.193    2.193
    8497     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.194    3.374
    8498     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.194    2.894
    8499     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.194    2.194
    8500     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 HD11    -0.194    2.894
    8501     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 CB       -0.196    3.536
    8502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 CG1      -0.198    2.898
    8503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 CD     -0.199    2.899
    8504     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 HE2     -0.199    2.199
    8505     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CD2     -0.202    2.902
    8506     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 CA      -0.204    3.384
    8507     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CE1     -0.205    3.687
    8508     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 HG2     -0.205    2.205
    8509     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 O       -0.206    3.386
    8510     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E CYS 83 SG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B GLN 326 O       -0.206    3.068
    8511     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N         -0.207    2.832
    8512     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 HD3    -0.209    2.834
    8513     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 N       -0.209    2.834
    8514     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.209    3.609
    8515     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 84 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 302 NE2    -0.209    3.534
    8516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CZ     -0.210    2.910
    8517     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 HD2     -0.215    2.215
    8518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 HG21   -0.217    2.217
    8519     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     -0.218    3.618
    8520     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.223    2.703
    8521     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 H        -0.223    2.848
    8522     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 84 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 302 HE21   -0.225    2.925
    8523     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 SD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 HE2    -0.228    3.010
    8524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 327 OG      -0.229    3.429
    8525     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH21   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 HA      -0.230    2.230
    8526     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG        -0.230    3.555
    8527     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 HG12     -0.230    2.930
    8528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 CA     -0.232    2.932
    8529     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CB      -0.232    2.932
    8530     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CG     -0.233    2.933
    8531     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG        -0.234    3.559
    8532     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.235    3.415
    8533     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 CE      -0.235    3.415
    8534     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLN 379 CD       -0.236    3.576
    8535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA        -0.236    2.236
    8536     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 OE2     -0.238    3.418
    8537     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 CG1      -0.238    3.638
    8538     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 CE2     -0.238    2.938
    8539     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HG3     -0.240    2.720
    8540     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C GLN 302 C       -0.241    3.566
    8541     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CD     -0.242    2.942
    8542     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 HE2    -0.242    2.242
    8543     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 SD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D THR 254 CG2      -0.243    3.725
    8544     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CD1     -0.243    3.725
    8545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2       -0.243    2.323
    8546     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HG21    -0.246    2.946
    8547     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 CE1     -0.246    3.646
    8548     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 HE2     -0.246    2.946
    8549     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 CB      -0.247    2.947
    8550     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 C       -0.248    3.648
    8551     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 O       -0.248    2.328
    8552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CE2    -0.249    3.649
    8553     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HG21    -0.249    2.949
    8554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.250    3.430
    8555     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 SD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 321 CE1    -0.250    3.732
    8556     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 CD2     -0.253    3.653
    8557     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.254    2.334
    8558     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 C      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 HA3     -0.254    2.954
    8559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 CG2    -0.255    3.737
    8560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HA     -0.256    2.956
    8561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 HD3    -0.256    2.256
    8562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        -0.256    3.436
    8563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 CZ      -0.257    2.957
    8564     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 CZ      -0.257    3.582
    8565     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O         -0.257    2.337
    8566     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CG     -0.258    3.583
    8567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA        -0.259    2.959
    8568     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 O       -0.262    2.342
    8569     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG2     -0.263    3.663
    8570     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 CD      -0.264    3.589
    8571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 CG2    -0.265    3.590
    8572     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH12    -0.267    2.892
    8573     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG11    -0.268    2.968
    8574     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH22    -0.268    2.893
    8575     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.270    3.450
    8576     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HA      -0.271    2.271
    8577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 HG21   -0.271    2.896
    8578     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 CG       -0.272    3.597
    8579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HA       -0.272    2.272
    8580     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 HG21   -0.273    2.273
    8581     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     -0.274    2.979
    8582     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG2     -0.275    2.975
    8583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 SG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 CD        -0.276    3.758
    8584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 HG22   -0.277    3.059
    8585     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.278    2.358
    8586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 HG22   -0.279    2.279
    8587     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 CD      -0.280    2.980
    8588     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.282    3.682
    8589     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HB2       -0.282    2.762
    8590     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 HE2     -0.283    2.983
    8591     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 HE3    -0.284    2.284
    8592     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HD23    -0.284    3.066
    8593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD        -0.289    3.614
    8594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 HB       -0.290    2.990
    8595     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.291    2.771
    8596     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.293    2.293
    8597     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 HG2      -0.293    2.293
    8598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD2     -0.294    2.999
    8599     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 HD2    -0.298    2.923
    8600     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 CE2     -0.298    2.998
    8601     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E MET 85 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         -0.299    2.379
    8602     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.299    2.999
    8603     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HB      -0.299    2.299
    8604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HE2     -0.301    3.001
    8605     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 C      -0.301    3.626
    8606     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3       -0.301    2.926
    8607     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CZ     -0.302    3.702
    8608     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        -0.302    3.007
    8609     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D THR 254 HG22     -0.302    2.302
    8610     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1       -0.302    2.927
    8611     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 CE2     -0.303    3.703
    8612     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.304    3.484
    8613     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.304    2.784
    8614     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.306    2.931
    8615     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 CE2     -0.306    3.706
    8616     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 HG12     -0.307    2.307
    8617     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 CD1     -0.308    3.008
    8618     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CB       -0.309    3.009
    8619     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.309    3.009
    8620     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E SER 84 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C TYR 321 OH      -0.312    3.512
    8621     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 C         -0.313    3.638
    8622     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 H        -0.313    2.313
    8623     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG22    -0.313    2.313
    8624     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 C      -0.315    3.015
    8625     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.315    2.940
    8626     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 CG2    -0.316    3.641
    8627     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HG2     -0.316    2.796
    8628     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 CB      -0.318    3.643
    8629     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 N       -0.321    3.646
    8630     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.323    3.723
    8631     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.323    3.723
    8632     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CA       -0.323    3.023
    8633     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 HD2    -0.324    2.949
    8634     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HG13      -0.324    2.324
    8635     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG22    -0.324    3.024
    8636     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 327 HG      -0.324    3.024
    8637     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HG21    -0.325    2.325
    8638     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH21   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 CA      -0.325    3.025
    8639     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 HB       -0.325    2.950
    8640     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A TYR 269 CZ      -0.328    3.810
    8641     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.329    3.729
    8642     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 HZ      -0.330    2.330
    8643     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CG     -0.331    3.031
    8644     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG11    -0.331    2.331
    8645     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HG3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.332    2.332
    8646     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C THR 303 N       -0.333    3.598
    8647     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.333    3.513
    8648     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLN 379 CD       -0.333    3.673
    8649     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CD2    -0.333    3.733
    8650     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 C       -0.335    3.035
    8651     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 N      -0.336    2.961
    8652     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HG2    -0.337    2.337
    8653     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.337    3.517
    8654     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CE     -0.337    3.737
    8655     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CE     -0.339    3.739
    8656     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 HA      -0.339    2.339
    8657     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 O       -0.340    3.202
    8658     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 HE2    -0.341    2.341
    8659     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 308 HG13    -0.342    3.124
    8660     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2       -0.343    3.048
    8661     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG21    -0.343    2.343
    8662     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CA       -0.346    3.046
    8663     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG13    -0.346    2.346
    8664     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 CB     -0.346    3.046
    8665     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.350    2.830
    8666     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3       -0.350    2.350
    8667     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 CG      -0.351    3.051
    8668     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CD2     -0.351    3.751
    8669     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 CA      -0.351    3.051
    8670     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG22    -0.351    2.976
    8671     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HD23    -0.351    2.351
    8672     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG13    -0.353    3.053
    8673     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HB2      -0.353    2.353
    8674     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 HG2       -0.354    2.354
    8675     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLN 379 OE1      -0.354    3.074
    8676     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 O       -0.354    3.059
    8677     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.354    3.054
    8678     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 HG21   -0.354    3.054
    8679     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD2     -0.355    3.060
    8680     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C TYR 321 HH      -0.355    2.355
    8681     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 CA        -0.356    3.681
    8682     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D THR 254 HG22     -0.356    3.056
    8683     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D THR 296 O       -0.356    2.436
    8684     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 O       -0.356    2.436
    8685     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 HD11    -0.359    2.359
    8686     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 HE2     -0.359    2.359
    8687     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 HG11   -0.359    3.141
    8688     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.361    3.061
    8689     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH12    -0.361    2.361
    8690     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG11    -0.362    2.987
    8691     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 HB3    -0.363    3.063
    8692     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.363    3.063
    8693     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG13      -0.365    2.365
    8694     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.365    2.365
    8695     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1       -0.365    3.765
    8696     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 N        -0.366    3.616
    8697     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 C       -0.367    3.067
    8698     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 HB3    -0.367    2.367
    8699     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 OE1     -0.367    2.847
    8700     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG2     -0.368    3.768
    8701     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 HG22     -0.368    2.368
    8702     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.369    3.694
    8703     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 HZ      -0.369    3.069
    8704     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD        -0.369    3.069
    8705     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D THR 296 O       -0.370    3.550
    8706     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CZ     -0.371    3.771
    8707     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 HD13    -0.372    3.072
    8708     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 SD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 CE2    -0.373    3.855
    8709     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     -0.375    3.775
    8710     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.375    2.375
    8711     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 CZ      -0.376    3.776
    8712     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD        -0.376    3.776
    8713     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HA      -0.376    3.158
    8714     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 OE2     -0.377    3.239
    8715     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     -0.377    3.077
    8716     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 CG      -0.378    3.703
    8717     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A TYR 269 OH      -0.380    2.880
    8718     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 CE2    -0.381    3.781
    8719     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CA      -0.382    3.082
    8720     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HA     -0.382    3.007
    8721     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.385    3.085
    8722     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG2     -0.386    3.786
    8723     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         -0.386    2.866
    8724     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG11    -0.387    2.387
    8725     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 CG      -0.388    3.788
    8726     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 SD     -0.388    3.552
    8727     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 HA      -0.389    3.089
    8728     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        -0.389    2.869
    8729     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 O         -0.389    3.094
    8730     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 CE2     -0.390    3.090
    8731     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 CA       -0.390    3.715
    8732     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C LYS 330 HZ1     -0.390    3.015
    8733     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD        -0.392    3.092
    8734     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.393    2.873
    8735     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 312 CD2    -0.393    3.093
    8736     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG1     -0.394    3.794
    8737     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 CB     -0.394    3.719
    8738     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD2     -0.394    3.574
    8739     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E CYS 83 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B GLN 326 HG2     -0.394    2.394
    8740     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 O       -0.396    3.576
    8741     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 HG2    -0.397    2.397
    8742     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CB       -0.398    3.098
    8743     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H         -0.399    2.399
    8744    
    8745 
    8746  
    8747 428 contacts 
    8748 
    8749 > select up
    8750 
    8751 1892 atoms, 1845 bonds, 109 residues, 14 models selected 
    8752 
    8753 > hide sel cartoons
    8754 
    8755 > hide sel atoms
    8756 
    8757 > select #1/E:82
    8758 
    8759 24 atoms, 23 bonds, 1 residue, 1 model selected 
    8760 
    8761 > select #1/E:82-86 #2/E:82-86 #3/E:82-86 #4/E:82-86 #5/E:82-86 #7/E:82-86
    8762 > #8/E:82-86 #9/E:82-86 #10/E:82-86 #11/E:82-86 #12/E:82-86 #13/E:82-86
    8763 > #14/E:82-86 #15/E:82-86 #16/E:82-86 #17/E:82-86 #18/E:82-86 #19/E:82-86
    8764 > #20/E:82-86 #21/E:82-86
    8765 
    8766 1734 atoms, 1714 bonds, 100 residues, 20 models selected 
    8767 Clustal Omega Alignment [ID: 1] region chain E..chain E [82-86] RMSD: 96.339 
    8768  
    8769 
    8770 > hide sel atoms
    8771 
    8772 > select clear
    8773 
    8774 Drag select of 88 residues 
    8775 
    8776 > select up
    8777 
    8778 2943 atoms, 2953 bonds, 165 residues, 10 models selected 
    8779 
    8780 > select up
    8781 
    8782 68421 atoms, 69071 bonds, 4250 residues, 10 models selected 
    8783 
    8784 > select clear
    8785 
    8786 Drag select of 18 residues 
    8787 
    8788 > select up
    8789 
    8790 2904 atoms, 2899 bonds, 188 residues, 10 models selected 
    8791 
    8792 > select up
    8793 
    8794 68417 atoms, 69067 bonds, 4250 residues, 10 models selected 
    8795 Drag select of 98 residues 
    8796 
    8797 > select up
    8798 
    8799 5203 atoms, 5226 bonds, 317 residues, 10 models selected 
    8800 
    8801 > select up
    8802 
    8803 68421 atoms, 69071 bonds, 4250 residues, 10 models selected 
    8804 
    8805 > select clear
    8806 
    8807 Drag select of 18 residues 
    8808 
    8809 > select up
    8810 
    8811 989 atoms, 983 bonds, 69 residues, 10 models selected 
    8812 
    8813 > select up
    8814 
    8815 68421 atoms, 69071 bonds, 4250 residues, 10 models selected 
    8816 
    8817 > select clear
    8818 
    8819 Drag select of 10 residues 
    8820 [Repeated 1 time(s)]
    8821 
    8822 > select #1/A-B:136-246 #2/A-B:136-246 #3/A-B:136-246 #4/A-B:136-246
    8823 > #5/A-B:136-246 #7/A-B:136-246 #8/A-B:136-246 #9/A-B:136-246 #10/A-B:136-246
    8824 > #11/A-B:136-246 #12/A-B:136-246 #13/A-B:136-246 #14/A-B:136-246
    8825 > #15/A-B:136-246 #16/A-B:136-246 #17/A-B:136-246 #18/A-B:136-246
    8826 > #19/A-B:136-246 #20/A-B:136-246 #21/A-B:136-246
    8827 
    8828 70746 atoms, 71066 bonds, 10 pseudobonds, 4440 residues, 21 models selected 
    8829 
    8830 > select #1/A-B:136-246 #2/A-B:136-246 #3/A-B:136-246 #4/A-B:136-246
    8831 > #5/A-B:136-246 #7/A-B:136-246 #8/A-B:136-246 #9/A-B:136-246 #10/A-B:136-246
    8832 > #11/A-B:136-246 #12/A-B:136-246 #13/A-B:136-246 #14/A-B:136-246
    8833 > #15/A-B:136-246 #16/A-B:136-246 #17/A-B:136-246 #18/A-B:136-246
    8834 > #19/A-B:136-246 #20/A-B:136-246 #21/A-B:136-246
    8835 
    8836 70746 atoms, 71066 bonds, 10 pseudobonds, 4440 residues, 21 models selected 
    8837 3 [ID: 3] region 40 chains [136-246] RMSD: 0.722 
    8838  
    8839 
    8840 > select #1/A-B:248-250 #2/A-B:248-250 #3/A-B:248-250 #4/A-B:248-250
    8841 > #5/A-B:248-250 #7/A-B:248-250 #8/A-B:248-250 #9/A-B:248-250 #10/A-B:248-250
    8842 > #11/A-B:248-250 #12/A-B:248-250 #13/A-B:248-250 #14/A-B:248-250
    8843 > #15/A-B:248-250 #16/A-B:248-250 #17/A-B:248-250 #18/A-B:248-250
    8844 > #19/A-B:248-250 #20/A-B:248-250 #21/A-B:248-250
    8845 
    8846 2120 atoms, 2160 bonds, 120 residues, 20 models selected 
    8847 
    8848 > select #1/A-B:248-250 #2/A-B:248-250 #3/A-B:248-250 #4/A-B:248-250
    8849 > #5/A-B:248-250 #7/A-B:248-250 #8/A-B:248-250 #9/A-B:248-250 #10/A-B:248-250
    8850 > #11/A-B:248-250 #12/A-B:248-250 #13/A-B:248-250 #14/A-B:248-250
    8851 > #15/A-B:248-250 #16/A-B:248-250 #17/A-B:248-250 #18/A-B:248-250
    8852 > #19/A-B:248-250 #20/A-B:248-250 #21/A-B:248-250
    8853 
    8854 2120 atoms, 2160 bonds, 120 residues, 20 models selected 
    8855 3 [ID: 3] region 40 chains [248-250] RMSD: 0.718 
    8856  
    8857 
    8858 > select #1/A-B:247-248 #2/A-B:247-248 #3/A-B:247-248 #4/A-B:247-248
    8859 > #5/A-B:247-248 #7/A-B:247-248 #8/A-B:247-248 #9/A-B:247-248 #10/A-B:247-248
    8860 > #11/A-B:247-248 #12/A-B:247-248 #13/A-B:247-248 #14/A-B:247-248
    8861 > #15/A-B:247-248 #16/A-B:247-248 #17/A-B:247-248 #18/A-B:247-248
    8862 > #19/A-B:247-248 #20/A-B:247-248 #21/A-B:247-248
    8863 
    8864 1680 atoms, 1680 bonds, 80 residues, 20 models selected 
    8865 
    8866 > select #1/A-B:247-248 #2/A-B:247-248 #3/A-B:247-248 #4/A-B:247-248
    8867 > #5/A-B:247-248 #7/A-B:247-248 #8/A-B:247-248 #9/A-B:247-248 #10/A-B:247-248
    8868 > #11/A-B:247-248 #12/A-B:247-248 #13/A-B:247-248 #14/A-B:247-248
    8869 > #15/A-B:247-248 #16/A-B:247-248 #17/A-B:247-248 #18/A-B:247-248
    8870 > #19/A-B:247-248 #20/A-B:247-248 #21/A-B:247-248
    8871 
    8872 1680 atoms, 1680 bonds, 80 residues, 20 models selected 
    8873 3 [ID: 3] region 40 chains [247-248] RMSD: 0.809 
    8874  
    8875 
    8876 > select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
    8877 > #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
    8878 > #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
    8879 > #20/A-B:246 #21/A-B:246
    8880 
    8881 960 atoms, 920 bonds, 40 residues, 20 models selected 
    8882 
    8883 > select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
    8884 > #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
    8885 > #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
    8886 > #20/A-B:246 #21/A-B:246
    8887 
    8888 960 atoms, 920 bonds, 40 residues, 20 models selected 
    8889 3 [ID: 3] region 40 chains [246] RMSD: 0.864 
    8890  
    8891 
    8892 > select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
    8893 > #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
    8894 > #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
    8895 > #20/A-B:246 #21/A-B:246
    8896 
    8897 960 atoms, 920 bonds, 40 residues, 20 models selected 
    8898 
    8899 > select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
    8900 > #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
    8901 > #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
    8902 > #20/A-B:246 #21/A-B:246
    8903 
    8904 960 atoms, 920 bonds, 40 residues, 20 models selected 
    8905 3 [ID: 3] region 40 chains [246] RMSD: 0.864 
    8906  
    8907 
    8908 > show sel atoms
    8909 
    8910 > contacts sel interModel false intraMol false select true log true
    8911    
    8912    
    8913     Allowed overlap: -0.4
    8914     H-bond overlap reduction: 0.4
    8915     Ignore contacts between atoms separated by 4 bonds or less
    8916     Detect intra-residue contacts: False
    8917     Detect intra-molecule contacts: False
    8918    
    8919     193 contacts
    8920                                         atom1                                                                         atom2                                      overlap  distance
    8921     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.149    2.476
    8922     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.111    2.514
    8923     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    0.100    2.525
    8924     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.088    3.162
    8925     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.059    3.191
    8926     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      0.054    3.271
    8927     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     0.043    3.282
    8928     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      0.043    3.282
    8929     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CD     0.041    3.284
    8930     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    0.039    3.211
    8931     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CD     0.036    3.289
    8932     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    0.030    3.220
    8933     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CD      0.026    3.299
    8934     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     0.025    3.300
    8935     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     0.022    3.228
    8936     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 CD      0.013    3.312
    8937     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      0.012    3.313
    8938     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CD      0.008    3.317
    8939     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    0.007    1.993
    8940     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      0.004    3.321
    8941     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 O      -0.004    2.484
    8942     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HB2    -0.007    2.632
    8943     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CD    -0.008    3.333
    8944     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     -0.011    3.261
    8945     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CD      -0.011    3.336
    8946     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     -0.012    2.712
    8947     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 O      -0.014    3.194
    8948     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     -0.016    3.341
    8949     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.025    2.650
    8950     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.031    3.356
    8951     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.035    2.735
    8952     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    -0.035    3.360
    8953     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    -0.040    2.665
    8954     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 HG3    -0.044    2.669
    8955     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     -0.045    3.370
    8956     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 HG3     -0.059    2.684
    8957     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    -0.065    3.315
    8958     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      -0.067    3.392
    8959     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 HG3     -0.067    2.692
    8960     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 NE2    -0.069    3.319
    8961     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.088    2.088
    8962     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   -0.089    3.339
    8963     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      -0.091    2.791
    8964     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    -0.101    2.726
    8965     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CD     -0.103    2.803
    8966     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 HG3   -0.105    2.730
    8967     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CG     -0.107    2.807
    8968     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 HG3     -0.113    2.738
    8969     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     -0.113    2.813
    8970     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     -0.118    3.368
    8971     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 HG3     -0.119    2.744
    8972     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     -0.127    3.452
    8973     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     -0.130    2.755
    8974     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 HG3    -0.133    2.133
    8975     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     -0.137    2.842
    8976     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 HG3    -0.139    2.139
    8977     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 HG3     -0.139    2.764
    8978     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     -0.141    3.466
    8979     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 HG3    -0.141    2.766
    8980     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.144    3.469
    8981     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 NE2     -0.148    3.398
    8982     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 HG3     -0.151    2.151
    8983     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     -0.153    2.153
    8984     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.153    3.478
    8985     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 CD      -0.153    3.478
    8986     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     -0.155    2.155
    8987     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 HG3    -0.158    2.158
    8988     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     -0.161    2.161
    8989     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    -0.162    2.162
    8990     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 HG3     -0.162    2.162
    8991     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    -0.162    2.787
    8992     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.165    2.865
    8993     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 NE2     -0.168    3.418
    8994     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 HG3    -0.169    2.169
    8995     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 HG3    -0.169    2.169
    8996     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     -0.169    2.169
    8997     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.170    2.795
    8998     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    -0.170    3.495
    8999     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      -0.175    3.575
    9000     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 HG3     -0.179    2.179
    9001     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CD      -0.179    2.879
    9002     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 HG3     -0.181    2.181
    9003     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     -0.181    3.431
    9004     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 HG3     -0.182    2.182
    9005     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      -0.183    2.883
    9006     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    -0.186    2.186
    9007     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      -0.189    2.889
    9008     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   -0.193    2.193
    9009     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CG     -0.193    3.518
    9010     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      -0.194    2.894
    9011     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    -0.197    2.902
    9012     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CG     -0.199    3.524
    9013     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      -0.201    2.901
    9014     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CD    -0.205    2.905
    9015     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 HG3   -0.205    2.205
    9016     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     -0.207    2.832
    9017     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.208    3.533
    9018     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 HG3    -0.211    2.836
    9019     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   -0.211    2.836
    9020     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      -0.215    3.540
    9021     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 HG3    -0.218    2.843
    9022     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    -0.218    2.218
    9023     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CD     -0.219    3.544
    9024     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    -0.220    2.920
    9025     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CG     -0.221    3.546
    9026     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CG     -0.221    3.546
    9027     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 CG      -0.222    3.547
    9028     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CD      -0.226    2.926
    9029     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     -0.226    2.851
    9030     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CD      -0.229    2.929
    9031     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     -0.232    3.557
    9032     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 CB     -0.233    3.558
    9033     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CG      -0.236    3.561
    9034     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     -0.236    3.561
    9035     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     -0.240    2.940
    9036     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 NE2     -0.244    3.494
    9037     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CD     -0.249    2.949
    9038     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 NE2     -0.251    3.501
    9039     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CG      -0.254    3.579
    9040     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     -0.254    3.579
    9041     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CG    -0.256    3.581
    9042     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 NE2    -0.257    3.507
    9043     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 CD      -0.259    2.959
    9044     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    -0.260    3.510
    9045     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CG     -0.261    3.586
    9046     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      -0.261    3.586
    9047     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     -0.263    2.888
    9048     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CD     -0.263    3.588
    9049     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      -0.264    3.589
    9050     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CG      -0.269    3.594
    9051     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     -0.269    3.594
    9052     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      -0.270    3.595
    9053     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 NE2    -0.270    3.520
    9054     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     -0.272    2.352
    9055     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 CG      -0.274    3.599
    9056     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 NE2   -0.276    3.526
    9057     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.280    2.280
    9058     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    -0.282    3.462
    9059     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CG     -0.282    2.982
    9060     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     -0.292    3.472
    9061     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      -0.294    2.994
    9062     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    -0.294    3.619
    9063     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HB2    -0.297    2.997
    9064     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 HG3    -0.298    2.923
    9065     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CG     -0.301    3.626
    9066     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      -0.302    3.002
    9067     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CG     -0.304    3.004
    9068     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     -0.306    3.011
    9069     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.308    3.008
    9070     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.308    3.008
    9071     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 HG3    -0.310    2.935
    9072     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   -0.310    3.635
    9073     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.310    3.710
    9074     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    -0.311    3.561
    9075     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      -0.315    3.015
    9076     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    -0.316    3.641
    9077     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     -0.321    3.646
    9078     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    -0.325    2.950
    9079     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      -0.327    3.027
    9080     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.327    3.027
    9081     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.330    3.655
    9082     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 NE2     -0.331    3.581
    9083     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      -0.332    3.657
    9084     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    -0.333    2.958
    9085     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CG     -0.336    3.036
    9086     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      -0.339    3.664
    9087     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 NE2    -0.339    3.664
    9088     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    -0.340    2.965
    9089     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 CB     -0.341    3.741
    9090     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      -0.342    3.742
    9091     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CG      -0.343    3.043
    9092     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CD      -0.344    3.744
    9093     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CD     -0.348    3.673
    9094     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CD     -0.349    3.749
    9095     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.350    3.750
    9096     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CG      -0.354    3.054
    9097     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     -0.358    3.758
    9098     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    -0.365    3.065
    9099     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      -0.378    3.078
    9100     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CD      -0.379    3.779
    9101     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLU 210 OE2    -0.380    2.460
    9102     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.380    3.080
    9103     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     -0.380    3.080
    9104     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     -0.382    3.082
    9105     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 NE2    -0.386    3.636
    9106     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 NE2    -0.387    3.712
    9107     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CG      -0.388    3.088
    9108     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.393    3.793
    9109     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CG     -0.394    3.094
    9110     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CG    -0.396    3.096
    9111     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      -0.397    3.797
    9112     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLU 210 OE2   -0.400    3.580
    9113     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CD     -0.400    3.800
    9114    
    9115 
    9116  
    9117 193 contacts 
    9118 
    9119 > ui tool show Log
    9120 
    9121 > select clear
    9122 
    9123 Drag select of 560 residues 
    9124 
    9125 > select up
    9126 
    9127 13500 atoms, 13631 bonds, 842 residues, 6 models selected 
    9128 
    9129 > select up
    9130 
    9131 26446 atoms, 26710 bonds, 1680 residues, 6 models selected 
    9132 
    9133 > sequence align sel
    9134 
    9135 Alignment identifier is 2 
    9136 Showing conservation header ("seq_conservation" residue attribute) for
    9137 alignment 2 
    9138 Webservices job id: U4G5NF3SQB6BNK04 
    9139 Webservices job finished: U4G5NF3SQB6BNK04 
    9140 
    9141 > sequence header 2 conservation hide
    9142 
    9143 Hiding conservation header for alignment 2 
    9144 
    9145 > sequence header 2 rmsd show
    9146 
    9147 Chains used in RMSD evaluation for alignment 2:
    9148 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D,
    9149 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D,
    9150 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D,
    9151 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D,
    9152 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D,
    9153 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D 
    9154 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    9155 
    9156 > select #1/D:46
    9157 
    9158 15 atoms, 14 bonds, 1 residue, 1 model selected 
    9159 
    9160 > select #1/D:46-105 #2/D:46-105 #3/D:46-105 #4/D:46-105 #7/D:46-105
    9161 > #10/D:46-105
    9162 
    9163 5898 atoms, 5964 bonds, 360 residues, 6 models selected 
    9164 Clustal Omega Alignment [ID: 2] region chain D..chain D [46-105] RMSD: 6.624 
    9165  
    9166 
    9167 > select clear
    9168 
    9169 [Repeated 2 time(s)]
    9170 
    9171 > hide atoms
    9172 
    9173 > select Mg
    9174 
    9175 80 atoms, 12 bonds, 80 residues, 20 models selected 
    9176 
    9177 > show sel atoms
    9178 
    9179 > style sel sphere
    9180 
    9181 Changed 80 atom styles 
    9182 
    9183 > color sel blue
    9184 
    9185 > select clear
    9186 
    9187 Drag select of 20 residues 
    9188 
    9189 > select up
    9190 
    9191 1562 atoms, 1564 bonds, 88 residues, 10 models selected 
    9192 
    9193 > select up
    9194 
    9195 68417 atoms, 69067 bonds, 4250 residues, 10 models selected 
    9196 
    9197 > select clear
    9198 
    9199 Drag select of 10 residues 
    9200 
    9201 > select up
    9202 
    9203 1880 atoms, 1908 bonds, 112 residues, 10 models selected 
    9204 
    9205 > select up
    9206 
    9207 68421 atoms, 69071 bonds, 4250 residues, 10 models selected 
    9208 
    9209 > select clear
    9210 
    9211 Drag select of 10 residues 
    9212 
    9213 > select up
    9214 
    9215 4152 atoms, 4202 bonds, 282 residues, 10 models selected 
    9216 
    9217 > select up
    9218 
    9219 68417 atoms, 69067 bonds, 4250 residues, 10 models selected 
    9220 
    9221 > select clear
    9222 
    9223 Drag select of 20 residues 
    9224 
    9225 > sequence chain #1/B#2/B#3/B#4/B#5/B#7/A#8/A#9/A#10/A#11/A
    9226 
    9227 Alignment identifier is 2 
    9228 
    9229 > select up
    9230 
    9231 2904 atoms, 2899 bonds, 188 residues, 10 models selected 
    9232 
    9233 > select down
    9234 
    9235 300 atoms, 20 residues, 10 models selected 
    9236 
    9237 > select clear
    9238 
    9239 > select /A,B:169
    9240 
    9241 560 atoms, 520 bonds, 40 residues, 20 models selected 
    9242 
    9243 > select clear
    9244 
    9245 Drag select of 10 residues 
    9246 
    9247 > sequence chain #1/A#2/A#3/A#4/A#5/A#7/B#8/B#9/B#10/B#11/B
    9248 
    9249 Alignment identifier is 3 
    9250 
    9251 > select up
    9252 
    9253 858 atoms, 848 bonds, 56 residues, 10 models selected 
    9254 
    9255 > select down
    9256 
    9257 140 atoms, 10 residues, 10 models selected 
    9258 
    9259 > show sel atoms
    9260 
    9261 > color sel black
    9262 
    9263 > select /A,B:169
    9264 
    9265 560 atoms, 520 bonds, 40 residues, 20 models selected 
    9266 
    9267 > show sel atoms
    9268 
    9269 [Repeated 1 time(s)]
    9270 
    9271 > color sel black
    9272 
    9273 > style sel ball
    9274 
    9275 Changed 560 atom styles 
    9276 
    9277 > select add #1
    9278 
    9279 34085 atoms, 34635 bonds, 205 pseudobonds, 2022 residues, 23 models selected 
    9280 
    9281 > select subtract #1
    9282 
    9283 532 atoms, 494 bonds, 38 residues, 20 models selected 
    9284 
    9285 > select add #2
    9286 
    9287 34059 atoms, 34610 bonds, 21 pseudobonds, 2020 residues, 21 models selected 
    9288 
    9289 > select subtract #2
    9290 
    9291 504 atoms, 468 bonds, 36 residues, 19 models selected 
    9292 
    9293 > select add #3
    9294 
    9295 34026 atoms, 34579 bonds, 24 pseudobonds, 2018 residues, 20 models selected 
    9296 
    9297 > select subtract #3
    9298 
    9299 476 atoms, 442 bonds, 34 residues, 18 models selected 
    9300 
    9301 > select add #4
    9302 
    9303 33997 atoms, 34554 bonds, 26 pseudobonds, 2016 residues, 19 models selected 
    9304 
    9305 > select subtract #4
    9306 
    9307 448 atoms, 416 bonds, 32 residues, 17 models selected 
    9308 
    9309 > select add #5
    9310 
    9311 33975 atoms, 34534 bonds, 33 pseudobonds, 2014 residues, 18 models selected 
    9312 
    9313 > select subtract #5
    9314 
    9315 420 atoms, 390 bonds, 30 residues, 16 models selected 
    9316 
    9317 > select add #7
    9318 
    9319 33946 atoms, 34506 bonds, 19 pseudobonds, 2012 residues, 17 models selected 
    9320 
    9321 > select subtract #7
    9322 
    9323 392 atoms, 364 bonds, 28 residues, 15 models selected 
    9324 
    9325 > select add #8
    9326 
    9327 33913 atoms, 34474 bonds, 36 pseudobonds, 2010 residues, 16 models selected 
    9328 
    9329 > select subtract #8
    9330 
    9331 364 atoms, 338 bonds, 26 residues, 14 models selected 
    9332 
    9333 > select add #9
    9334 
    9335 33885 atoms, 34449 bonds, 33 pseudobonds, 2008 residues, 15 models selected 
    9336 
    9337 > select subtract #9
    9338 
    9339 336 atoms, 312 bonds, 24 residues, 13 models selected 
    9340 
    9341 > select add #10
    9342 
    9343 33856 atoms, 34421 bonds, 22 pseudobonds, 2006 residues, 14 models selected 
    9344 
    9345 > select subtract #10
    9346 
    9347 308 atoms, 286 bonds, 22 residues, 12 models selected 
    9348 
    9349 > select add #11
    9350 
    9351 33831 atoms, 34398 bonds, 25 pseudobonds, 2004 residues, 13 models selected 
    9352 
    9353 > select subtract #11
    9354 
    9355 280 atoms, 260 bonds, 20 residues, 11 models selected 
    9356 
    9357 > show sel cartoons
    9358 
    9359 [Repeated 1 time(s)]
    9360 
    9361 > hide sel atoms
    9362 
    9363 > select clear
    9364 
    9365 > select /A,B:169
    9366 
    9367 560 atoms, 520 bonds, 40 residues, 20 models selected 
    9368 
    9369 > hide sel atoms
    9370 
    9371 > select clear
    9372 
    9373 Drag select of 24 residues 
    9374 Drag select of 10 residues 
    9375 
    9376 > select clear
    9377 
    9378 [Repeated 1 time(s)]Drag select of 1 residues 
    9379 
    9380 > select #3/A:375
    9381 
    9382 19 atoms, 18 bonds, 1 residue, 1 model selected 
    9383 
    9384 > select /A,B:1-30
    9385 
    9386 17720 atoms, 17960 bonds, 1200 residues, 20 models selected 
    9387 
    9388 > hide sel cartoons
    9389 
    9390 > select /A,B:31-375
    9391 
    9392 226039 atoms, 228119 bonds, 103 pseudobonds, 13800 residues, 21 models
    9393 selected 
    9394 
    9395 > show sel cartoons
    9396 
    9397 > select /A,B:376-425
    9398 
    9399 29919 atoms, 30119 bonds, 2000 residues, 20 models selected 
    9400 
    9401 > hide sel cartoons
    9402 
    9403 > select clear
    9404 
    9405 [Repeated 1 time(s)]
    9406 
    9407 > select /A,B:169
    9408 
    9409 560 atoms, 520 bonds, 40 residues, 20 models selected 
    9410 
    9411 > color sel bychain
    9412 
    9413 > select clear
    9414 
    9415 Drag select of 137 residues 
    9416 
    9417 > select up
    9418 
    9419 8609 atoms, 8630 bonds, 499 residues, 20 models selected 
    9420 
    9421 > select up
    9422 
    9423 136840 atoms, 138140 bonds, 8500 residues, 20 models selected 
    9424 
    9425 > sequence align sel
    9426 
    9427 Alignment identifier is 4 
    9428 Showing conservation header ("seq_conservation" residue attribute) for
    9429 alignment 4 
    9430 Webservices job id: GL76BBUV7FXPHUJW 
    9431 Webservices job finished: GL76BBUV7FXPHUJW 
    9432 
    9433 > select clear
    9434 
    9435 Drag select of 298 residues 
    9436 Drag select of 40 residues 
    9437 
    9438 > sequence align sel
    9439 
    9440 Alignment identifier is 4 
    9441 Showing conservation header ("seq_conservation" residue attribute) for
    9442 alignment 4 
    9443 Webservices job id: P8AX474HVT92JQDJ 
    9444 Webservices job finished: P8AX474HVT92JQDJ 
    9445 
    9446 > sequence header 4 rmsd show
    9447 
    9448 Chains used in RMSD evaluation for alignment 4:
    9449 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    9450 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
    9451 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
    9452 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
    9453 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A,
    9454 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B,
    9455 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B,
    9456 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B,
    9457 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B,
    9458 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B,
    9459 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A,
    9460 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A,
    9461 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A,
    9462 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A,
    9463 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A,
    9464 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A,
    9465 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A,
    9466 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A,
    9467 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A,
    9468 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A 
    9469 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 4 
    9470 
    9471 > sequence header 4 conservation hide
    9472 
    9473 Hiding conservation header for alignment 4 
    9474 
    9475 > select clear
    9476 
    9477 > save /Users/pcarlton/Desktop/dsb123113compareX-dsb3too.cxs
    9478 
    9479 > select /A,B:1-38
    9480 
    9481 22080 atoms, 22360 bonds, 1520 residues, 20 models selected 
    9482 
    9483 > hide sel cartoons
    9484 
    9485 > select /A,B:370-425
    9486 
    9487 33959 atoms, 34159 bonds, 2240 residues, 20 models selected 
    9488 
    9489 > hide sel cartoons
    9490 
    9491 > select clear
    9492 
    9493 Drag select of 464 residues 
    9494 
    9495 > sequence chain
    9496 > #1/E#2/E#3/E#4/E#5/E#7/E#8/E#9/E#10/E#11/E#12/E#13/E#14/E#15/E#16/E#17/E#18/E#19/E#20/E#21/E
    9497 
    9498 Alignment identifier is 4 
    9499 
    9500 > select clear
    9501 
    9502 > open
    9503 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif
    9504 
    9505 Summary of feedback from opening
    9506 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif 
    9507 --- 
    9508 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9509 Missing entity information. Treating each chain as a separate entity. 
    9510 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9511 Skipping chem_comp category: Missing column 'type' on line 35226 
    9512  
    9513 Chain information for
    9514 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22 
    9515 --- 
    9516 Chain | Description 
    9517 A B | No description available 
    9518 C D | No description available 
    9519 E | No description available 
    9520 J | No description available 
    9521 K | No description available 
    9522 L | No description available 
    9523  
    9524 
    9525 > open
    9526 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif
    9527 
    9528 Summary of feedback from opening
    9529 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif 
    9530 --- 
    9531 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9532 Missing entity information. Treating each chain as a separate entity. 
    9533 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9534 Skipping chem_comp category: Missing column 'type' on line 35222 
    9535  
    9536 Chain information for
    9537 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23 
    9538 --- 
    9539 Chain | Description 
    9540 A B | No description available 
    9541 C D | No description available 
    9542 E | No description available 
    9543 J | No description available 
    9544 K | No description available 
    9545 L | No description available 
    9546  
    9547 
    9548 > open
    9549 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif
    9550 
    9551 Summary of feedback from opening
    9552 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif 
    9553 --- 
    9554 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9555 Missing entity information. Treating each chain as a separate entity. 
    9556 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9557 Skipping chem_comp category: Missing column 'type' on line 35228 
    9558  
    9559 Chain information for
    9560 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24 
    9561 --- 
    9562 Chain | Description 
    9563 A B | No description available 
    9564 C D | No description available 
    9565 E | No description available 
    9566 J | No description available 
    9567 K | No description available 
    9568 L | No description available 
    9569  
    9570 
    9571 > open
    9572 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif
    9573 
    9574 Summary of feedback from opening
    9575 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif 
    9576 --- 
    9577 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9578 Missing entity information. Treating each chain as a separate entity. 
    9579 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9580 Skipping chem_comp category: Missing column 'type' on line 35225 
    9581  
    9582 Chain information for
    9583 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25 
    9584 --- 
    9585 Chain | Description 
    9586 A B | No description available 
    9587 C D | No description available 
    9588 E | No description available 
    9589 J | No description available 
    9590 K | No description available 
    9591 L | No description available 
    9592  
    9593 
    9594 > open
    9595 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif
    9596 
    9597 Summary of feedback from opening
    9598 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif 
    9599 --- 
    9600 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9601 Missing entity information. Treating each chain as a separate entity. 
    9602 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9603 Skipping chem_comp category: Missing column 'type' on line 35223 
    9604  
    9605 Chain information for
    9606 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26 
    9607 --- 
    9608 Chain | Description 
    9609 A B | No description available 
    9610 C D | No description available 
    9611 E | No description available 
    9612 J | No description available 
    9613 K | No description available 
    9614 L | No description available 
    9615  
    9616 
    9617 > open
    9618 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif
    9619 
    9620 Summary of feedback from opening
    9621 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif 
    9622 --- 
    9623 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9624 Missing entity information. Treating each chain as a separate entity. 
    9625 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9626 Skipping chem_comp category: Missing column 'type' on line 33672 
    9627  
    9628 Chain information for
    9629 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27 
    9630 --- 
    9631 Chain | Description 
    9632 A B | No description available 
    9633 C | No description available 
    9634 D | No description available 
    9635 E | No description available 
    9636 J | No description available 
    9637 K | No description available 
    9638 L | No description available 
    9639  
    9640 
    9641 > open
    9642 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif
    9643 
    9644 Summary of feedback from opening
    9645 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif 
    9646 --- 
    9647 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9648 Missing entity information. Treating each chain as a separate entity. 
    9649 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9650 Skipping chem_comp category: Missing column 'type' on line 33677 
    9651  
    9652 Chain information for
    9653 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28 
    9654 --- 
    9655 Chain | Description 
    9656 A B | No description available 
    9657 C | No description available 
    9658 D | No description available 
    9659 E | No description available 
    9660 J | No description available 
    9661 K | No description available 
    9662 L | No description available 
    9663  
    9664 
    9665 > open
    9666 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif
    9667 
    9668 Summary of feedback from opening
    9669 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif 
    9670 --- 
    9671 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9672 Missing entity information. Treating each chain as a separate entity. 
    9673 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9674 Skipping chem_comp category: Missing column 'type' on line 33671 
    9675  
    9676 Chain information for
    9677 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29 
    9678 --- 
    9679 Chain | Description 
    9680 A B | No description available 
    9681 C | No description available 
    9682 D | No description available 
    9683 E | No description available 
    9684 J | No description available 
    9685 K | No description available 
    9686 L | No description available 
    9687  
    9688 
    9689 > open
    9690 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif
    9691 
    9692 Summary of feedback from opening
    9693 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif 
    9694 --- 
    9695 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9696 Missing entity information. Treating each chain as a separate entity. 
    9697 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9698 Skipping chem_comp category: Missing column 'type' on line 33680 
    9699  
    9700 Chain information for
    9701 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30 
    9702 --- 
    9703 Chain | Description 
    9704 A B | No description available 
    9705 C | No description available 
    9706 D | No description available 
    9707 E | No description available 
    9708 J | No description available 
    9709 K | No description available 
    9710 L | No description available 
    9711  
    9712 
    9713 > open
    9714 > /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif
    9715 
    9716 Summary of feedback from opening
    9717 /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif 
    9718 --- 
    9719 warnings | Skipping chem_comp category: Missing column 'type' on line 53 
    9720 Missing entity information. Treating each chain as a separate entity. 
    9721 Missing or incorrect sequence information. Inferred polymer connectivity. 
    9722 Skipping chem_comp category: Missing column 'type' on line 33677 
    9723  
    9724 Chain information for
    9725 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31 
    9726 --- 
    9727 Chain | Description 
    9728 A B | No description available 
    9729 C | No description available 
    9730 D | No description available 
    9731 E | No description available 
    9732 J | No description available 
    9733 K | No description available 
    9734 L | No description available 
    9735  
    9736 
    9737 > select #22-31
    9738 
    9739 343251 atoms, 349267 bonds, 159 pseudobonds, 20365 residues, 20 models
    9740 selected 
    9741 
    9742 > hide sel atoms
    9743 
    9744 > mmaker #22-31/E to #1/E
    9745 
    9746 Computing secondary structure 
    9747 [Repeated 9 time(s)]  Parameters 
    9748 --- 
    9749 Chain pairing | bb 
    9750 Alignment algorithm | Needleman-Wunsch 
    9751 Similarity matrix | BLOSUM-62 
    9752 SS fraction | 0.3 
    9753 Gap open (HH/SS/other) | 18/18/6 
    9754 Gap extend | 1 
    9755 SS matrix |  |  | H | S | O 
    9756 ---|---|---|--- 
    9757 H | 6 | -9 | -6 
    9758 S |  | 6 | -6 
    9759 O |  |  | 4 
    9760 Iteration cutoff | 2 
    9761  
    9762 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9763 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain E
    9764 (#22), sequence alignment score = 1717.2 
    9765 RMSD between 161 pruned atom pairs is 0.391 angstroms; (across all 345 pairs:
    9766 74.826) 
    9767  
    9768 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9769 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain E
    9770 (#23), sequence alignment score = 1716.6 
    9771 RMSD between 180 pruned atom pairs is 0.570 angstroms; (across all 345 pairs:
    9772 66.608) 
    9773  
    9774 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9775 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain E
    9776 (#24), sequence alignment score = 1692.6 
    9777 RMSD between 49 pruned atom pairs is 0.926 angstroms; (across all 345 pairs:
    9778 32.601) 
    9779  
    9780 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9781 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain E
    9782 (#25), sequence alignment score = 1675.8 
    9783 RMSD between 177 pruned atom pairs is 0.495 angstroms; (across all 345 pairs:
    9784 62.168) 
    9785  
    9786 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9787 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain E
    9788 (#26), sequence alignment score = 1694.4 
    9789 RMSD between 52 pruned atom pairs is 1.020 angstroms; (across all 345 pairs:
    9790 36.706) 
    9791  
    9792 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9793 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain E
    9794 (#27), sequence alignment score = 1750.8 
    9795 RMSD between 183 pruned atom pairs is 0.443 angstroms; (across all 345 pairs:
    9796 15.840) 
    9797  
    9798 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9799 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain E
    9800 (#28), sequence alignment score = 1770 
    9801 RMSD between 132 pruned atom pairs is 0.207 angstroms; (across all 345 pairs:
    9802 15.735) 
    9803  
    9804 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9805 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain E
    9806 (#29), sequence alignment score = 1756.2 
    9807 RMSD between 176 pruned atom pairs is 0.321 angstroms; (across all 345 pairs:
    9808 26.337) 
    9809  
    9810 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9811 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain E
    9812 (#30), sequence alignment score = 1728.6 
    9813 RMSD between 10 pruned atom pairs is 1.401 angstroms; (across all 345 pairs:
    9814 35.266) 
    9815  
    9816 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9817 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain E
    9818 (#31), sequence alignment score = 1731 
    9819 RMSD between 179 pruned atom pairs is 0.446 angstroms; (across all 345 pairs:
    9820 19.185) 
    9821  
    9822 
    9823 > mmaker #22-31/E:160-340 to #1/E:160-340
    9824 
    9825 Parameters 
    9826 --- 
    9827 Chain pairing | bb 
    9828 Alignment algorithm | Needleman-Wunsch 
    9829 Similarity matrix | BLOSUM-62 
    9830 SS fraction | 0.3 
    9831 Gap open (HH/SS/other) | 18/18/6 
    9832 Gap extend | 1 
    9833 SS matrix |  |  | H | S | O 
    9834 ---|---|---|--- 
    9835 H | 6 | -9 | -6 
    9836 S |  | 6 | -6 
    9837 O |  |  | 4 
    9838 Iteration cutoff | 2 
    9839  
    9840 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9841 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain E
    9842 (#22), sequence alignment score = 934.7 
    9843 RMSD between 178 pruned atom pairs is 0.405 angstroms; (across all 181 pairs:
    9844 0.505) 
    9845  
    9846 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9847 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain E
    9848 (#23), sequence alignment score = 927.5 
    9849 RMSD between 176 pruned atom pairs is 0.575 angstroms; (across all 181 pairs:
    9850 0.820) 
    9851  
    9852 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9853 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain E
    9854 (#24), sequence alignment score = 941.3 
    9855 RMSD between 178 pruned atom pairs is 0.598 angstroms; (across all 181 pairs:
    9856 0.692) 
    9857  
    9858 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9859 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain E
    9860 (#25), sequence alignment score = 930.5 
    9861 RMSD between 178 pruned atom pairs is 0.497 angstroms; (across all 181 pairs:
    9862 0.587) 
    9863  
    9864 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9865 (#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain E
    9866 (#26), sequence alignment score = 920.3 
    9867 RMSD between 178 pruned atom pairs is 0.513 angstroms; (across all 181 pairs:
    9868 0.599) 
    9869  
    9870 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9871 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain E
    9872 (#27), sequence alignment score = 947.9 
    9873 RMSD between 177 pruned atom pairs is 0.394 angstroms; (across all 181 pairs:
    9874 0.688) 
    9875  
    9876 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9877 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain E
    9878 (#28), sequence alignment score = 947.9 
    9879 RMSD between 177 pruned atom pairs is 0.266 angstroms; (across all 181 pairs:
    9880 0.636) 
    9881  
    9882 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9883 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain E
    9884 (#29), sequence alignment score = 940.7 
    9885 RMSD between 177 pruned atom pairs is 0.316 angstroms; (across all 181 pairs:
    9886 0.644) 
    9887  
    9888 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9889 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain E
    9890 (#30), sequence alignment score = 944.9 
    9891 RMSD between 173 pruned atom pairs is 0.588 angstroms; (across all 181 pairs:
    9892 0.887) 
    9893  
    9894 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
    9895 (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain E
    9896 (#31), sequence alignment score = 931.1 
    9897 RMSD between 175 pruned atom pairs is 0.425 angstroms; (across all 181 pairs:
    9898 0.825) 
    9899  
    9900 
    9901 > select #22-31:A/169
    9902 
    9903 Nothing selected 
    9904 
    9905 > select #22-31/A:169
    9906 
    9907 140 atoms, 130 bonds, 10 residues, 10 models selected 
    9908 
    9909 > show sel atoms
    9910 
    9911 > color sel cornflower blue
    9912 
    9913 > select #22-31/B:169
    9914 
    9915 140 atoms, 130 bonds, 10 residues, 10 models selected 
    9916 
    9917 > show sel atoms
    9918 
    9919 > mmaker #22-31/A to #16/A
    9920 
    9921 Parameters 
    9922 --- 
    9923 Chain pairing | bb 
    9924 Alignment algorithm | Needleman-Wunsch 
    9925 Similarity matrix | BLOSUM-62 
    9926 SS fraction | 0.3 
    9927 Gap open (HH/SS/other) | 18/18/6 
    9928 Gap extend | 1 
    9929 SS matrix |  |  | H | S | O 
    9930 ---|---|---|--- 
    9931 H | 6 | -9 | -6 
    9932 S |  | 6 | -6 
    9933 O |  |  | 4 
    9934 Iteration cutoff | 2 
    9935  
    9936 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9937 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain A
    9938 (#22), sequence alignment score = 2030.2 
    9939 RMSD between 342 pruned atom pairs is 0.528 angstroms; (across all 425 pairs:
    9940 22.515) 
    9941  
    9942 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9943 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain A
    9944 (#23), sequence alignment score = 2026.6 
    9945 RMSD between 329 pruned atom pairs is 0.469 angstroms; (across all 425 pairs:
    9946 17.741) 
    9947  
    9948 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9949 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain A
    9950 (#24), sequence alignment score = 2021.8 
    9951 RMSD between 331 pruned atom pairs is 0.500 angstroms; (across all 425 pairs:
    9952 7.867) 
    9953  
    9954 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9955 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain A
    9956 (#25), sequence alignment score = 1996 
    9957 RMSD between 330 pruned atom pairs is 0.498 angstroms; (across all 425 pairs:
    9958 8.019) 
    9959  
    9960 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9961 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain A
    9962 (#26), sequence alignment score = 2025.4 
    9963 RMSD between 332 pruned atom pairs is 0.521 angstroms; (across all 425 pairs:
    9964 9.090) 
    9965  
    9966 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9967 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain A
    9968 (#27), sequence alignment score = 2043.4 
    9969 RMSD between 331 pruned atom pairs is 0.306 angstroms; (across all 425 pairs:
    9970 25.134) 
    9971  
    9972 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9973 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain A
    9974 (#28), sequence alignment score = 2023.6 
    9975 RMSD between 332 pruned atom pairs is 0.325 angstroms; (across all 425 pairs:
    9976 24.310) 
    9977  
    9978 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9979 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain A
    9980 (#29), sequence alignment score = 2045.2 
    9981 RMSD between 325 pruned atom pairs is 0.426 angstroms; (across all 425 pairs:
    9982 21.633) 
    9983  
    9984 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9985 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain A
    9986 (#30), sequence alignment score = 2006.8 
    9987 RMSD between 329 pruned atom pairs is 0.386 angstroms; (across all 425 pairs:
    9988 24.987) 
    9989  
    9990 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    9991 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain A
    9992 (#31), sequence alignment score = 2077.6 
    9993 RMSD between 334 pruned atom pairs is 0.399 angstroms; (across all 425 pairs:
    9994 24.274) 
    9995  
    9996 
    9997 > mmaker #22-31/A:35-365 to #16/A:35-365
    9998 
    9999 Parameters 
    10000 --- 
    10001 Chain pairing | bb 
    10002 Alignment algorithm | Needleman-Wunsch 
    10003 Similarity matrix | BLOSUM-62 
    10004 SS fraction | 0.3 
    10005 Gap open (HH/SS/other) | 18/18/6 
    10006 Gap extend | 1 
    10007 SS matrix |  |  | H | S | O 
    10008 ---|---|---|--- 
    10009 H | 6 | -9 | -6 
    10010 S |  | 6 | -6 
    10011 O |  |  | 4 
    10012 Iteration cutoff | 2 
    10013  
    10014 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10015 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain A
    10016 (#22), sequence alignment score = 1643.2 
    10017 RMSD between 328 pruned atom pairs is 0.491 angstroms; (across all 331 pairs:
    10018 0.810) 
    10019  
    10020 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10021 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain A
    10022 (#23), sequence alignment score = 1654 
    10023 RMSD between 326 pruned atom pairs is 0.469 angstroms; (across all 331 pairs:
    10024 0.668) 
    10025  
    10026 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10027 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain A
    10028 (#24), sequence alignment score = 1640.2 
    10029 RMSD between 328 pruned atom pairs is 0.499 angstroms; (across all 331 pairs:
    10030 0.898) 
    10031  
    10032 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10033 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain A
    10034 (#25), sequence alignment score = 1613.8 
    10035 RMSD between 326 pruned atom pairs is 0.493 angstroms; (across all 331 pairs:
    10036 0.779) 
    10037  
    10038 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10039 (#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain A
    10040 (#26), sequence alignment score = 1650.4 
    10041 RMSD between 328 pruned atom pairs is 0.512 angstroms; (across all 331 pairs:
    10042 0.826) 
    10043  
    10044 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10045 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain A
    10046 (#27), sequence alignment score = 1628.2 
    10047 RMSD between 326 pruned atom pairs is 0.290 angstroms; (across all 331 pairs:
    10048 1.189) 
    10049  
    10050 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10051 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain A
    10052 (#28), sequence alignment score = 1613.2 
    10053 RMSD between 326 pruned atom pairs is 0.310 angstroms; (across all 331 pairs:
    10054 1.150) 
    10055  
    10056 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10057 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain A
    10058 (#29), sequence alignment score = 1649.2 
    10059 RMSD between 326 pruned atom pairs is 0.415 angstroms; (across all 331 pairs:
    10060 1.068) 
    10061  
    10062 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10063 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain A
    10064 (#30), sequence alignment score = 1601.8 
    10065 RMSD between 326 pruned atom pairs is 0.382 angstroms; (across all 331 pairs:
    10066 0.872) 
    10067  
    10068 Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
    10069 (#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain A
    10070 (#31), sequence alignment score = 1643.8 
    10071 RMSD between 327 pruned atom pairs is 0.399 angstroms; (across all 331 pairs:
    10072 1.034) 
    10073  
    10074 
    10075 > select #22-31/E:308
    10076 
    10077 210 atoms, 210 bonds, 10 residues, 10 models selected 
    10078 
    10079 > show sel atoms
    10080 
    10081 > style sel ball
    10082 
    10083 Changed 210 atom styles 
    10084 
    10085 > save /Users/pcarlton/Desktop/wow.cxs
    10086 
    10087 ——— End of log from Fri Sep 5 17:09:26 2025 ———
    10088 
    10089 > view name session-start
    10090 
    10091 opened ChimeraX session 
    10092 
    10093 > select clear
    10094 
    10095 > select /A,B:169
    10096 
    10097 840 atoms, 780 bonds, 60 residues, 30 models selected 
    10098 
    10099 > hide sel atoms
    10100 
    10101 > select clear
    10102 
    10103 > select /E:168-345
    10104 
    10105 87718 atoms, 88618 bonds, 5340 residues, 30 models selected 
    10106 
    10107 > show sel cartoons
    10108 
    10109 > hide sel atoms
    10110 
    10111 > select clear
    10112 
    10113 Drag select of 1041 residues 
    10114 
    10115 > clashes interModel false
    10116 
    10117 1 clashes 
    10118 
    10119 > select clear
    10120 
    10121 > select ~sel & ##selected
    10122 
    10123 Nothing selected 
    10124 
    10125 > select /E:168-345
    10126 
    10127 87718 atoms, 88618 bonds, 5340 residues, 30 models selected 
    10128 
    10129 > contacts sel restrict /A,B interModel false intraMol false saveFile
    10130 > dsb3spo.contacts
    10131 
    10132 4003 contacts 
    10133 
    10134 > contacts sel restrict /A,B interModel false intraMol false select true
    10135 
    10136 4003 contacts 
    10137 
    10138 > close #6
    10139 
    10140 > sequence align /E
    10141 
    10142 Alignment identifier is 1 
    10143 Showing conservation header ("seq_conservation" residue attribute) for
    10144 alignment 1 
    10145 Webservices job id: VT5L0VD3M92G6MEL 
    10146 Webservices job finished: VT5L0VD3M92G6MEL 
    10147 
    10148 > sequence header rmsd show
    10149 
    10150 Chains used in RMSD evaluation for alignment 1:
    10151 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
    10152 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
    10153 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
    10154 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
    10155 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
    10156 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
    10157 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
    10158 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
    10159 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
    10160 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E,
    10161 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
    10162 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
    10163 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
    10164 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
    10165 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
    10166 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
    10167 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
    10168 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
    10169 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
    10170 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E,
    10171 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E,
    10172 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/E,
    10173 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/E,
    10174 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/E,
    10175 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/E,
    10176 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/E,
    10177 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E,
    10178 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/E,
    10179 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/E,
    10180 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/E 
    10181 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    10182 
    10183 > sequence header conservation hide
    10184 
    10185 Hiding conservation header for alignment 1 
    10186 
    10187 > select clear
    10188 
    10189 Drag select of 22 residues 
    10190 
    10191 > sequence align sel
    10192 
    10193 Alignment identifier is 2 
    10194 Showing conservation header ("seq_conservation" residue attribute) for
    10195 alignment 2 
    10196 Webservices job id: 8P4ATEMZVB3IOJAN 
    10197 Webservices job finished: 8P4ATEMZVB3IOJAN 
    10198 
    10199 > sequence header 2 rmsd show
    10200 
    10201 Chains used in RMSD evaluation for alignment 2:
    10202 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
    10203 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
    10204 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
    10205 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
    10206 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A,
    10207 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B,
    10208 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B,
    10209 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B,
    10210 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B,
    10211 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B,
    10212 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A,
    10213 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A,
    10214 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A,
    10215 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A,
    10216 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A,
    10217 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A,
    10218 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A,
    10219 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A,
    10220 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A,
    10221 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A 
    10222 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    10223 
    10224 > sequence header 2 conservation hide
    10225 
    10226 Hiding conservation header for alignment 2 
    10227 
    10228 > select clear
    10229 
    10230 > contacts sel restrict /A,B interModel false intraMol false select true
    10231 
    10232 No atoms match given atom specifier 
    10233 
    10234 > select /E:168-345
    10235 
    10236 87718 atoms, 88618 bonds, 5340 residues, 30 models selected 
    10237 
    10238 > contacts sel restrict /A,B interModel false intraMol false select true
    10239 
    10240 4003 contacts 
    10241 
    10242 > select clear
    10243 
    10244 > select #12-26/C,D
    10245 
    10246 178806 atoms, 180967 bonds, 1 pseudobond, 11550 residues, 16 models selected 
    10247 
    10248 > select clear
    10249 
    10250 Drag select of 1123 residues 
    10251 
    10252 > sequence align sel
    10253 
    10254 Alignment identifier is 3 
    10255 Showing conservation header ("seq_conservation" residue attribute) for
    10256 alignment 3 
    10257 Webservices job id: Z6DGN5O5C5V8VS33 
    10258 Webservices job finished: Z6DGN5O5C5V8VS33 
    10259 
    10260 > sequence header 3 rmsd show
    10261 
    10262 Chains used in RMSD evaluation for alignment 3:
    10263 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
    10264 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
    10265 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
    10266 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
    10267 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C,
    10268 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C,
    10269 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C,
    10270 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C,
    10271 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C,
    10272 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C,
    10273 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D,
    10274 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D,
    10275 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D,
    10276 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D,
    10277 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D 
    10278 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3 
    10279 
    10280 > sequence header 3 conservation hide
    10281 
    10282 Hiding conservation header for alignment 3 
    10283 
    10284 > select clear
    10285 
    10286 > select #1/C:122
    10287 
    10288 12 atoms, 11 bonds, 1 residue, 1 model selected 
    10289 
    10290 > select #1/C:122-133 #2/C:122-133 #3/C:122-133 #4/C:122-133 #5/C:122-133
    10291 > #12/C:122-133 #13/C:122-133 #14/C:122-133 #15/C:122-133 #16/C:122-133
    10292 > #17/D:122-133 #18/D:122-133 #19/D:122-133 #20/D:122-133 #21/D:122-133
    10293 
    10294 3060 atoms, 3090 bonds, 180 residues, 15 models selected 
    10295 Clustal Omega Alignment [ID: 3] region chain C..chain D [122-133] RMSD: 1.063 
    10296  
    10297 
    10298 > select #1/C:120
    10299 
    10300 14 atoms, 13 bonds, 1 residue, 1 model selected 
    10301 
    10302 > select #1/C:120-134 #2/C:120-134 #3/C:120-134 #4/C:120-134 #5/C:120-134
    10303 > #12/C:120-134 #13/C:120-134 #14/C:120-134 #15/C:120-134 #16/C:120-134
    10304 > #17/D:120-134 #18/D:120-134 #19/D:120-134 #20/D:120-134 #21/D:120-134
    10305 
    10306 3585 atoms, 3615 bonds, 225 residues, 15 models selected 
    10307 Clustal Omega Alignment [ID: 3] region chain C..chain D [120-134] RMSD: 1.328 
    10308  
    10309 
    10310 > select clear
    10311 
    10312 > close #6
    10313 
    10314 > select clear
    10315 
    10316 > select #1-11/B:1-106 #27-31/B:1-106
    10317 
    10318 25603 atoms, 25843 bonds, 1590 residues, 15 models selected 
    10319 
    10320 > select clear
    10321 
    10322 > select #1-11/D:1-106 #27-31/D:1-106
    10323 
    10324 25763 atoms, 25988 bonds, 1590 residues, 15 models selected 
    10325 
    10326 > show sel cartoons
    10327 
    10328 > color sel purple
    10329 
    10330 > select clear
    10331 
    10332 > select #8/D:81
    10333 
    10334 19 atoms, 18 bonds, 1 residue, 1 model selected 
    10335 
    10336 > select add #5/D:37
    10337 
    10338 29 atoms, 27 bonds, 2 residues, 2 models selected 
    10339 
    10340 > select add #30/D:81
    10341 
    10342 48 atoms, 45 bonds, 3 residues, 3 models selected 
    10343 
    10344 > select add #27/D:4
    10345 
    10346 72 atoms, 68 bonds, 4 residues, 4 models selected 
    10347 
    10348 > select add #11/D:37
    10349 
    10350 82 atoms, 77 bonds, 5 residues, 5 models selected 
    10351 
    10352 > select up
    10353 
    10354 446 atoms, 445 bonds, 27 residues, 5 models selected 
    10355 
    10356 > select up
    10357 
    10358 22038 atoms, 22258 bonds, 1400 residues, 5 models selected 
    10359 
    10360 > hide sel cartoons
    10361 
    10362 Drag select of 13 residues 
    10363 Drag select of 11 residues 
    10364 Drag select of 3 residues 
    10365 
    10366 > select up
    10367 
    10368 23369 atoms, 23595 bonds, 1482 residues, 8 models selected 
    10369 
    10370 > select up
    10371 
    10372 35258 atoms, 35610 bonds, 2240 residues, 8 models selected 
    10373 
    10374 > hide sel cartoons
    10375 
    10376 > select clear
    10377 
    10378 Drag select of 385 residues 
    10379 
    10380 > sequence align sel
    10381 
    10382 Alignment identifier is 4 
    10383 Showing conservation header ("seq_conservation" residue attribute) for
    10384 alignment 4 
    10385 Webservices job id: TN7CTSKYQMW12NSZ 
    10386 Webservices job finished: TN7CTSKYQMW12NSZ 
    10387 
    10388 > select clear
    10389 
    10390 > select #29/D:81
    10391 
    10392 19 atoms, 18 bonds, 1 residue, 1 model selected 
    10393 
    10394 > select add #11/C:44
    10395 
    10396 38 atoms, 36 bonds, 2 residues, 2 models selected 
    10397 
    10398 > sequence align sel
    10399 
    10400 Alignment identifier is 5 
    10401 Showing conservation header ("seq_conservation" residue attribute) for
    10402 alignment 5 
    10403 Webservices job id: CXEX7NHTVOOKQ1HJ 
    10404 Webservices job finished: CXEX7NHTVOOKQ1HJ 
    10405 
    10406 > sequence header 5 rmsd show
    10407 
    10408 Chains used in RMSD evaluation for alignment 5:
    10409 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C,
    10410 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D 
    10411 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 5 
    10412 
    10413 > select #11/C:57
    10414 
    10415 17 atoms, 16 bonds, 1 residue, 1 model selected 
    10416 
    10417 > select #11/C:57-77 #29/D:52-72
    10418 
    10419 735 atoms, 743 bonds, 42 residues, 2 models selected 
    10420 Clustal Omega Alignment [ID: 5] region chain C..chain D [57-77] RMSD: 3.872 
    10421  
    10422 
    10423 > color (#!11,29 & sel) orange
    10424 
    10425 > color (#!11,29 & sel) red
    10426 
    10427 > select #11/C:102
    10428 
    10429 20 atoms, 20 bonds, 1 residue, 1 model selected 
    10430 
    10431 > select #11/C:102-112 #29/D:98-108
    10432 
    10433 342 atoms, 343 bonds, 22 residues, 2 models selected 
    10434 Clustal Omega Alignment [ID: 5] region chain C..chain D [103-113] RMSD: 3.398 
    10435  
    10436 
    10437 > color (#!11,29 & sel) red
    10438 
    10439 > select #29/D:1-116
    10440 
    10441 1865 atoms, 1881 bonds, 116 residues, 1 model selected 
    10442 
    10443 > show sel cartoons
    10444 
    10445 Drag select of 5 residues 
    10446 
    10447 > hide sel cartoons
    10448 
    10449 Drag select of 3 residues 
    10450 
    10451 > color sel red
    10452 
    10453 > select clear
    10454 
    10455 > select #29/D:47
    10456 
    10457 17 atoms, 16 bonds, 1 residue, 1 model selected 
    10458 
    10459 > select up
    10460 
    10461 110 atoms, 109 bonds, 7 residues, 1 model selected 
    10462 
    10463 > select up
    10464 
    10465 4408 atoms, 4452 bonds, 280 residues, 1 model selected 
    10466 
    10467 > color sel red
    10468 
    10469 > select clear
    10470 
    10471 > select #11/C:112
    10472 
    10473 12 atoms, 11 bonds, 1 residue, 1 model selected 
    10474 
    10475 > select up
    10476 
    10477 312 atoms, 315 bonds, 20 residues, 2 models selected 
    10478 
    10479 > select up
    10480 
    10481 5961 atoms, 6033 bonds, 385 residues, 2 models selected 
    10482 
    10483 > color (#!11 & sel) forest green
    10484 
    10485 > color (#!11 & sel) lime
    10486 
    10487 > select clear
    10488 
    10489 > select #29/D
    10490 
    10491 4408 atoms, 4452 bonds, 280 residues, 1 model selected 
    10492 
    10493 > show sel cartoons
    10494 
    10495 > select #29/D:150-290
    10496 
    10497 2022 atoms, 2040 bonds, 131 residues, 1 model selected 
    10498 
    10499 > hide sel cartoons
    10500 
    10501 Drag select of 1059 residues 
    10502 
    10503 > select intersect /C
    10504 
    10505 2455 atoms, 160 residues, 5 models selected 
    10506 
    10507 > sequence chain #17/C#18/C#19/C#20/C#21/C
    10508 
    10509 Alignment identifier is 6 
    10510 
    10511 > select up
    10512 
    10513 7192 atoms, 7274 bonds, 489 residues, 5 models selected 
    10514 
    10515 > select down
    10516 
    10517 2455 atoms, 160 residues, 5 models selected 
    10518 
    10519 > select #17/C:181 #18/C:181 #19/C:181 #20/C:181 #21/C:181
    10520 
    10521 50 atoms, 45 bonds, 5 residues, 5 models selected 
    10522 
    10523 > select #17/C:181-186 #18/C:181-186 #19/C:181-186 #20/C:181-186 #21/C:181-186
    10524 
    10525 450 atoms, 455 bonds, 30 residues, 5 models selected 
    10526 6 [ID: 6] region 5 chains [181-186] RMSD: 24.070 
    10527  
    10528 
    10529 > select sequence TANEFFSQP
    10530 
    10531 6075 atoms, 6165 bonds, 405 residues, 30 models selected 
    10532 
    10533 > show sel cartoons
    10534 
    10535 > color (#!1-5,7-31 & sel) yellow
    10536 
    10537 > hide sel cartoons
    10538 
    10539 > show sel cartoons
    10540 
    10541 > contacts sel interModel false intraMol false log true select true
    10542    
    10543    
    10544     Allowed overlap: -0.4
    10545     H-bond overlap reduction: 0.4
    10546     Ignore contacts between atoms separated by 4 bonds or less
    10547     Detect intra-residue contacts: False
    10548     Detect intra-molecule contacts: False
    10549    
    10550     1241 contacts
    10551                                         atom1                                                                          atom2                                      overlap  distance
    10552     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.252    2.708
    10553     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 OG      0.250    2.950
    10554     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 CG      0.234    2.946
    10555     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 O       0.216    2.964
    10556     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       0.205    2.975
    10557     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ALA 360 O      0.202    2.278
    10558     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 CD      0.200    2.980
    10559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ALA 360 O      0.199    2.981
    10560     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 O      0.198    2.762
    10561     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 CD2     0.197    2.983
    10562     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 180 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      0.197    2.983
    10563     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      0.192    3.133
    10564     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 O       0.188    2.992
    10565     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 C       0.186    3.214
    10566     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 O        0.177    3.003
    10567     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A LYS 343 O       0.173    3.007
    10568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE2    0.172    3.008
    10569     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 CB       0.167    3.013
    10570     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 O        0.167    3.013
    10571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NH1      0.166    3.159
    10572     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D ASN 182 OD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B PHE 362 HE1     0.159    2.321
    10573     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH2      0.156    3.169
    10574     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       0.152    3.028
    10575     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       0.152    3.028
    10576     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ASN 182 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 O      0.150    3.030
    10577     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      0.150    3.175
    10578     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ASN 342 O        0.148    2.332
    10579     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      0.148    3.177
    10580     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      0.145    3.180
    10581     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 O       0.143    3.037
    10582     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH2      0.142    3.183
    10583     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 O       0.139    3.041
    10584     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NH2     0.130    3.195
    10585     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B LYS 343 O        0.124    2.356
    10586     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A ASN 342 O        0.122    2.358
    10587     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B LYS 343 O       0.121    3.059
    10588     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 C       0.121    3.279
    10589     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH1      0.119    3.206
    10590     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A LYS 343 O        0.113    2.367
    10591     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A LYS 343 O       0.113    2.367
    10592     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A LYS 343 O       0.108    3.072
    10593     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 CD       0.108    3.072
    10594     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 CD       0.102    3.078
    10595     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HE2    0.096    2.384
    10596     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      0.095    3.230
    10597     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 298 NH2      0.093    3.232
    10598     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 O        0.092    3.088
    10599     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 O       0.091    3.089
    10600     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH2      0.091    3.234
    10601     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       0.088    3.237
    10602     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A LYS 343 O       0.083    3.097
    10603     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       0.082    3.318
    10604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CD       0.081    3.099
    10605     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ARG 157 NH2    0.081    3.244
    10606     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      0.081    2.399
    10607     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B LYS 343 O       0.077    2.403
    10608     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG2      0.074    3.326
    10609     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      0.074    2.551
    10610     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       0.072    3.328
    10611     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    0.072    2.628
    10612     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ASN 342 O        0.072    3.108
    10613     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 NH2      0.071    2.554
    10614     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 NH2     0.068    3.257
    10615     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 NH2      0.067    3.258
    10616     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 C        0.066    3.334
    10617     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ASN 342 O       0.065    2.415
    10618     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      0.064    3.261
    10619     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 CB      0.063    3.337
    10620     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 CG2      0.063    3.337
    10621     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HH11   0.061    2.639
    10622     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 CZ      0.060    3.340
    10623     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 N       0.056    3.269
    10624     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG2      0.055    3.345
    10625     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      0.055    3.270
    10626     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HH11   0.052    2.648
    10627     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      0.050    3.275
    10628     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      0.049    2.431
    10629     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 186 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.049    3.131
    10630     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CG1      0.048    3.352
    10631     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      0.047    3.278
    10632     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       0.046    3.279
    10633     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CG     0.044    3.356
    10634     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 HD1     0.044    2.656
    10635     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CB      0.044    2.656
    10636     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NH1      0.043    3.282
    10637     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 C        0.043    3.357
    10638     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG1     0.043    2.657
    10639     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 NH2      0.043    2.582
    10640     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B LYS 343 O       0.042    3.138
    10641     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 CB      0.042    2.658
    10642     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 OE1     0.040    2.920
    10643     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH2      0.040    3.285
    10644     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 NH1      0.040    3.285
    10645     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 HD21    0.039    1.961
    10646     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A LYS 343 O       0.038    2.442
    10647     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A LYS 343 O       0.033    2.447
    10648     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE2      0.032    3.148
    10649     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 SD     0.032    3.450
    10650     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 CD       0.031    3.149
    10651     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 HE      0.031    1.969
    10652     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 C      0.030    3.150
    10653     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HE      0.029    1.971
    10654     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG2     0.028    2.452
    10655     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG1     0.027    2.673
    10656     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 CB      0.027    3.373
    10657     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B GLU 335 OE2     0.027    2.453
    10658     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 H       0.027    2.673
    10659     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      0.026    3.299
    10660     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 NH2    0.026    3.299
    10661     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       0.025    3.375
    10662     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 HE2     0.021    2.679
    10663     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 HH22    0.018    1.982
    10664     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PRO 188 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E GLU 134 OE2    0.014    2.466
    10665     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A ASN 342 O        0.013    3.167
    10666     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      0.012    3.168
    10667     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       0.012    3.168
    10668     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 CB      0.011    3.389
    10669     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 O       0.011    2.469
    10670     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 CD1    0.010    2.690
    10671     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 C       0.010    3.390
    10672     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 186 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.009    2.471
    10673     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 O       0.007    3.173
    10674     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      0.006    3.319
    10675     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 OG       0.006    2.494
    10676     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG1      0.004    2.696
    10677     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      0.004    2.696
    10678     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 O       0.004    2.476
    10679     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 NH2     0.004    3.321
    10680     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      0.004    3.321
    10681     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.004    3.176
    10682     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 CG      0.003    3.397
    10683     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 HH12     0.002    2.698
    10684     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     0.002    3.323
    10685     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH21     0.002    2.698
    10686     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CZ      0.001    3.399
    10687     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG1      0.001    2.699
    10688     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB2      0.001    2.479
    10689     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D ASN 182 OD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B PHE 362 CE1     -0.000    3.180
    10690     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.001    2.481
    10691     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 O        -0.002    2.482
    10692     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 NH2      -0.002    2.627
    10693     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.002    2.627
    10694     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 OE1      -0.005    2.965
    10695     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       -0.005    3.405
    10696     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      -0.008    2.633
    10697     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C THR 180 HG22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PRO 366 O       -0.008    2.488
    10698     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      -0.009    2.634
    10699     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 NH2      -0.010    3.335
    10700     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.010    3.410
    10701     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 O       -0.011    3.191
    10702     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 O       -0.012    3.192
    10703     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD1    -0.013    3.413
    10704     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 O       -0.013    2.493
    10705     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 HH21    -0.013    2.713
    10706     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.014    3.194
    10707     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.014    2.714
    10708     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 CD2     -0.015    3.415
    10709     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 335 OE2      -0.015    3.195
    10710     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 O        -0.015    3.195
    10711     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.016    2.496
    10712     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CD2      -0.017    3.417
    10713     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CG       -0.017    3.417
    10714     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A VAL 331 CG2      -0.017    3.197
    10715     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B LYS 343 O       -0.017    3.197
    10716     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 335 OE2      -0.018    3.198
    10717     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CG      -0.019    3.419
    10718     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HD3      -0.020    2.500
    10719     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HE      -0.020    2.720
    10720     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 HG3     -0.021    2.501
    10721     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 NE2     -0.022    3.347
    10722     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.022    3.347
    10723     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.023    2.723
    10724     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 180 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      -0.024    3.204
    10725     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 O       -0.025    2.505
    10726     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.025    2.725
    10727     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      -0.025    2.725
    10728     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 OG      -0.027    2.527
    10729     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 ND2     -0.028    2.653
    10730     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 O        -0.028    2.508
    10731     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B LYS 343 HE3    -0.029    2.509
    10732     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.030    3.355
    10733     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HD3      -0.031    2.511
    10734     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    -0.032    2.732
    10735     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HD2    -0.032    2.512
    10736     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 HE21    -0.033    2.733
    10737     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.034    2.514
    10738     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 O       -0.034    2.514
    10739     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D THR 180 HG22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PRO 366 O       -0.035    2.515
    10740     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 NE      -0.035    2.660
    10741     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 O       -0.036    2.516
    10742     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 CG      -0.037    3.437
    10743     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 HE      -0.038    2.738
    10744     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 OG       -0.038    2.538
    10745     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      -0.039    2.664
    10746     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 CB      -0.039    2.739
    10747     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 CG2      -0.040    3.440
    10748     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      -0.040    3.365
    10749     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HE      -0.042    2.042
    10750     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.043    3.243
    10751     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 CB       -0.043    2.743
    10752     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 N       -0.043    2.668
    10753     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 HE2      -0.045    2.045
    10754     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D THR 180 CG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PRO 366 O       -0.045    3.225
    10755     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CD2      -0.047    3.447
    10756     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.047    3.227
    10757     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 NZ      -0.048    3.373
    10758     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.048    2.548
    10759     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CG1      -0.049    3.449
    10760     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.049    3.229
    10761     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 CE2     -0.051    3.451
    10762     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ASN 342 O       -0.051    3.231
    10763     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 OG      -0.052    2.552
    10764     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CG       -0.053    3.453
    10765     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      -0.054    3.379
    10766     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 CZ      -0.055    3.235
    10767     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 NE2     -0.056    3.381
    10768     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 HB2      -0.056    2.536
    10769     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C THR 180 CG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PRO 366 O       -0.056    3.236
    10770     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 CD2     -0.057    3.457
    10771     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.058    3.238
    10772     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 HE21    -0.059    2.759
    10773     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CG       -0.059    3.459
    10774     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 CG      -0.059    3.459
    10775     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.060    3.385
    10776     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ARG 157 NH2    -0.062    2.687
    10777     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.062    3.462
    10778     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 ND1     -0.063    3.388
    10779     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      -0.063    3.388
    10780     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 298 NH2      -0.064    2.689
    10781     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 CG      -0.064    3.464
    10782     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 CE2     -0.065    3.465
    10783     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D TYR 213 CE2    -0.066    3.246
    10784     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HH21   -0.066    2.766
    10785     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B PRO 366 O        -0.067    3.247
    10786     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B THR 300 N       -0.067    2.692
    10787     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 377 O        -0.067    2.547
    10788     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 HD3      -0.068    2.548
    10789     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.068    3.468
    10790     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HE3     -0.068    2.548
    10791     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CZ       -0.069    3.469
    10792     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD1    -0.070    2.770
    10793     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CZ     -0.072    3.252
    10794     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 CD2     -0.072    3.472
    10795     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 HD2     -0.072    2.772
    10796     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH22     -0.072    2.772
    10797     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH1      -0.073    2.698
    10798     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      -0.073    2.698
    10799     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B THR 300 N       -0.073    3.398
    10800     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.074    2.554
    10801     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 CG2     -0.075    3.475
    10802     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 CG2      -0.075    3.475
    10803     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 HD21    -0.077    2.777
    10804     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 HD3      -0.078    2.558
    10805     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 HE2      -0.079    2.779
    10806     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.079    3.259
    10807     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 HB3      -0.079    2.779
    10808     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH1      -0.080    2.705
    10809     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.081    3.481
    10810     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.081    2.561
    10811     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 NH2      -0.082    2.707
    10812     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B LYS 343 O        -0.082    3.262
    10813     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 ND2     -0.082    3.407
    10814     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 NH2     -0.083    2.708
    10815     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CD      -0.083    2.783
    10816     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH21     -0.083    2.783
    10817     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.084    3.409
    10818     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.085    3.265
    10819     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 CB      -0.086    3.486
    10820     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 O       -0.087    2.567
    10821     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 335 OE2      -0.087    2.567
    10822     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 335 OE2      -0.088    2.568
    10823     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH12     -0.088    2.788
    10824     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.090    2.795
    10825     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CB      -0.090    3.490
    10826     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 CG2      -0.091    3.491
    10827     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.092    3.272
    10828     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HG21    -0.092    2.792
    10829     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH22     -0.092    2.792
    10830     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CG      -0.093    3.273
    10831     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CG      -0.093    3.493
    10832     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      -0.093    3.418
    10833     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.094    2.794
    10834     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.096    2.796
    10835     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.096    2.721
    10836     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH1      -0.096    2.721
    10837     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 HE2      -0.097    2.797
    10838     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 HE21    -0.097    2.797
    10839     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 O       -0.100    3.280
    10840     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CZ      -0.100    2.800
    10841     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 NH2      -0.100    3.425
    10842     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 O       -0.101    3.281
    10843     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 NH1    -0.101    3.426
    10844     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 CB      -0.102    3.502
    10845     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 NE2     -0.102    3.427
    10846     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      -0.103    3.283
    10847     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.103    3.503
    10848     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B HIS 297 CD2      -0.104    3.504
    10849     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CZ       -0.105    3.505
    10850     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CB     -0.106    3.506
    10851     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 NE       -0.106    3.431
    10852     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.106    3.506
    10853     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.106    2.811
    10854     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 NH2      -0.107    3.432
    10855     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C GLN 187 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 OE1     -0.107    3.067
    10856     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 CZ       -0.108    3.508
    10857     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 O        -0.109    2.589
    10858     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CB       -0.109    3.509
    10859     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 NE      -0.110    2.735
    10860     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 CB      -0.110    3.510
    10861     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 HH22    -0.111    2.811
    10862     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 CB      -0.111    2.811
    10863     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B PHE 292 HE2      -0.112    2.812
    10864     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A LYS 343 O        -0.112    3.292
    10865     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 CG     -0.112    3.512
    10866     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PHE 292 CE2      -0.112    3.512
    10867     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 OH     -0.112    3.312
    10868     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CB       -0.113    2.813
    10869     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 CE2      -0.114    3.514
    10870     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG21    -0.116    2.816
    10871     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 CD     -0.117    2.817
    10872     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 180 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      -0.117    2.597
    10873     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CZ      -0.117    3.517
    10874     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 224 OE1     -0.118    2.823
    10875     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 NE      -0.118    3.443
    10876     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG1      -0.118    3.518
    10877     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CG2      -0.118    3.518
    10878     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ALA 181 HB1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.119    2.901
    10879     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 CD1     -0.119    3.299
    10880     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 NZ     -0.119    2.744
    10881     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HB3    -0.120    2.820
    10882     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CB       -0.121    2.821
    10883     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 HE21    -0.122    2.822
    10884     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HE      -0.123    2.823
    10885     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      -0.123    2.123
    10886     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.123    2.828
    10887     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 340 O      -0.123    3.083
    10888     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       -0.123    3.523
    10889     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 HB2     -0.123    2.823
    10890     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG21    -0.124    2.824
    10891     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 NE2     -0.124    2.844
    10892     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.124    3.524
    10893     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CB       -0.124    3.524
    10894     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH1      -0.124    3.449
    10895     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE1      -0.125    3.525
    10896     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 SD     -0.125    2.907
    10897     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG2      -0.125    3.525
    10898     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B PHE 292 CE2      -0.126    3.526
    10899     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH2      -0.126    3.451
    10900     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 HG2      -0.127    2.827
    10901     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 387 HE2     -0.128    2.828
    10902     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 CB      -0.128    2.828
    10903     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH11     -0.129    2.829
    10904     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 CA     -0.129    3.309
    10905     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CB      -0.131    3.531
    10906     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CA      -0.132    2.832
    10907     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.132    2.832
    10908     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.133    2.833
    10909     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CG      -0.133    3.533
    10910     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH11     -0.133    2.133
    10911     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH2      -0.134    2.759
    10912     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 HH22     -0.134    2.834
    10913     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.134    3.459
    10914     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 CA      -0.135    2.835
    10915     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 CE      -0.135    3.535
    10916     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.136    3.461
    10917     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.136    2.841
    10918     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 O       -0.136    3.316
    10919     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 335 OE2     -0.137    2.617
    10920     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CG      -0.137    3.317
    10921     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.138    3.463
    10922     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       -0.139    2.839
    10923     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG1      -0.139    3.539
    10924     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 NH2     -0.139    3.464
    10925     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CG      -0.140    3.540
    10926     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HB2    -0.140    2.840
    10927     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 HG21     -0.141    2.841
    10928     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HB3    -0.141    2.141
    10929     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 NH2      -0.141    3.466
    10930     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE2      -0.141    3.321
    10931     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 CD      -0.142    2.842
    10932     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 O        -0.142    3.322
    10933     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 NH1     -0.142    2.767
    10934     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 181 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      -0.143    3.323
    10935     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PRO 366 O        -0.143    3.323
    10936     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 HB3      -0.143    2.843
    10937     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HD3      -0.144    2.844
    10938     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 CB      -0.144    2.844
    10939     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HB3    -0.144    2.844
    10940     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 HA     -0.145    2.625
    10941     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG2      -0.145    3.545
    10942     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CG2      -0.145    2.845
    10943     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    -0.146    2.146
    10944     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 NH1      -0.146    2.851
    10945     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 CB       -0.146    3.546
    10946     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 CB       -0.146    3.546
    10947     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 CD     -0.148    3.328
    10948     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 NH2      -0.148    3.473
    10949     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HA       -0.149    2.849
    10950     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 CG     -0.149    2.849
    10951     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.149    2.849
    10952     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CG      -0.149    2.849
    10953     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 146 CD1    -0.150    2.850
    10954     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG21     -0.151    2.851
    10955     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 HB3      -0.151    2.851
    10956     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 HB3     -0.152    2.852
    10957     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HG13     -0.152    2.852
    10958     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 371 HD11     -0.152    2.852
    10959     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 NH2     -0.152    3.477
    10960     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.152    2.852
    10961     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 HB       -0.152    2.852
    10962     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HD3     -0.153    2.153
    10963     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       -0.153    2.853
    10964     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 CB      -0.153    3.553
    10965     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 331 CG2      -0.153    2.853
    10966     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 O       -0.153    2.633
    10967     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.154    2.854
    10968     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.154    2.854
    10969     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 HE1     -0.154    2.854
    10970     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 HG2     -0.154    2.854
    10971     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       -0.154    2.854
    10972     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.155    2.855
    10973     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HE2    -0.155    2.155
    10974     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.155    3.555
    10975     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH1      -0.155    3.480
    10976     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 HG21     -0.155    2.855
    10977     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HD3     -0.155    2.155
    10978     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG21     -0.155    2.855
    10979     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A LYS 343 O       -0.156    3.336
    10980     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 N       -0.156    3.481
    10981     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.156    2.856
    10982     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 CB      -0.156    3.556
    10983     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 NE1     -0.157    2.782
    10984     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 HD13   -0.157    2.157
    10985     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CD       -0.158    3.558
    10986     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.158    3.558
    10987     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 HA     -0.158    2.858
    10988     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 CD1    -0.158    3.558
    10989     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 298 NH2      -0.158    2.783
    10990     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.159    2.859
    10991     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 NH1    -0.159    3.484
    10992     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 HG23     -0.159    2.859
    10993     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 HB2     -0.160    2.160
    10994     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.160    2.860
    10995     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 HH22     -0.161    2.861
    10996     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 OG       -0.161    3.361
    10997     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.162    2.862
    10998     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG3     -0.162    2.862
    10999     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.162    2.862
    11000     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH12     -0.162    2.162
    11001     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 NZ      -0.162    3.487
    11002     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 C       -0.162    2.862
    11003     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG21     -0.163    2.863
    11004     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.164    3.564
    11005     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH12     -0.164    2.164
    11006     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB3      -0.165    2.865
    11007     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CE      -0.165    3.345
    11008     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 340 HG22   -0.165    2.865
    11009     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 C        -0.166    2.866
    11010     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.166    3.491
    11011     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 HA      -0.166    2.166
    11012     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 CD      -0.167    3.347
    11013     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ALA 181 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      -0.167    2.872
    11014     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HD3    -0.167    2.867
    11015     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.168    2.868
    11016     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.169    2.869
    11017     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH12     -0.170    2.870
    11018     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH11     -0.170    2.170
    11019     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 HE1     -0.170    2.170
    11020     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 181 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B THR 300 CG2    -0.171    2.871
    11021     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 HE1     -0.171    2.171
    11022     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B GLU 335 OE2     -0.172    3.352
    11023     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HB3    -0.172    2.872
    11024     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 CB       -0.172    3.572
    11025     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 HG2      -0.172    2.172
    11026     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ARG 157 CZ     -0.172    3.572
    11027     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG1     -0.172    3.572
    11028     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 OG       -0.172    3.372
    11029     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.172    2.872
    11030     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 O        -0.172    3.352
    11031     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.172    2.872
    11032     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ3    -0.173    2.173
    11033     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.173    2.873
    11034     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CG      -0.173    2.873
    11035     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH1      -0.174    3.499
    11036     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 CG      -0.174    2.874
    11037     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NH1      -0.174    2.879
    11038     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 CG      -0.174    3.574
    11039     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 HD22    -0.175    2.175
    11040     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CB       -0.175    3.575
    11041     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 OD1    -0.176    3.356
    11042     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.176    2.876
    11043     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HG2    -0.176    2.876
    11044     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CA      -0.177    2.877
    11045     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.177    3.577
    11046     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HD3     -0.178    2.178
    11047     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 HB3      -0.178    2.878
    11048     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH2      -0.178    2.883
    11049     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PRO 188 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E GLU 134 OE2    -0.178    3.358
    11050     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 CB       -0.178    3.578
    11051     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 O        -0.178    2.658
    11052     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 CB      -0.178    3.578
    11053     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 371 HD11     -0.178    2.878
    11054     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ILE 291 HG22    -0.179    2.179
    11055     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NE       -0.179    3.504
    11056     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 HH22     -0.179    2.179
    11057     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 CG      -0.179    2.879
    11058     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CG       -0.179    3.579
    11059     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CG      -0.179    2.879
    11060     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG11     -0.180    2.180
    11061     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.180    2.880
    11062     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CD      -0.180    2.880
    11063     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 O        -0.180    2.660
    11064     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 HB3     -0.180    2.180
    11065     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.181    3.361
    11066     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 NZ     -0.181    2.806
    11067     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 298 NH2      -0.181    3.506
    11068     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HB3     -0.182    2.882
    11069     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH2      -0.182    3.507
    11070     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.182    2.882
    11071     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NH1      -0.182    2.807
    11072     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG2     -0.182    2.882
    11073     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HB3      -0.182    2.882
    11074     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CA      -0.183    3.583
    11075     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 HB3      -0.184    2.884
    11076     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 HE1     -0.184    2.884
    11077     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG21    -0.185    2.885
    11078     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.185    2.885
    11079     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      -0.185    2.185
    11080     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 HE2     -0.186    2.886
    11081     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HA      -0.186    2.186
    11082     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      -0.187    2.812
    11083     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG1     -0.187    3.587
    11084     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HB3     -0.188    2.888
    11085     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 HB3     -0.188    2.188
    11086     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 HB3     -0.188    2.888
    11087     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 CG     -0.189    3.589
    11088     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 NZ      -0.189    3.514
    11089     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 CE2      -0.189    3.589
    11090     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 HD3      -0.189    2.889
    11091     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 SG     -0.189    3.671
    11092     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ALA 365 CB      -0.190    2.890
    11093     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ILE 289 HG22     -0.190    2.890
    11094     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 HG2     -0.191    2.671
    11095     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.192    2.892
    11096     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 HB2     -0.192    2.892
    11097     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HD3    -0.193    2.893
    11098     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.193    3.593
    11099     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH12     -0.194    2.194
    11100     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 OH     -0.194    2.774
    11101     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ILE 289 HG22     -0.194    2.894
    11102     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG11     -0.194    2.194
    11103     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 CD2     -0.195    2.895
    11104     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 CA      -0.195    3.595
    11105     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.196    2.196
    11106     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG21     -0.196    2.896
    11107     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.197    2.822
    11108     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.197    3.377
    11109     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D LEU 208 HD22   -0.197    2.197
    11110     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 CD       -0.197    2.897
    11111     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 CZ      -0.197    2.897
    11112     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 OE1    -0.198    3.378
    11113     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B TRP 288 O       -0.198    2.678
    11114     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CB      -0.198    3.598
    11115     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 O       -0.199    2.679
    11116     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.199    2.899
    11117     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 CE      -0.199    3.599
    11118     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HG     -0.199    2.899
    11119     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 CD      -0.199    2.899
    11120     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ILE 289 HG22     -0.199    2.199
    11121     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      -0.200    2.280
    11122     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 HE2     -0.200    2.900
    11123     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 180 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 372 OE2      -0.200    3.380
    11124     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 O       -0.201    2.681
    11125     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 CG      -0.201    2.901
    11126     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 HB2     -0.201    2.901
    11127     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CG       -0.202    3.602
    11128     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 CG      -0.202    2.902
    11129     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.203    2.203
    11130     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 294 HB       -0.203    2.203
    11131     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 187 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ2    -0.204    2.204
    11132     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CB     -0.204    2.904
    11133     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 CA      -0.204    3.604
    11134     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CB      -0.204    3.604
    11135     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CA       -0.204    3.604
    11136     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CB      -0.205    2.905
    11137     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CG       -0.206    2.906
    11138     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 HB3      -0.207    2.907
    11139     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 HG21     -0.207    2.687
    11140     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HB3     -0.208    2.208
    11141     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 HB2     -0.208    2.208
    11142     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 NH2      -0.208    2.833
    11143     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 CD       -0.208    2.908
    11144     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 OE2      -0.209    2.689
    11145     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 NH1     -0.210    2.915
    11146     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 CG      -0.210    2.910
    11147     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CG       -0.210    2.910
    11148     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 NE1     -0.210    3.535
    11149     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH2     -0.211    2.836
    11150     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.211    2.211
    11151     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 292 HE2      -0.211    2.911
    11152     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 NE       -0.211    2.916
    11153     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 CD     -0.211    3.611
    11154     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH12     -0.211    2.911
    11155     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 HB3     -0.212    2.912
    11156     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 O       -0.212    3.392
    11157     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       -0.213    2.913
    11158     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 CE1     -0.213    2.913
    11159     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 HB3      -0.213    2.693
    11160     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HA      -0.214    2.214
    11161     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH1      -0.214    2.839
    11162     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CG       -0.214    2.914
    11163     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 294 HB       -0.215    2.915
    11164     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 180 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 372 OE2      -0.215    2.695
    11165     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 HB2     -0.215    2.915
    11166     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ILE 291 HG22    -0.215    2.915
    11167     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 O       -0.215    2.695
    11168     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HD3      -0.215    2.215
    11169     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ILE 371 HD11     -0.215    2.915
    11170     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B TRP 338 NE1      -0.216    2.841
    11171     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE1      -0.217    3.617
    11172     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 HD2     -0.218    2.918
    11173     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD13   -0.218    2.918
    11174     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG23     -0.218    2.918
    11175     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 SD      -0.218    3.700
    11176     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 CZ      -0.219    3.619
    11177     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 HE1     -0.219    2.919
    11178     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 CG       -0.219    2.919
    11179     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE2      -0.219    3.619
    11180     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE2      -0.220    3.620
    11181     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CB       -0.220    3.620
    11182     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ILE 371 HD11     -0.220    2.920
    11183     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 HA      -0.221    2.921
    11184     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 CE2      -0.221    2.921
    11185     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A HIS 297 CB      -0.221    3.621
    11186     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 HB2     -0.222    2.922
    11187     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CB       -0.223    2.923
    11188     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 SD     -0.224    3.706
    11189     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG21    -0.224    2.924
    11190     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 C        -0.225    3.625
    11191     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.226    2.926
    11192     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NE       -0.226    2.851
    11193     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH22     -0.226    2.926
    11194     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH1     -0.227    2.852
    11195     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 HG21     -0.227    2.927
    11196     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 NE      -0.228    3.553
    11197     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CD      -0.228    3.628
    11198     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG2     -0.228    2.928
    11199     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG2     -0.228    2.928
    11200     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 HB3      -0.229    2.929
    11201     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.229    3.554
    11202     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 HD2     -0.229    2.709
    11203     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.230    2.930
    11204     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 CA      -0.231    3.631
    11205     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CB       -0.231    2.931
    11206     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 SD      -0.231    3.713
    11207     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 HD3      -0.231    2.931
    11208     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PHE 292 CE2      -0.232    2.932
    11209     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.232    2.932
    11210     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.232    2.932
    11211     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 CB       -0.232    3.557
    11212     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 OE2      -0.233    3.413
    11213     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HA      -0.234    2.934
    11214     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG13    -0.234    2.234
    11215     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 NH2     -0.234    3.559
    11216     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HD11    -0.235    2.935
    11217     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 ND2    -0.235    2.860
    11218     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG21    -0.235    2.235
    11219     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 HD3      -0.236    2.936
    11220     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 HB3      -0.236    2.936
    11221     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.237    3.562
    11222     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.237    2.937
    11223     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.238    3.638
    11224     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG13    -0.238    2.238
    11225     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HG13     -0.238    2.938
    11226     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B HIS 297 HD2      -0.238    2.938
    11227     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH22     -0.239    2.939
    11228     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CG     -0.239    2.939
    11229     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 O       -0.239    2.719
    11230     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 H       -0.239    2.239
    11231     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 NZ     -0.239    3.564
    11232     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CB     -0.240    3.640
    11233     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HG3     -0.240    2.940
    11234     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 HD2     -0.241    2.241
    11235     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 340 CG2    -0.241    3.641
    11236     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG2     -0.242    3.642
    11237     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 HD3      -0.242    2.242
    11238     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 HD3      -0.242    2.942
    11239     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D TYR 213 HE2    -0.243    2.723
    11240     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.243    2.943
    11241     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH12     -0.243    2.943
    11242     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 HG22     -0.243    2.868
    11243     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 CB      -0.243    3.643
    11244     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CD       -0.244    3.644
    11245     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 HD3      -0.244    2.244
    11246     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 HB2     -0.244    2.244
    11247     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.244    2.944
    11248     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.245    2.245
    11249     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 NE      -0.245    2.870
    11250     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 CD       -0.245    2.945
    11251     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CA      -0.246    2.946
    11252     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 CG2     -0.246    2.946
    11253     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NH2      -0.246    2.871
    11254     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 186 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      -0.247    3.427
    11255     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.247    3.729
    11256     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG2     -0.247    2.947
    11257     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CG       -0.248    2.948
    11258     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 C       -0.248    2.948
    11259     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CG       -0.248    2.948
    11260     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 CZ       -0.249    2.949
    11261     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 O       -0.249    2.729
    11262     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 HH22     -0.250    2.950
    11263     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 O      -0.250    3.430
    11264     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HD3      -0.250    2.950
    11265     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 NH2    -0.250    3.575
    11266     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B LYS 343 CE     -0.250    3.430
    11267     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       -0.251    3.651
    11268     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CD      -0.251    3.651
    11269     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG11    -0.252    2.252
    11270     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 O       -0.252    2.732
    11271     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB2      -0.252    2.732
    11272     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.253    2.253
    11273     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CG       -0.253    2.953
    11274     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 HD22    -0.253    2.953
    11275     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HG2     -0.254    2.954
    11276     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.254    3.654
    11277     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B TRP 288 O       -0.254    3.434
    11278     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG2     -0.254    2.954
    11279     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 CB       -0.255    2.955
    11280     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HB3     -0.255    2.955
    11281     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CD     -0.255    3.655
    11282     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ILE 289 HG22     -0.255    2.255
    11283     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HB3      -0.256    2.256
    11284     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 367 CG       -0.257    2.957
    11285     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 ND2     -0.258    3.583
    11286     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 ND2     -0.258    2.883
    11287     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.258    3.658
    11288     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 N       -0.259    3.584
    11289     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 NE2     -0.259    3.599
    11290     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH12     -0.259    2.339
    11291     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG2     -0.259    3.659
    11292     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CD      -0.259    3.439
    11293     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CG      -0.261    3.661
    11294     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HG1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 329 HG       -0.261    2.261
    11295     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CA       -0.262    3.442
    11296     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CD      -0.262    2.962
    11297     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 CB      -0.262    3.662
    11298     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 HH22     -0.262    2.262
    11299     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      -0.263    3.588
    11300     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 HG23     -0.263    2.963
    11301     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG11     -0.265    2.965
    11302     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 HH12     -0.265    2.965
    11303     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 HB2     -0.265    2.965
    11304     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 N       -0.267    2.892
    11305     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HZ2     -0.267    2.967
    11306     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 CZ       -0.267    3.667
    11307     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 O       -0.268    3.448
    11308     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CD       -0.268    2.968
    11309     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASP 328 OD1      -0.268    2.973
    11310     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.268    2.268
    11311     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 HB3      -0.269    2.969
    11312     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CA      -0.270    3.670
    11313     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 CZ       -0.270    2.970
    11314     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ2    -0.270    2.350
    11315     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HD3     -0.272    2.972
    11316     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 367 HG2      -0.273    2.273
    11317     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG2     -0.273    2.973
    11318     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.273    2.973
    11319     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 CD       -0.274    3.674
    11320     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.274    2.274
    11321     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 CB     -0.274    3.674
    11322     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH2      -0.275    2.980
    11323     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A HIS 297 HB2     -0.275    2.975
    11324     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 O       -0.276    3.456
    11325     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 HH22     -0.276    2.356
    11326     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD11   -0.276    2.276
    11327     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 NE2     -0.276    2.981
    11328     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 HA      -0.276    2.276
    11329     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CD       -0.276    3.676
    11330     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 298 HH22     -0.277    2.357
    11331     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NH1      -0.277    3.602
    11332     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE2      -0.277    3.677
    11333     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NH2     -0.278    3.603
    11334     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C GLU 183 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LYS 151 HZ3    -0.278    2.358
    11335     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG23     -0.278    2.978
    11336     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HA      -0.279    2.279
    11337     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 C       -0.279    3.679
    11338     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.279    2.979
    11339     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NH2     -0.280    3.605
    11340     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD21   -0.280    2.980
    11341     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PHE 292 CE2      -0.280    3.680
    11342     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.281    2.281
    11343     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.281    2.761
    11344     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 OD1    -0.281    2.761
    11345     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 C       -0.282    2.982
    11346     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 HH22     -0.282    2.282
    11347     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 C        -0.282    3.682
    11348     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 OE1    -0.282    3.462
    11349     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 HA      -0.282    2.282
    11350     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.282    2.982
    11351     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 O        -0.284    2.764
    11352     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CG       -0.284    3.684
    11353     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH11     -0.284    2.284
    11354     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 CG     -0.284    3.684
    11355     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 H       -0.285    2.285
    11356     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A TRP 288 O       -0.285    2.765
    11357     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      -0.286    3.611
    11358     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE1      -0.286    2.986
    11359     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG11    -0.286    2.286
    11360     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 CA     -0.287    3.687
    11361     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 HH11     -0.287    2.987
    11362     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE2      -0.287    3.687
    11363     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A TRP 288 O       -0.288    3.468
    11364     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 CG1     -0.288    2.988
    11365     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 CB       -0.288    3.688
    11366     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.289    2.289
    11367     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 HB3     -0.289    2.989
    11368     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 HG2     -0.289    2.289
    11369     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 CB     -0.290    3.690
    11370     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HG12     -0.290    2.990
    11371     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CE      -0.290    3.470
    11372     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 NE      -0.290    2.915
    11373     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.290    2.290
    11374     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.290    2.990
    11375     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 HB3     -0.290    2.990
    11376     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HB3      -0.290    2.290
    11377     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PHE 292 CZ      -0.290    3.690
    11378     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HE      -0.291    2.991
    11379     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 367 HA       -0.291    2.291
    11380     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 NH2      -0.291    3.616
    11381     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ALA 365 CB      -0.291    3.691
    11382     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 181 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 377 O        -0.291    3.471
    11383     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CB       -0.291    2.991
    11384     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 298 HH22     -0.291    2.371
    11385     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HD13    -0.292    2.772
    11386     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 CE     -0.292    3.472
    11387     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HD3     -0.292    2.992
    11388     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 C       -0.293    3.693
    11389     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 CG       -0.293    3.618
    11390     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 HE1     -0.294    2.994
    11391     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 HH22    -0.294    2.994
    11392     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.295    3.695
    11393     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 387 NE2     -0.295    3.620
    11394     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 CG      -0.295    2.995
    11395     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH22     -0.296    2.996
    11396     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 HH22    -0.296    2.996
    11397     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 HA      -0.298    2.998
    11398     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG3     -0.298    2.298
    11399     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HG12    -0.298    2.298
    11400     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG2     -0.298    2.998
    11401     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 CG1     -0.299    3.699
    11402     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG3     -0.300    3.000
    11403     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 HB3      -0.300    3.000
    11404     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 O       -0.301    3.481
    11405     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 CB     -0.301    3.701
    11406     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 CG2    -0.301    3.001
    11407     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.301    3.701
    11408     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 HG11    -0.301    3.001
    11409     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PHE 292 CD2     -0.301    3.701
    11410     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG11     -0.302    3.002
    11411     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH12     -0.302    3.002
    11412     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH1     -0.303    3.628
    11413     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG22     -0.304    2.784
    11414     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HA       -0.305    2.305
    11415     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 CA      -0.305    3.705
    11416     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 CZ       -0.305    3.485
    11417     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 NH2     -0.305    2.930
    11418     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 NH2     -0.306    2.931
    11419     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 CE2     -0.306    3.706
    11420     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.306    3.706
    11421     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG21    -0.306    2.306
    11422     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 187 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 NZ     -0.306    2.931
    11423     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 CZ       -0.307    3.007
    11424     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 CA      -0.307    3.707
    11425     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CG       -0.307    3.007
    11426     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 HB3      -0.307    3.007
    11427     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD22   -0.308    2.308
    11428     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 C       -0.308    3.708
    11429     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.308    3.008
    11430     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.308    3.008
    11431     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 CG     -0.309    3.009
    11432     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH11     -0.309    3.009
    11433     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 CD       -0.310    3.010
    11434     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 CD       -0.311    3.711
    11435     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HD11    -0.311    2.311
    11436     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D THR 180 HB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.311    2.311
    11437     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CD       -0.312    3.712
    11438     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 HG2      -0.312    2.312
    11439     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.312    3.012
    11440     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.313    3.095
    11441     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.313    3.013
    11442     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 HA      -0.314    2.939
    11443     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PRO 366 O        -0.314    2.794
    11444     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD22   -0.314    2.314
    11445     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HB3     -0.315    3.015
    11446     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.315    3.015
    11447     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ALA 360 O      -0.315    3.495
    11448     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH11     -0.315    3.015
    11449     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 HA      -0.316    2.316
    11450     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 ND1     -0.317    3.657
    11451     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 HG2      -0.317    2.317
    11452     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CD     -0.317    3.717
    11453     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CA      -0.317    3.717
    11454     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 HA      -0.317    3.017
    11455     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.317    3.017
    11456     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 NE      -0.318    3.643
    11457     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 181 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B THR 300 CG2    -0.318    3.718
    11458     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.319    3.019
    11459     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 CB      -0.319    3.719
    11460     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 CE1     -0.319    3.719
    11461     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 CD      -0.319    3.719
    11462     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 NH1      -0.320    2.945
    11463     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 HB3      -0.320    2.320
    11464     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 CZ       -0.320    3.020
    11465     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 CZ      -0.320    3.720
    11466     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 CE2     -0.321    3.021
    11467     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LEU 307 C       -0.321    3.021
    11468     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 O       -0.321    3.501
    11469     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HD2    -0.321    2.321
    11470     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.321    3.021
    11471     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.321    3.021
    11472     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 C       -0.321    3.021
    11473     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 NE      -0.322    3.647
    11474     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 146 HD13   -0.323    2.323
    11475     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CG      -0.323    3.723
    11476     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 ND1     -0.323    3.663
    11477     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 CB      -0.323    3.023
    11478     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 HH22     -0.323    2.323
    11479     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C THR 180 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PRO 366 O       -0.324    3.504
    11480     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 HH22    -0.324    3.024
    11481     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      -0.324    3.649
    11482     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CD     -0.324    3.724
    11483     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 HG22     -0.324    2.324
    11484     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 O        -0.324    2.804
    11485     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 HB2     -0.324    3.024
    11486     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ASN 182 HD21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 OE1      -0.324    2.404
    11487     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 CD       -0.324    3.724
    11488     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.324    3.024
    11489     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.324    3.024
    11490     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HE2    -0.325    3.025
    11491     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HD2      -0.325    2.805
    11492     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ASN 182 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 O      -0.325    3.030
    11493     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CG       -0.326    3.026
    11494     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 HA      -0.326    2.326
    11495     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 OE2      -0.326    2.406
    11496     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PHE 292 CD2     -0.326    3.726
    11497     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 CB      -0.326    3.026
    11498     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CD1      -0.327    3.727
    11499     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE1      -0.327    3.027
    11500     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH1     -0.327    3.652
    11501     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CA      -0.327    3.027
    11502     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 HE       -0.327    2.327
    11503     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 HB3    -0.328    3.028
    11504     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 C        -0.328    3.028
    11505     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D LYS 217 HD3    -0.328    3.028
    11506     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 NZ     -0.329    3.654
    11507     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CA      -0.329    3.729
    11508     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.330    3.655
    11509     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 HE2     -0.330    2.330
    11510     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH11     -0.330    3.030
    11511     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CG       -0.331    3.031
    11512     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH12     -0.331    3.031
    11513     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HA       -0.331    2.331
    11514     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD22   -0.332    3.032
    11515     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ILE 289 HG22     -0.332    3.032
    11516     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      -0.332    2.412
    11517     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.332    2.812
    11518     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.332    3.032
    11519     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.332    2.432
    11520     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      -0.332    3.657
    11521     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 HE2      -0.333    3.033
    11522     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      -0.333    3.658
    11523     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 NE2     -0.334    3.039
    11524     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH1      -0.335    3.660
    11525     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 HH22    -0.335    2.335
    11526     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 335 OE2     -0.335    3.515
    11527     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 NH2      -0.336    2.961
    11528     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HH21     -0.336    2.336
    11529     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 CD      -0.336    3.036
    11530     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HD3     -0.337    3.037
    11531     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH21     -0.337    3.037
    11532     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 NZ      -0.337    3.662
    11533     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 HH22     -0.337    2.417
    11534     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 HA       -0.337    2.337
    11535     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D LYS 217 HD3    -0.337    2.337
    11536     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 NZ      -0.337    2.962
    11537     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 CD2     -0.338    3.738
    11538     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 OE1     -0.339    3.299
    11539     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG3     -0.339    2.339
    11540     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.339    3.664
    11541     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 287 OE1     -0.339    2.819
    11542     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 HG21     -0.340    3.040
    11543     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 CB       -0.340    3.740
    11544     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HA      -0.340    3.040
    11545     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 HG     -0.341    3.041
    11546     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 CG      -0.341    3.741
    11547     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.341    3.666
    11548     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH2      -0.341    3.666
    11549     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 CB      -0.341    3.521
    11550     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CA      -0.341    3.741
    11551     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.342    2.967
    11552     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 CA      -0.342    3.742
    11553     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 NH2     -0.342    3.667
    11554     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 HA      -0.342    3.042
    11555     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 OE1      -0.342    3.047
    11556     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ASN 342 O        -0.342    3.522
    11557     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.343    2.968
    11558     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 CG1    -0.343    3.043
    11559     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D THR 82 HG21    -0.343    3.043
    11560     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HG2     -0.343    2.343
    11561     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 C       -0.343    3.743
    11562     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG3     -0.344    2.344
    11563     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HD2     -0.344    3.044
    11564     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 CG2    -0.344    3.744
    11565     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CD1      -0.344    3.744
    11566     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       -0.344    3.044
    11567     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.345    3.745
    11568     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 HB3     -0.345    2.345
    11569     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.345    3.827
    11570     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ASN 182 ND2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B SER 370 HG      -0.345    2.970
    11571     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HG21    -0.345    2.345
    11572     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 CB       -0.345    3.745
    11573     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CG       -0.346    3.746
    11574     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CA       -0.346    3.746
    11575     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 HA      -0.346    2.346
    11576     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CB      -0.346    3.746
    11577     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 CD       -0.347    3.747
    11578     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH21     -0.347    3.047
    11579     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C ASN 182 HD21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B SER 370 HG     -0.347    2.347
    11580     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH2      -0.347    3.672
    11581     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HB3     -0.348    3.048
    11582     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 HG2     -0.348    3.048
    11583     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    -0.348    2.348
    11584     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 HB2     -0.348    3.048
    11585     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 CB       -0.348    3.048
    11586     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 CG     -0.348    3.748
    11587     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       -0.348    3.748
    11588     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 HB3      -0.348    2.348
    11589     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CD      -0.349    3.749
    11590     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B TRP 338 NE1     -0.349    3.599
    11591     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 298 NH2      -0.350    3.675
    11592     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HG3     -0.350    3.050
    11593     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 HB2     -0.350    3.050
    11594     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 329 HG       -0.350    3.050
    11595     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PHE 292 CE2     -0.350    3.750
    11596     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 CB       -0.351    3.051
    11597     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 O        -0.351    2.831
    11598     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 ND2    -0.351    2.976
    11599     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CG      -0.351    3.051
    11600     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CD      -0.351    3.751
    11601     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B PHE 344 CB      -0.351    3.051
    11602     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 181 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B THR 300 HG21   -0.352    2.352
    11603     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 NH1    -0.352    2.977
    11604     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 289 HG22     -0.352    3.052
    11605     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 N       -0.352    3.677
    11606     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HD3     -0.352    3.052
    11607     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 HH12    -0.352    2.352
    11608     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 287 OE1     -0.352    3.532
    11609     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HA       -0.353    3.053
    11610     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CB      -0.353    3.753
    11611     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 331 CG2      -0.353    3.753
    11612     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CE     -0.353    3.053
    11613     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 C        -0.353    3.053
    11614     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HG2     -0.353    3.053
    11615     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      -0.353    3.533
    11616     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 CG       -0.354    3.054
    11617     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 HB       -0.354    2.354
    11618     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH21     -0.354    3.054
    11619     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 ND2    -0.355    3.680
    11620     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 HG22   -0.355    2.355
    11621     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 298 NH2      -0.355    3.060
    11622     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG2      -0.355    3.535
    11623     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD2    -0.356    3.056
    11624     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 OG       -0.356    2.856
    11625     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 HA     -0.356    3.056
    11626     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 O       -0.356    3.536
    11627     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 HG22   -0.357    3.057
    11628     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 HB2     -0.357    2.357
    11629     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CD       -0.357    3.757
    11630     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HG13     -0.357    2.357
    11631     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 331 HG22     -0.358    2.358
    11632     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 294 CB       -0.358    3.058
    11633     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH21     -0.359    3.059
    11634     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      -0.359    3.064
    11635     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 HG2      -0.359    2.359
    11636     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CD      -0.359    3.759
    11637     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CB      -0.360    3.760
    11638     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 HD3      -0.360    3.060
    11639     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 N       -0.360    3.685
    11640     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 292 CE2      -0.362    3.762
    11641     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HH21     -0.362    3.062
    11642     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ALA 123 CB      -0.362    3.062
    11643     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CA      -0.362    3.762
    11644     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.362    3.762
    11645     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A VAL 331 HG21     -0.363    2.843
    11646     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 HD2     -0.363    3.063
    11647     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CZ      -0.363    3.763
    11648     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 CB      -0.363    3.763
    11649     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      -0.363    3.068
    11650     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.363    2.443
    11651     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 HB2     -0.364    3.064
    11652     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       -0.364    3.764
    11653     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CA      -0.364    3.764
    11654     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 146 CD1    -0.365    3.765
    11655     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 O       -0.365    3.545
    11656     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 HA      -0.365    2.990
    11657     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B HIS 297 HD2      -0.365    3.065
    11658     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HB2    -0.365    3.065
    11659     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 HD13   -0.365    3.065
    11660     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CG       -0.366    3.766
    11661     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.366    2.366
    11662     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.366    3.766
    11663     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 ND2     -0.366    3.691
    11664     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.366    3.691
    11665     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 187 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 NH1      -0.366    3.071
    11666     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 HB3     -0.367    3.067
    11667     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 CE2     -0.367    3.767
    11668     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HD3     -0.367    2.367
    11669     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C GLU 183 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LYS 151 HZ3    -0.367    3.067
    11670     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ASN 182 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 374 OE2      -0.367    2.847
    11671     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CG1      -0.367    3.067
    11672     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 184 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PRO 308 HB3     -0.367    3.067
    11673     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 HB2     -0.368    3.068
    11674     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 CZ       -0.368    3.548
    11675     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 HA      -0.369    3.069
    11676     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 181 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 371 CG1      -0.369    3.769
    11677     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 CZ       -0.369    3.549
    11678     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE2      -0.369    3.329
    11679     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 371 CD1      -0.369    3.769
    11680     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG3     -0.369    3.069
    11681     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 CG       -0.370    3.070
    11682     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D THR 180 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.370    3.070
    11683     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 C      -0.370    3.770
    11684     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 NH1     -0.370    3.695
    11685     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 HG2     -0.370    2.370
    11686     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH22     -0.370    3.070
    11687     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CD      -0.371    3.071
    11688     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 CE2      -0.371    3.771
    11689     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 C      -0.371    3.071
    11690     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 N       -0.371    3.696
    11691     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.372    3.072
    11692     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HH21    -0.372    3.072
    11693     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HG2     -0.372    3.072
    11694     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 NH2     -0.372    2.997
    11695     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E ARG 342 O       -0.372    2.852
    11696     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 HB3      -0.373    2.373
    11697     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HB3     -0.373    3.073
    11698     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CD       -0.373    3.773
    11699     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 C        -0.373    3.773
    11700     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 HB2      -0.373    2.373
    11701     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.374    3.074
    11702     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASP 328 CG       -0.374    3.699
    11703     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 O        -0.374    3.554
    11704     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 C       -0.374    3.774
    11705     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.375    3.100
    11706     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 HH22     -0.375    3.075
    11707     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 N       -0.375    3.000
    11708     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 CZ       -0.375    3.555
    11709     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.375    2.375
    11710     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HG13     -0.375    2.375
    11711     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.375    3.775
    11712     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 HG11    -0.376    3.076
    11713     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG11    -0.376    3.076
    11714     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PHE 292 CZ      -0.376    3.776
    11715     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CG      -0.376    3.776
    11716     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD22   -0.376    2.856
    11717     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 HB3     -0.376    3.076
    11718     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CG     -0.377    3.077
    11719     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 180 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 372 HG2      -0.377    2.377
    11720     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 N        -0.377    3.702
    11721     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 C       -0.377    3.777
    11722     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HA     -0.377    3.077
    11723     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 CD       -0.377    3.777
    11724     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 OE1    -0.377    2.857
    11725     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CB      -0.378    3.778
    11726     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.378    3.703
    11727     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A VAL 331 HG23     -0.378    2.858
    11728     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 N       -0.378    3.703
    11729     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 HG2      -0.378    3.078
    11730     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 HH21    -0.378    2.378
    11731     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 HG22     -0.379    2.379
    11732     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CB     -0.379    3.779
    11733     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B TRP 338 NE1      -0.380    3.705
    11734     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CD      -0.380    3.780
    11735     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 HH22    -0.381    3.081
    11736     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 HH12     -0.381    2.461
    11737     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 374 OE2      -0.381    2.461
    11738     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HE2     -0.382    2.862
    11739     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.382    2.382
    11740     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.382    3.782
    11741     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E TYR 288 HE1     -0.383    3.083
    11742     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.383    2.383
    11743     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH2     -0.384    3.709
    11744     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NE       -0.385    3.710
    11745     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CG1      -0.385    3.085
    11746     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 CG      -0.386    3.786
    11747     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 NH2      -0.386    3.091
    11748     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NE       -0.386    3.011
    11749     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CG1      -0.386    3.086
    11750     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.386    3.086
    11751     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 HH21    -0.387    2.387
    11752     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 HB2     -0.387    3.087
    11753     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.387    3.012
    11754     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 HD1     -0.387    3.087
    11755     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NE       -0.388    3.093
    11756     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ3    -0.388    3.088
    11757     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B THR 300 HG23    -0.389    2.389
    11758     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.389    3.089
    11759     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 HD3     -0.389    2.389
    11760     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 CZ      -0.389    3.789
    11761     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 HE22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B TRP 338 NE1     -0.390    3.015
    11762     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 CB       -0.390    3.790
    11763     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.390    3.090
    11764     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 CG       -0.391    3.791
    11765     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG2     -0.391    3.091
    11766     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B PRO 366 O        -0.392    2.872
    11767     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 CZ       -0.392    3.792
    11768     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 O       -0.393    2.873
    11769     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 CA      -0.394    3.794
    11770     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB2      -0.394    3.094
    11771     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE2    -0.394    3.094
    11772     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      -0.394    3.719
    11773     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 O       -0.395    3.575
    11774     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 298 NH2      -0.395    3.020
    11775     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CB     -0.395    3.795
    11776     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.395    2.395
    11777     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 CB      -0.396    3.096
    11778     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.396    3.021
    11779     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HA       -0.396    2.876
    11780     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 CE2     -0.397    3.097
    11781     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 CG      -0.397    3.797
    11782     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HD3      -0.397    3.097
    11783     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 CB     -0.397    3.797
    11784     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 HD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG2      -0.397    3.097
    11785     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 C        -0.398    3.098
    11786     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CG1      -0.398    3.098
    11787     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 HD1     -0.398    3.023
    11788     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.399    2.399
    11789     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 387 HE2     -0.399    2.399
    11790     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 CA      -0.400    3.100
    11791     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 CA      -0.400    3.100
    11792     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 O      -0.400    2.880
    11793    
    11794 
    11795  
    11796 1241 contacts 
    11797 
    11798 > ui tool show Log
    11799 
    11800 > hide sel cartoons
    11801 
    11802 > select sequence TANEFFSQP
    11803 
    11804 6075 atoms, 6165 bonds, 405 residues, 30 models selected 
    11805 
    11806 > hide sel cartoons
    11807 
    11808 > select /A,B:298
    11809 
    11810 1440 atoms, 1380 bonds, 60 residues, 30 models selected 
    11811 
    11812 > select /A,B:298,334
    11813 
    11814 2880 atoms, 2760 bonds, 120 residues, 30 models selected 
    11815 
    11816 > show sel atoms
    11817 
    11818 > style sel stick
    11819 
    11820 Changed 2880 atom styles 
    11821 
    11822 > contacts sel interModel false intraMol false reveal true select true
    11823 
    11824 816 contacts 
    11825 
    11826 > sequence chain
    11827 > #1/A,B#2/A,B#3/A,B#4/A,B#5/B#7/B#8/B#9/B#10/B#11/B#12/A,B#13/A,B#14/A,B#15/A,B#16/A,B#17/A,B#18/A,B#19/B#20/A,B#21/A,B#23/A,B#25/A,B#26/A,B#28/A,B#31/B
    11828 
    11829 Alignment identifier is 6 
    11830 
    11831 > sequence chain
    11832 > #1/C#2/C#3/C#4/C#5/C#7/C#8/C#9/C#10/C#12/C,D#13/C,D#14/C,D#15/C,D#16/C,D#17/C,D#18/C,D#19/D#20/C,D#21/C,D#23/C,D#25/C,D#26/C,D
    11833 
    11834 Alignment identifier is 7 
    11835 
    11836 > sequence chain #1/D#2/D#3/D#4/D#9/D#10/D#11/D#28/D#31/D
    11837 
    11838 Alignment identifier is 8 
    11839 
    11840 > sequence chain #15/E#18/E#28/E
    11841 
    11842 Alignment identifier is 9 
    11843 
    11844 > select up
    11845 
    11846 4373 atoms, 4233 bonds, 225 residues, 34 models selected 
    11847 
    11848 > select down
    11849 
    11850 825 atoms, 225 residues, 34 models selected 
    11851 
    11852 > undo
    11853 
    11854 > hide sel atoms
    11855 
    11856 > select /A,B:298,334
    11857 
    11858 2880 atoms, 2760 bonds, 120 residues, 30 models selected 
    11859 
    11860 > show sel atoms
    11861 
    11862 > contacts sel restrict /C,D:181-192 interModel false intraMol false reveal
    11863 > true select true
    11864 
    11865 411 contacts 
    11866 
    11867 > select up
    11868 
    11869 2126 atoms, 2071 bonds, 106 residues, 24 models selected 
    11870 
    11871 > hide sel atoms
    11872 
    11873 > show sel cartoons
    11874 
    11875 > select up
    11876 
    11877 23551 atoms, 23894 bonds, 1550 residues, 24 models selected 
    11878 
    11879 > select down
    11880 
    11881 2126 atoms, 2071 bonds, 106 residues, 24 models selected 
    11882 
    11883 > select #1/C:184
    11884 
    11885 20 atoms, 20 bonds, 1 residue, 1 model selected 
    11886 
    11887 > select #1/C:184-191 #2/C:184-191 #3/C:184-191 #4/C:184-191 #5/C:184-191
    11888 > #12/C:184-191 #13/C:184-191 #14/C:184-191 #15/C:184-191 #16/C:184-191
    11889 > #17/D:184-191 #18/D:184-191 #19/D:184-191 #20/D:184-191 #21/D:184-191
    11890 
    11891 1995 atoms, 2040 bonds, 120 residues, 15 models selected 
    11892 Clustal Omega Alignment [ID: 3] region chain C..chain D [184-191] RMSD: 18.483 
    11893  
    11894 
    11895 > select clear
    11896 
    11897 > select /A,B:298,334
    11898 
    11899 2880 atoms, 2760 bonds, 120 residues, 30 models selected 
    11900 
    11901 > contacts sel restrict /C,D:181-192 interModel false intraMol false reveal
    11902 > true select true
    11903 
    11904 411 contacts 
    11905 
    11906 > select up
    11907 
    11908 2126 atoms, 2071 bonds, 106 residues, 24 models selected 
    11909 
    11910 > sequence align /C,D & sel
    11911 
    11912 Alignment identifier is 3 
    11913 Showing conservation header ("seq_conservation" residue attribute) for
    11914 alignment 3 
    11915 Webservices job id: 1UMEHND0A19HRENV 
    11916 Webservices job finished: 1UMEHND0A19HRENV 
    11917 
    11918 > sequence header 3 rmsd show
    11919 
    11920 Chains used in RMSD evaluation for alignment 3:
    11921 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
    11922 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
    11923 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
    11924 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
    11925 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C,
    11926 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C,
    11927 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C,
    11928 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C,
    11929 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C,
    11930 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C,
    11931 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C,
    11932 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C,
    11933 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D,
    11934 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D,
    11935 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D,
    11936 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D,
    11937 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D 
    11938 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3 
    11939 
    11940 > sequence header 3 conservation hide
    11941 
    11942 Hiding conservation header for alignment 3 
    11943 
    11944 > name frozen fsq sel
    11945 
    11946 Drag select of 1628 atoms, 1949 residues, 1260 bonds, 232 pseudobonds 
    11947 
    11948 > select intersect fsq
    11949 
    11950 974 atoms, 514 bonds, 226 pseudobonds, 47 residues, 15 models selected 
    11951 
    11952 > sequence align /C,D & sel
    11953 
    11954 Alignment identifier is 3 
    11955 Showing conservation header ("seq_conservation" residue attribute) for
    11956 alignment 3 
    11957 Webservices job id: 17ZXTT4YN72DFQ0J 
    11958 Webservices job finished: 17ZXTT4YN72DFQ0J 
    11959 
    11960 > sequence header 3 rmsd show
    11961 
    11962 Chains used in RMSD evaluation for alignment 3:
    11963 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C,
    11964 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C,
    11965 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C,
    11966 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C,
    11967 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D,
    11968 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D,
    11969 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D,
    11970 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D,
    11971 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D 
    11972 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3 
    11973 
    11974 > sequence header 3 conservation hide
    11975 
    11976 Hiding conservation header for alignment 3 
    11977 
    11978 > select #12/C:177
    11979 
    11980 14 atoms, 14 bonds, 1 residue, 1 model selected 
    11981 
    11982 > select #12/C:177-213 #13/C:177-213 #14/C:177-213 #16/C:177-213 #18/D:177-213
    11983 > #21/D:177-213 #23/D:177-213 #25/D:177-213 #26/D:177-213
    11984 
    11985 4743 atoms, 4815 bonds, 333 residues, 9 models selected 
    11986 Clustal Omega Alignment [ID: 3] region chain C..chain D [177-213] RMSD: 20.743 
    11987  
    11988 
    11989 > hide sel atoms
    11990 
    11991 > show sel cartoons
    11992 
    11993 > hide sel cartoons
    11994 
    11995 > select fsq
    11996 
    11997 43575 atoms, 2071 bonds, 411 pseudobonds, 2785 residues, 18 models selected 
    11998 
    11999 > hide sel atoms
    12000 
    12001 > hide sel cartoons
    12002 
    12003 > select clear
    12004 
    12005 > select /A,B:298,334,367
    12006 
    12007 4320 atoms, 4140 bonds, 180 residues, 30 models selected 
    12008 
    12009 > show sel atoms
    12010 
    12011 > select up
    12012 
    12013 30760 atoms, 30917 bonds, 1818 residues, 30 models selected 
    12014 
    12015 > style sel stick
    12016 
    12017 Changed 30760 atom styles 
    12018 
    12019 > hide sel atoms
    12020 
    12021 > color sel #ffbebeff
    12022 
    12023 [Repeated 1 time(s)]
    12024 
    12025 > color sel #f0bebeff
    12026 
    12027 > color sel #c9bebeff
    12028 
    12029 > color sel #b3bebeff
    12030 
    12031 > color sel #9bbebeff
    12032 
    12033 > color sel #8cbebeff
    12034 
    12035 > color sel #69bebeff
    12036 
    12037 > color sel #77bebeff
    12038 
    12039 > color sel #59bebeff
    12040 
    12041 > color sel #5abebeff
    12042 
    12043 > select clear
    12044 
    12045 > undo
    12046 
    12047 [Repeated 1 time(s)]
    12048 
    12049 > select clear
    12050 
    12051 > undo
    12052 
    12053 > color sel bychain
    12054 
    12055 > select clear
    12056 
    12057 > select #11/A:341
    12058 
    12059 17 atoms, 16 bonds, 1 residue, 1 model selected 
    12060 
    12061 > select up
    12062 
    12063 226 atoms, 227 bonds, 13 residues, 1 model selected 
    12064 
    12065 > select up
    12066 
    12067 6840 atoms, 6905 bonds, 425 residues, 1 model selected 
    12068 
    12069 > select down
    12070 
    12071 226 atoms, 227 bonds, 13 residues, 1 model selected 
    12072 
    12073 > select down
    12074 
    12075 17 atoms, 16 bonds, 1 residue, 1 model selected 
    12076 
    12077 > select clear
    12078 
    12079 > select #11/A:298
    12080 
    12081 24 atoms, 23 bonds, 1 residue, 1 model selected 
    12082 
    12083 > select up
    12084 
    12085 106 atoms, 107 bonds, 6 residues, 1 model selected 
    12086 
    12087 > select up
    12088 
    12089 6840 atoms, 6905 bonds, 425 residues, 1 model selected 
    12090 
    12091 > color sel bychain
    12092 
    12093 > color sel #ff8888ff
    12094 
    12095 > select clear
    12096 
    12097 > select /A,B
    12098 
    12099 410508 atoms, 414408 bonds, 103 pseudobonds, 25500 residues, 31 models
    12100 selected 
    12101 
    12102 > color (#!1-5,7-31 & sel) #fcb2b2ff
    12103 
    12104 > select clear
    12105 
    12106 > undo
    12107 
    12108 > redo
    12109 
    12110 > select clear
    12111 
    12112 > save /Users/pcarlton/Desktop/wow2.cxs
    12113 
    12114 > select clear
    12115 
    12116 Drag select of 21 atoms, 12429 residues, 4 pseudobonds 
    12117 
    12118 > select intersect /E
    12119 
    12120 90925 atoms, 5534 residues, 30 models selected 
    12121 
    12122 > contacts sel restrict /A,B select true
    12123 
    12124 182431 contacts 
    12125 
    12126 > select clear
    12127 
    12128 Drag select of 40 atoms, 12895 residues, 1307 pseudobonds 
    12129 
    12130 > select intersect /E
    12131 
    12132 90925 atoms, 5534 residues, 30 models selected 
    12133 
    12134 > contacts sel restrict /A,B interModel false intraMol false select true
    12135 
    12136 4077 contacts 
    12137 
    12138 > select intersect /A,B
    12139 
    12140 2350 atoms, 730 residues, 30 models selected 
    12141 
    12142 > color modify sel lightness - 10
    12143 
    12144 [Repeated 1 time(s)]
    12145 
    12146 > select clear
    12147 
    12148 Drag select of 41 atoms, 16525 residues, 47 pseudobonds 
    12149 
    12150 > select intersect /E
    12151 
    12152 90925 atoms, 5534 residues, 30 models selected 
    12153 
    12154 > contacts sel restrict /A,B interModel false intraMol false select true
    12155 
    12156 4077 contacts 
    12157 
    12158 > select clear
    12159 
    12160 Drag select of 8388 residues, 23 pseudobonds 
    12161 
    12162 > select intersect /E
    12163 
    12164 90925 atoms, 5534 residues, 30 models selected 
    12165 
    12166 > contacts sel restrict /A,B interModel false intraMol false select true
    12167 
    12168 4077 contacts 
    12169 
    12170 > name frozen spod3 sel
    12171 
    12172 > sequence align sel
    12173 
    12174 Alignment identifier is 7 
    12175 Showing conservation header ("seq_conservation" residue attribute) for
    12176 alignment 7 
    12177 Webservices job id: EZ1DFAQSI5709I55 
    12178 Webservices job finished: EZ1DFAQSI5709I55 
    12179 
    12180 > select intersect /A,B
    12181 
    12182 2350 atoms, 730 residues, 30 models selected 
    12183 
    12184 > sequence align sel
    12185 
    12186 Alignment identifier is 7 
    12187 Showing conservation header ("seq_conservation" residue attribute) for
    12188 alignment 7 
    12189 Webservices job id: RX38MIJTCK3ZALTH 
    12190 Webservices job finished: RX38MIJTCK3ZALTH 
    12191 
    12192 > sequence header 7 rmsd show
    12193 
    12194 Chains used in RMSD evaluation for alignment 7:
    12195 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B,
    12196 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B,
    12197 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B,
    12198 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B,
    12199 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B,
    12200 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A,
    12201 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A,
    12202 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A,
    12203 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A,
    12204 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A,
    12205 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B,
    12206 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B,
    12207 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B,
    12208 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B,
    12209 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B,
    12210 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B,
    12211 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B,
    12212 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B,
    12213 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B,
    12214 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B,
    12215 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B,
    12216 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B,
    12217 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B,
    12218 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B,
    12219 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B,
    12220 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/B,
    12221 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B,
    12222 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/B,
    12223 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B,
    12224 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B 
    12225 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7 
    12226 
    12227 > sequence header 7 conservation hide
    12228 
    12229 Hiding conservation header for alignment 7 
    12230 
    12231 > select clear
    12232 
    12233 Drag select of 20 residues 
    12234 
    12235 > changechains
    12236 
    12237 Missing or invalid "fromIds" argument: Expected a text string 
    12238 
    12239 > ui tool show "Change Chain IDs"
    12240 
    12241 > select up
    12242 
    12243 1195 atoms, 1215 bonds, 65 residues, 20 models selected 
    12244 
    12245 > select up
    12246 
    12247 136838 atoms, 138138 bonds, 8500 residues, 20 models selected 
    12248 
    12249 > changechains sel spo11a
    12250 
    12251 Chain IDs of 8500 residues changed 
    12252 Drag select of 150 residues 
    12253 
    12254 > select up
    12255 
    12256 4482 atoms, 4502 bonds, 258 residues, 20 models selected 
    12257 
    12258 > select up
    12259 
    12260 136840 atoms, 138140 bonds, 8500 residues, 20 models selected 
    12261 
    12262 > ui tool show "Change Chain IDs"
    12263 
    12264 > changechains sel spo11b
    12265 
    12266 Chain IDs of 8500 residues changed 
    12267 
    12268 > select clear
    12269 
    12270 [Repeated 1 time(s)]Drag select of 6453 residues, 23 pseudobonds 
    12271 
    12272 > select intersect /E
    12273 
    12274 90925 atoms, 5534 residues, 30 models selected 
    12275 
    12276 > contacts sel restrict /spo11a interModel false intraMol false select true
    12277 
    12278 1348 contacts 
    12279 
    12280 > color modify sel yellow + 10 ribbons
    12281 
    12282 Missing or invalid "adjuster" argument: Should be one of 'blackness', 'blue',
    12283 'contrast', 'green', 'hue', 'lightness', 'red', 'saturation', or 'whiteness' 
    12284 
    12285 > color modify sel green + 10 ribbons
    12286 
    12287 > select intersect /spo11a
    12288 
    12289 800 atoms, 282 residues, 20 models selected 
    12290 
    12291 > color modify sel green + 10 ribbons
    12292 
    12293 [Repeated 1 time(s)]
    12294 
    12295 > sequence align sel
    12296 
    12297 Alignment identifier is 1 
    12298 Showing conservation header ("seq_conservation" residue attribute) for
    12299 alignment 1 
    12300 Webservices job id: 8RAKAEDPIR2JKXFE 
    12301 Webservices job finished: 8RAKAEDPIR2JKXFE 
    12302 
    12303 > select clear
    12304 
    12305 > select spod3
    12306 
    12307 4374 atoms, 2386 bonds, 1348 pseudobonds, 1377 residues, 31 models selected 
    12308 
    12309 > select intersect /spo11b
    12310 
    12311 795 atoms, 463 bonds, 210 residues, 20 models selected 
    12312 
    12313 > select clear
    12314 
    12315 Drag select of 6992 residues, 23 pseudobonds 
    12316 
    12317 > select intersect /E
    12318 
    12319 90925 atoms, 5534 residues, 30 models selected 
    12320 
    12321 > contacts sel restrict /spo11b interModel false intraMol false select true
    12322 
    12323 1362 contacts 
    12324 
    12325 > select intersect /spo11b
    12326 
    12327 795 atoms, 210 residues, 20 models selected 
    12328 
    12329 > name frozen spoBdsb3 sel
    12330 
    12331 > sequence align sel
    12332 
    12333 Alignment identifier is 2 
    12334 Showing conservation header ("seq_conservation" residue attribute) for
    12335 alignment 2 
    12336 Webservices job id: 3K8IBAFK03JN9UFO 
    12337 Webservices job finished: 3K8IBAFK03JN9UFO 
    12338 
    12339 > sequence header 2 rmsd show
    12340 
    12341 Chains used in RMSD evaluation for alignment 2:
    12342 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11b,
    12343 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11b,
    12344 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11b,
    12345 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11b,
    12346 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11b,
    12347 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11b,
    12348 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11b,
    12349 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11b,
    12350 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11b,
    12351 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11b,
    12352 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11b,
    12353 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11b,
    12354 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11b,
    12355 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11b,
    12356 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11b,
    12357 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11b,
    12358 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11b,
    12359 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11b,
    12360 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11b,
    12361 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11b 
    12362 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    12363 
    12364 > sequence header 2 conservation hide
    12365 
    12366 Hiding conservation header for alignment 2 
    12367 
    12368 > sequence header 1 rmsd show
    12369 
    12370 Chains used in RMSD evaluation for alignment 1:
    12371 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11a,
    12372 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11a,
    12373 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11a,
    12374 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11a,
    12375 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11a,
    12376 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11a,
    12377 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11a,
    12378 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11a,
    12379 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11a,
    12380 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11a,
    12381 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11a,
    12382 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11a,
    12383 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11a,
    12384 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11a,
    12385 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11a,
    12386 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11a,
    12387 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11a,
    12388 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11a,
    12389 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11a,
    12390 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11a 
    12391 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    12392 
    12393 > sequence header 1 conservation hide
    12394 
    12395 Hiding conservation header for alignment 1 
    12396 
    12397 > select spod3
    12398 
    12399 4374 atoms, 2386 bonds, 1362 pseudobonds, 1377 residues, 31 models selected 
    12400 
    12401 > close #6,32
    12402 
    12403 > select intersect /spo11a,spo11b
    12404 
    12405 1595 atoms, 861 bonds, 492 residues, 20 models selected 
    12406 
    12407 > select #22-31/A
    12408 
    12409 68418 atoms, 69068 bonds, 4250 residues, 10 models selected 
    12410 
    12411 > select #22-31/A:39-369
    12412 
    12413 54408 atoms, 54918 bonds, 3310 residues, 10 models selected 
    12414 
    12415 > show sel cartoons
    12416 
    12417 > select #22-31/B:39-369
    12418 
    12419 54402 atoms, 54912 bonds, 3310 residues, 10 models selected 
    12420 
    12421 > show sel cartoons
    12422 
    12423 > hide sel cartoons
    12424 
    12425 > show sel cartoons
    12426 
    12427 > select #22-31/B
    12428 
    12429 68412 atoms, 69062 bonds, 4250 residues, 10 models selected 
    12430 
    12431 > changechains sel spo11b
    12432 
    12433 Chain IDs of 4250 residues changed 
    12434 
    12435 > select #22-31/A
    12436 
    12437 68418 atoms, 69068 bonds, 4250 residues, 10 models selected 
    12438 
    12439 > changechains sel spo11a
    12440 
    12441 Chain IDs of 4250 residues changed 
    12442 
    12443 > select #22-31/B:39-369
    12444 
    12445 Nothing selected 
    12446 
    12447 > select #22-31/spo11b:39-369
    12448 
    12449 54402 atoms, 54912 bonds, 3310 residues, 10 models selected 
    12450 
    12451 > select #22-31/E:158-345
    12452 
    12453 30899 atoms, 31229 bonds, 1880 residues, 10 models selected 
    12454 
    12455 > show sel cartoons
    12456 
    12457 > contacts sel restrict /spo11b interModel false intraMol false select true
    12458 
    12459 700 contacts 
    12460 
    12461 > select intersect /spo11b
    12462 
    12463 377 atoms, 104 residues, 10 models selected 
    12464 
    12465 > select clear
    12466 
    12467 > select /E:158-345
    12468 
    12469 92698 atoms, 93688 bonds, 5640 residues, 30 models selected 
    12470 
    12471 > contacts sel restrict /spo11a,spo11b interModel false intraMol false select
    12472 > true
    12473 
    12474 4135 contacts 
    12475 
    12476 > select intersect /spo11a,spo11b
    12477 
    12478 2386 atoms, 735 residues, 30 models selected 
    12479 
    12480 > name frozen spoABdsb3 sel
    12481 
    12482 > select intersect /spo11a
    12483 
    12484 1214 atoms, 421 residues, 30 models selected 
    12485 
    12486 > sequence align sel
    12487 
    12488 Alignment identifier is 1 
    12489 Showing conservation header ("seq_conservation" residue attribute) for
    12490 alignment 1 
    12491 Webservices job id: MF5S6WL4ZC4ISEXV 
    12492 Webservices job finished: MF5S6WL4ZC4ISEXV 
    12493 
    12494 > sequence header rmsd show
    12495 
    12496 Chains used in RMSD evaluation for alignment 1:
    12497 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11a,
    12498 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11a,
    12499 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11a,
    12500 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11a,
    12501 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11a,
    12502 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11a,
    12503 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11a,
    12504 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11a,
    12505 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11a,
    12506 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11a,
    12507 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11a,
    12508 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11a,
    12509 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11a,
    12510 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11a,
    12511 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11a,
    12512 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11a,
    12513 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11a,
    12514 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11a,
    12515 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11a,
    12516 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11a,
    12517 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11a,
    12518 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11a,
    12519 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11a,
    12520 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11a,
    12521 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11a,
    12522 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11a,
    12523 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11a,
    12524 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11a,
    12525 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11a,
    12526 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11a 
    12527 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    12528 
    12529 > sequence header conservation hide
    12530 
    12531 Hiding conservation header for alignment 1 
    12532 
    12533 > select spoABdsb3
    12534 
    12535 2386 atoms, 1281 bonds, 735 residues, 30 models selected 
    12536 
    12537 > select intersect /spo11b
    12538 
    12539 1172 atoms, 664 bonds, 314 residues, 30 models selected 
    12540 
    12541 > sequence align sel
    12542 
    12543 Alignment identifier is 2 
    12544 Showing conservation header ("seq_conservation" residue attribute) for
    12545 alignment 2 
    12546 Webservices job id: SSN08G01AZAJM26R 
    12547 Webservices job finished: SSN08G01AZAJM26R 
    12548 
    12549 > sequence header 2 rmsd show
    12550 
    12551 Chains used in RMSD evaluation for alignment 2:
    12552 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11b,
    12553 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11b,
    12554 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11b,
    12555 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11b,
    12556 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11b,
    12557 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11b,
    12558 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11b,
    12559 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11b,
    12560 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11b,
    12561 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11b,
    12562 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11b,
    12563 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11b,
    12564 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11b,
    12565 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11b,
    12566 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11b,
    12567 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11b,
    12568 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11b,
    12569 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11b,
    12570 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11b,
    12571 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11b,
    12572 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11b,
    12573 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11b,
    12574 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11b,
    12575 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11b,
    12576 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11b,
    12577 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11b,
    12578 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11b,
    12579 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11b,
    12580 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11b,
    12581 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11b 
    12582 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2 
    12583 
    12584 > sequence header 2 conservation hide
    12585 
    12586 Hiding conservation header for alignment 2 
    12587 
    12588 > select spoABdsb3
    12589 
    12590 2386 atoms, 1281 bonds, 735 residues, 30 models selected 
    12591 
    12592 > select #1/spo11b:164 #2/spo11b:164 #3/spo11b:164 #4/spo11b:164 #5/spo11b:164
    12593 > #7/spo11b:164 #8/spo11b:164 #9/spo11b:164 #10/spo11b:164 #11/spo11b:164
    12594 > #12/spo11b:164 #13/spo11b:164 #14/spo11b:164 #15/spo11b:164 #16/spo11b:164
    12595 > #17/spo11b:164 #18/spo11b:164 #19/spo11b:164 #20/spo11b:164 #21/spo11b:164
    12596 > #22/spo11b:164 #23/spo11b:164 #24/spo11b:164 #25/spo11b:164 #26/spo11b:164
    12597 > #27/spo11b:164 #28/spo11b:164 #29/spo11b:164 #30/spo11b:164 #31/spo11b:164
    12598 
    12599 420 atoms, 390 bonds, 30 residues, 30 models selected 
    12600 
    12601 > undo
    12602 
    12603 Drag select of 321 residues 
    12604 
    12605 > select clear
    12606 
    12607 > select #27-31/C,D:1-140
    12608 
    12609 22656 atoms, 22876 bonds, 1400 residues, 5 models selected 
    12610 
    12611 > show sel cartoons
    12612 
    12613 > select clear
    12614 
    12615 Drag select of 5 residues 
    12616 
    12617 > select add #30/D:26
    12618 
    12619 105 atoms, 10 bonds, 6 residues, 2 models selected 
    12620 
    12621 > select add #27/D:80
    12622 
    12623 129 atoms, 33 bonds, 7 residues, 3 models selected 
    12624 
    12625 > select up
    12626 
    12627 933 atoms, 938 bonds, 56 residues, 3 models selected 
    12628 
    12629 > select up
    12630 
    12631 13224 atoms, 13356 bonds, 840 residues, 3 models selected 
    12632 
    12633 > hide sel cartoons
    12634 
    12635 > select #28/D:28
    12636 
    12637 19 atoms, 18 bonds, 1 residue, 1 model selected 
    12638 
    12639 > select up
    12640 
    12641 96 atoms, 95 bonds, 6 residues, 1 model selected 
    12642 
    12643 > select up
    12644 
    12645 4406 atoms, 4450 bonds, 280 residues, 1 model selected 
    12646 
    12647 > hide sel cartoons
    12648 
    12649 Drag select of 362 residues 
    12650 
    12651 > select clear
    12652 
    12653 Drag select of 444 residues 
    12654 
    12655 > select clear
    12656 
    12657 > select #12-26/C,D:1-140
    12658 
    12659 68575 atoms, 69205 bonds, 4200 residues, 15 models selected 
    12660 
    12661 > show sel cartoons
    12662 
    12663 > select clear
    12664 
    12665 Drag select of 583 residues 
    12666 
    12667 > sequence align sel
    12668 
    12669 Alignment identifier is 3 
    12670 Showing conservation header ("seq_conservation" residue attribute) for
    12671 alignment 3 
    12672 Webservices job id: ZACVHJE4LH5NP5AN 
    12673 Webservices job finished: ZACVHJE4LH5NP5AN 
    12674 
    12675 > select up
    12676 
    12677 15838 atoms, 15885 bonds, 979 residues, 20 models selected 
    12678 
    12679 > select up
    12680 
    12681 119210 atoms, 120650 bonds, 7700 residues, 20 models selected 
    12682 
    12683 > select up
    12684 
    12685 694288 atoms, 706462 bonds, 41255 residues, 20 models selected 
    12686 
    12687 > select down
    12688 
    12689 119210 atoms, 120650 bonds, 7700 residues, 20 models selected 
    12690 Drag select of 725 residues 
    12691 Drag select of 1409 residues 
    12692 
    12693 > select /C:1-140
    12694 
    12695 68572 atoms, 69202 bonds, 4200 residues, 30 models selected 
    12696 
    12697 > show sel cartoons
    12698 
    12699 > select clear
    12700 
    12701 > select /D:1-140
    12702 
    12703 67969 atoms, 68629 bonds, 4200 residues, 30 models selected 
    12704 
    12705 > show sel cartoons
    12706 
    12707 > select clear
    12708 
    12709 > select #11/D:80
    12710 
    12711 24 atoms, 23 bonds, 1 residue, 1 model selected 
    12712 
    12713 > select #11/D:131
    12714 
    12715 14 atoms, 13 bonds, 1 residue, 1 model selected 
    12716 
    12717 > select add #11/D:79
    12718 
    12719 34 atoms, 33 bonds, 2 residues, 1 model selected 
    12720 
    12721 > select add #31/D:70
    12722 
    12723 51 atoms, 49 bonds, 3 residues, 2 models selected 
    12724 
    12725 > select add #9/D:86
    12726 
    12727 65 atoms, 62 bonds, 4 residues, 3 models selected 
    12728 
    12729 > select add #27/D:11
    12730 
    12731 86 atoms, 83 bonds, 5 residues, 4 models selected 
    12732 
    12733 > select up
    12734 
    12735 578 atoms, 581 bonds, 34 residues, 4 models selected 
    12736 
    12737 > select up
    12738 
    12739 17629 atoms, 17805 bonds, 1120 residues, 4 models selected 
    12740 
    12741 > hide sel cartoons
    12742 
    12743 > select #30/D:91
    12744 
    12745 20 atoms, 20 bonds, 1 residue, 1 model selected 
    12746 
    12747 > select add #8/D:38
    12748 
    12749 36 atoms, 35 bonds, 2 residues, 2 models selected 
    12750 
    12751 > select add #2/D:138
    12752 
    12753 47 atoms, 45 bonds, 3 residues, 3 models selected 
    12754 
    12755 > select subtract #2/D:138
    12756 
    12757 36 atoms, 35 bonds, 2 residues, 2 models selected 
    12758 
    12759 > select add #8/D:130
    12760 
    12761 50 atoms, 48 bonds, 3 residues, 2 models selected 
    12762 
    12763 > select up
    12764 
    12765 437 atoms, 439 bonds, 26 residues, 2 models selected 
    12766 
    12767 > select up
    12768 
    12769 8816 atoms, 8904 bonds, 560 residues, 2 models selected 
    12770 
    12771 > hide sel cartoons
    12772 
    12773 Drag select of 9 residues 
    12774 
    12775 > select up
    12776 
    12777 9287 atoms, 9379 bonds, 586 residues, 3 models selected 
    12778 
    12779 > select up
    12780 
    12781 13223 atoms, 13355 bonds, 840 residues, 3 models selected 
    12782 
    12783 > hide sel cartoons
    12784 
    12785 > select #28/D:12
    12786 
    12787 21 atoms, 21 bonds, 1 residue, 1 model selected 
    12788 
    12789 > select up
    12790 
    12791 81 atoms, 82 bonds, 4 residues, 1 model selected 
    12792 
    12793 > select up
    12794 
    12795 4406 atoms, 4450 bonds, 280 residues, 1 model selected 
    12796 
    12797 > select clear
    12798 
    12799 > select sequence MSARG
    12800 
    12801 1063 atoms, 1048 bonds, 75 residues, 15 models selected 
    12802 
    12803 > select up
    12804 
    12805 1709 atoms, 1694 bonds, 107 residues, 15 models selected 
    12806 
    12807 > select up
    12808 
    12809 66112 atoms, 66772 bonds, 4200 residues, 15 models selected 
    12810 
    12811 > color sel purple
    12812 
    12813 > select clear
    12814 
    12815 > select #28/D:37
    12816 
    12817 10 atoms, 9 bonds, 1 residue, 1 model selected 
    12818 
    12819 > select up
    12820 
    12821 98 atoms, 98 bonds, 6 residues, 1 model selected 
    12822 
    12823 > select up
    12824 
    12825 4406 atoms, 4450 bonds, 280 residues, 1 model selected 
    12826 
    12827 > hide sel cartoons
    12828 
    12829 Drag select of 454 residues 
    12830 
    12831 > select up
    12832 
    12833 12851 atoms, 12973 bonds, 796 residues, 6 models selected 
    12834 
    12835 > select up
    12836 
    12837 26446 atoms, 26710 bonds, 1680 residues, 6 models selected 
    12838 
    12839 > select /D:110-290 & sel
    12840 
    12841 15792 atoms, 15954 bonds, 1026 residues, 6 models selected 
    12842 
    12843 > color sel orange
    12844 
    12845 > color sel purple
    12846 
    12847 > hide sel cartoons
    12848 
    12849 Drag select of 277 residues 
    12850 
    12851 > select #29/D:97
    12852 
    12853 11 atoms, 10 bonds, 1 residue, 1 model selected 
    12854 Drag select of 95 residues 
    12855 
    12856 > select up
    12857 
    12858 2922 atoms, 2950 bonds, 171 residues, 25 models selected 
    12859 
    12860 > select up
    12861 
    12862 119202 atoms, 120642 bonds, 7700 residues, 25 models selected 
    12863 
    12864 > sequence align sel
    12865 
    12866 Alignment identifier is 3 
    12867 Showing conservation header ("seq_conservation" residue attribute) for
    12868 alignment 3 
    12869 Webservices job id: R7YGLSAUBMVSN878 
    12870 Webservices job finished: R7YGLSAUBMVSN878 
    12871 
    12872 > ui tool show "Change Chain IDs"
    12873 
    12874 > changechains sel dsb1B
    12875 
    12876 Chain IDs of 7700 residues changed 
    12877 
    12878 > select clear
    12879 
    12880 Drag select of 872 residues 
    12881 
    12882 > select up
    12883 
    12884 23948 atoms, 24075 bonds, 1438 residues, 30 models selected 
    12885 
    12886 > select up
    12887 
    12888 149016 atoms, 150816 bonds, 9625 residues, 30 models selected 
    12889 
    12890 > sequence align sel
    12891 
    12892 Alignment identifier is 3 
    12893 Showing conservation header ("seq_conservation" residue attribute) for
    12894 alignment 3 
    12895 Webservices job id: IAMG35WHQ59621BU 
    12896 Webservices job finished: IAMG35WHQ59621BU 
    12897 
    12898 > ui tool show "Change Chain IDs"
    12899 
    12900 > changechains sel dsb1A
    12901 
    12902 Chain IDs of 9625 residues changed 
    12903 
    12904 > select /dsb1B
    12905 
    12906 119202 atoms, 120642 bonds, 7700 residues, 20 models selected 
    12907 
    12908 > select /dsb1A
    12909 
    12910 149016 atoms, 150816 bonds, 9625 residues, 25 models selected 
    12911 
    12912 > select clear
    12913 
    12914 > select sequence MSARG
    12915 
    12916 1063 atoms, 1048 bonds, 75 residues, 15 models selected 
    12917 
    12918 > select up
    12919 
    12920 1709 atoms, 1694 bonds, 107 residues, 15 models selected 
    12921 
    12922 > select up
    12923 
    12924 66112 atoms, 66772 bonds, 4200 residues, 15 models selected 
    12925 
    12926 > select up
    12927 
    12928 503265 atoms, 512078 bonds, 29760 residues, 15 models selected 
    12929 
    12930 > select down
    12931 
    12932 66112 atoms, 66772 bonds, 4200 residues, 25 models selected 
    12933 
    12934 > select clear
    12935 
    12936 > ui tool show Log
    12937 
    12938 > select sequence MSARG
    12939 
    12940 1063 atoms, 1048 bonds, 75 residues, 15 models selected 
    12941 
    12942 > select up
    12943 
    12944 1709 atoms, 1694 bonds, 107 residues, 15 models selected 
    12945 
    12946 > select up
    12947 
    12948 66112 atoms, 66772 bonds, 4200 residues, 15 models selected 
    12949 
    12950 > changechains sel dsb2
    12951 
    12952 Chain IDs of 4200 residues changed 
    12953 
    12954 > select clear
    12955 
    12956 > save /Users/pcarlton/Desktop/wow3.cxs
    12957 
    12958 > select dsb2 dsb1A dsb1B
    12959 
    12960 Expected an objects specifier or a keyword 
    12961 
    12962 > select /dsb2 /dsb1A /dsb1B
    12963 
    12964 334330 atoms, 338231 bonds, 21525 residues, 30 models selected 
    12965 
    12966 > select down
    12967 
    12968 334330 atoms, 338231 bonds, 21525 residues, 40 models selected 
    12969 
    12970 > select up
    12971 
    12972 1029801 atoms, 1047852 bonds, 61095 residues, 40 models selected 
    12973 
    12974 > select down
    12975 
    12976 334330 atoms, 338231 bonds, 21525 residues, 40 models selected 
    12977 
    12978 > select down
    12979 
    12980 334330 atoms, 338231 bonds, 21525 residues, 40 models selected 
    12981 
    12982 > select clear
    12983 
    12984 > select /dsb1A
    12985 
    12986 149016 atoms, 150816 bonds, 9625 residues, 25 models selected 
    12987 
    12988 > color (#!1-5,12-31 & sel) cornflower blue
    12989 
    12990 > select /dsb1B
    12991 
    12992 119202 atoms, 120642 bonds, 7700 residues, 20 models selected 
    12993 
    12994 > color (#!7-26 & sel) medium blue
    12995 
    12996 > color (#!7-26 & sel) cornflower blue
    12997 
    12998 > select clear
    12999 
    13000 > select #1,2,3,4,5,7,8,9,10,11,27,28,29,30,31/dsb1A
    13001 
    13002 59608 atoms, 60328 bonds, 3850 residues, 10 models selected 
    13003 
    13004 > color (#!1-5,27-31 & sel) cyan
    13005 
    13006 > select #1,2,3,4,5,7,8,9,10,11,27,28,29,30,31/dsb2
    13007 
    13008 66112 atoms, 66772 bonds, 4200 residues, 15 models selected 
    13009 
    13010 > select #1,2,3,4,5,7,8,9,10,11,27,28,29,30,31/dsb1B
    13011 
    13012 29804 atoms, 30164 bonds, 1925 residues, 5 models selected 
    13013 
    13014 > color (#!7-11 & sel) cyan
    13015 
    13016 > select #12,13,14,15,16,17,18,19,20,21,22,23,24,25,26/dsb1A
    13017 
    13018 89408 atoms, 90488 bonds, 5775 residues, 15 models selected 
    13019 
    13020 > color sel light sea green
    13021 
    13022 > color sel medium blue
    13023 
    13024 > color sel #fcb2b3ff
    13025 
    13026 > color sel #b2cefcff
    13027 
    13028 [Repeated 1 time(s)]
    13029 
    13030 > color sel #d9e6fcff
    13031 
    13032 > color sel #e2ecfcff
    13033 
    13034 > color sel #fcfcfcff
    13035 
    13036 > color sel #dce8fcff
    13037 
    13038 > color sel #a0c3fcff
    13039 
    13040 > color sel #9dc1fcff
    13041 
    13042 > color sel #9cc1fcff
    13043 
    13044 > color sel #9cc0fbff
    13045 
    13046 > color sel #6d87b0ff
    13047 
    13048 > color sel #6a83abff
    13049 
    13050 > color sel #6a82aaff
    13051 
    13052 > color sel #718cb7ff
    13053 
    13054 > color sel #728db8ff
    13055 
    13056 > color sel #728db9ff
    13057 
    13058 [Repeated 1 time(s)]
    13059 
    13060 > select #12,13,14,15,16,17,18,19,20,21,22,23,24,25,26/dsb1B
    13061 
    13062 89398 atoms, 90478 bonds, 5775 residues, 15 models selected 
    13063 
    13064 > color sel #a8c8fcff
    13065 
    13066 [Repeated 1 time(s)]
    13067 
    13068 > color sel #9bb9e9ff
    13069 
    13070 > color sel #98b5e4ff
    13071 
    13072 > color sel #8ba6d1ff
    13073 
    13074 [Repeated 1 time(s)]
    13075 
    13076 > color sel #8ca6d1ff
    13077 
    13078 > select clear
    13079 
    13080 > save /Users/pcarlton/Desktop/wow3.cxs
    13081 
    13082 > contacts /dsb1A restrict /spo11B interModel false intraMol false select true
    13083 
    13084 No contacts 
    13085 
    13086 > contacts /dsb1B restrict /spo11A interModel false intraMol false select true
    13087 
    13088 No contacts 
    13089 
    13090 > contacts /dsb1B restrict /spo11B interModel false intraMol false select true
    13091 
    13092 No contacts 
    13093 
    13094 > contacts /dsb1B restrict /spo11aB interModel false intraMol false select
    13095 > true
    13096 
    13097 No contacts 
    13098 
    13099 > contacts /dsb1B restrict /spo11a interModel false intraMol false select true
    13100 
    13101 2018 contacts 
    13102 
    13103 > select clear
    13104 
    13105 Drag select of 6610 residues 
    13106 
    13107 > select intersect dsb1B
    13108 
    13109 Missing or invalid "objects" argument: invalid objects specifier 
    13110 
    13111 > select intersect /dsb1B
    13112 
    13113 34287 atoms, 2100 residues, 15 models selected 
    13114 
    13115 > contacts sel restrict /spo11a select true interModel false intraMol false
    13116 
    13117 538 contacts 
    13118 
    13119 > sequence chain
    13120 > #14/spo11a#16/spo11a#17/spo11a#18/spo11a#19/spo11a#20/spo11a#21/spo11a#22/spo11a#23/spo11a#24/spo11a#25/spo11a#26/spo11a
    13121 
    13122 Alignment identifier is 1 
    13123 
    13124 > sequence chain
    13125 > #14/dsb1B#16/dsb1B#17/dsb1B#18/dsb1B#19/dsb1B#20/dsb1B#21/dsb1B#22/dsb1B#23/dsb1B#24/dsb1B#25/dsb1B#26/dsb1B
    13126 
    13127 Alignment identifier is 2 
    13128 
    13129 > select up
    13130 
    13131 3479 atoms, 3342 bonds, 196 residues, 12 models selected 
    13132 
    13133 > select down
    13134 
    13135 570 atoms, 196 residues, 12 models selected 
    13136 
    13137 > select #14/spo11a:406 #16/spo11a:406 #17/spo11a:406 #18/spo11a:406
    13138 > #19/spo11a:406 #20/spo11a:406 #21/spo11a:406 #22/spo11a:406 #23/spo11a:406
    13139 > #24/spo11a:406 #25/spo11a:406 #26/spo11a:406
    13140 
    13141 144 atoms, 132 bonds, 12 residues, 12 models selected 
    13142 
    13143 > select #14/spo11a:406-425 #16/spo11a:406-425 #17/spo11a:406-425
    13144 > #18/spo11a:406-425 #19/spo11a:406-425 #20/spo11a:406-425 #21/spo11a:406-425
    13145 > #22/spo11a:406-425 #23/spo11a:406-425 #24/spo11a:406-425 #25/spo11a:406-425
    13146 > #26/spo11a:406-425
    13147 
    13148 3576 atoms, 3588 bonds, 240 residues, 12 models selected 
    13149 1 [ID: 1] region 12 chains [406-425] RMSD: 37.157 
    13150  
    13151 
    13152 > show sel cartoons
    13153 
    13154 > color sel hot pink
    13155 
    13156 Drag select of 8603 residues, 5 pseudobonds 
    13157 
    13158 > select intersect /dsb1A
    13159 
    13160 45716 atoms, 2800 residues, 20 models selected 
    13161 
    13162 > contacts sel restrict /spo11b select true interModel false intraMol false
    13163 
    13164 663 contacts 
    13165 
    13166 > sequence chain
    13167 > #14/spo11b#16/spo11b#17/spo11b#18/spo11b#19/spo11b#20/spo11b#21/spo11b#22/spo11b#23/spo11b#24/spo11b#25/spo11b#26/spo11b#27/spo11b#28/spo11b#29/spo11b#30/spo11b#31/spo11b
    13168 
    13169 Alignment identifier is 3 
    13170 
    13171 > sequence chain
    13172 > #14/dsb1A#16/dsb1A#17/dsb1A#18/dsb1A#19/dsb1A#20/dsb1A#21/dsb1A#22/dsb1A#23/dsb1A#24/dsb1A#25/dsb1A#26/dsb1A#27/dsb1A#28/dsb1A#29/dsb1A#30/dsb1A#31/dsb1A
    13173 
    13174 Alignment identifier is 4 
    13175 
    13176 > select up
    13177 
    13178 4222 atoms, 4053 bonds, 236 residues, 17 models selected 
    13179 
    13180 > select down
    13181 
    13182 719 atoms, 236 residues, 17 models selected 
    13183 
    13184 > select #14/spo11b:382 #16/spo11b:382 #17/spo11b:382 #18/spo11b:382
    13185 > #19/spo11b:382 #20/spo11b:382 #21/spo11b:382 #22/spo11b:382 #23/spo11b:382
    13186 > #24/spo11b:382 #25/spo11b:382 #26/spo11b:382 #27/spo11b:382 #28/spo11b:382
    13187 > #29/spo11b:382 #30/spo11b:382 #31/spo11b:382
    13188 
    13189 323 atoms, 306 bonds, 17 residues, 17 models selected 
    13190 
    13191 > select #14/spo11b:382-425 #16/spo11b:382-425 #17/spo11b:382-425
    13192 > #18/spo11b:382-425 #19/spo11b:382-425 #20/spo11b:382-425 #21/spo11b:382-425
    13193 > #22/spo11b:382-425 #23/spo11b:382-425 #24/spo11b:382-425 #25/spo11b:382-425
    13194 > #26/spo11b:382-425 #27/spo11b:382-425 #28/spo11b:382-425 #29/spo11b:382-425
    13195 > #30/spo11b:382-425 #31/spo11b:382-425
    13196 
    13197 11135 atoms, 11186 bonds, 748 residues, 17 models selected 
    13198 3 [ID: 3] region 17 chains [382-425] RMSD: 37.341 
    13199  
    13200 
    13201 > show sel cartoons
    13202 
    13203 > select #14/spo11b:382 #16/spo11b:382 #17/spo11b:382 #18/spo11b:382
    13204 > #19/spo11b:382 #20/spo11b:382 #21/spo11b:382 #22/spo11b:382 #23/spo11b:382
    13205 > #24/spo11b:382 #25/spo11b:382 #26/spo11b:382 #27/spo11b:382 #28/spo11b:382
    13206 > #29/spo11b:382 #30/spo11b:382 #31/spo11b:382
    13207 
    13208 323 atoms, 306 bonds, 17 residues, 17 models selected 
    13209 
    13210 > select #14/spo11b:382-405 #16/spo11b:382-405 #17/spo11b:382-405
    13211 > #18/spo11b:382-405 #19/spo11b:382-405 #20/spo11b:382-405 #21/spo11b:382-405
    13212 > #22/spo11b:382-405 #23/spo11b:382-405 #24/spo11b:382-405 #25/spo11b:382-405
    13213 > #26/spo11b:382-405 #27/spo11b:382-405 #28/spo11b:382-405 #29/spo11b:382-405
    13214 > #30/spo11b:382-405 #31/spo11b:382-405
    13215 
    13216 6069 atoms, 6086 bonds, 408 residues, 17 models selected 
    13217 3 [ID: 3] region 17 chains [382-405] RMSD: 33.469 
    13218  
    13219 
    13220 > hide sel cartoons
    13221 
    13222 > select #14/spo11b:425 #16/spo11b:425 #17/spo11b:425 #18/spo11b:425
    13223 > #19/spo11b:425 #20/spo11b:425 #21/spo11b:425 #22/spo11b:425 #23/spo11b:425
    13224 > #24/spo11b:425 #25/spo11b:425 #26/spo11b:425 #27/spo11b:425 #28/spo11b:425
    13225 > #29/spo11b:425 #30/spo11b:425 #31/spo11b:425
    13226 
    13227 221 atoms, 204 bonds, 17 residues, 17 models selected 
    13228 
    13229 > select #14/spo11b:406-425 #16/spo11b:406-425 #17/spo11b:406-425
    13230 > #18/spo11b:406-425 #19/spo11b:406-425 #20/spo11b:406-425 #21/spo11b:406-425
    13231 > #22/spo11b:406-425 #23/spo11b:406-425 #24/spo11b:406-425 #25/spo11b:406-425
    13232 > #26/spo11b:406-425 #27/spo11b:406-425 #28/spo11b:406-425 #29/spo11b:406-425
    13233 > #30/spo11b:406-425 #31/spo11b:406-425
    13234 
    13235 5066 atoms, 5083 bonds, 340 residues, 17 models selected 
    13236 3 [ID: 3] region 17 chains [406-425] RMSD: 41.513 
    13237  
    13238 
    13239 > select #14/spo11b:377 #16/spo11b:377 #17/spo11b:377 #18/spo11b:377
    13240 > #19/spo11b:377 #20/spo11b:377 #21/spo11b:377 #22/spo11b:377 #23/spo11b:377
    13241 > #24/spo11b:377 #25/spo11b:377 #26/spo11b:377 #27/spo11b:377 #28/spo11b:377
    13242 > #29/spo11b:377 #30/spo11b:377 #31/spo11b:377
    13243 
    13244 323 atoms, 306 bonds, 17 residues, 17 models selected 
    13245 
    13246 > select #14/spo11b:377-425 #16/spo11b:377-425 #17/spo11b:377-425
    13247 > #18/spo11b:377-425 #19/spo11b:377-425 #20/spo11b:377-425 #21/spo11b:377-425
    13248 > #22/spo11b:377-425 #23/spo11b:377-425 #24/spo11b:377-425 #25/spo11b:377-425
    13249 > #26/spo11b:377-425 #27/spo11b:377-425 #28/spo11b:377-425 #29/spo11b:377-425
    13250 > #30/spo11b:377-425 #31/spo11b:377-425
    13251 
    13252 12478 atoms, 12546 bonds, 833 residues, 17 models selected 
    13253 3 [ID: 3] region 17 chains [377-425] RMSD: 36.037 
    13254  
    13255 
    13256 > hide sel cartoons
    13257 
    13258 Drag select of 6337 residues 
    13259 
    13260 > select intersect /dsb1A
    13261 
    13262 45716 atoms, 2800 residues, 20 models selected 
    13263 
    13264 > contacts sel restrict /spo11b select true interModel false intraMol false
    13265 
    13266 663 contacts 
    13267 
    13268 > select intersect /spo11b
    13269 
    13270 355 atoms, 111 residues, 17 models selected 
    13271 
    13272 > sequence chain
    13273 > #14/spo11b#16/spo11b#17/spo11b#18/spo11b#19/spo11b#20/spo11b#21/spo11b#22/spo11b#23/spo11b#24/spo11b#25/spo11b#26/spo11b#27/spo11b#28/spo11b#29/spo11b#30/spo11b#31/spo11b
    13274 
    13275 Alignment identifier is 5 
    13276 
    13277 > select up
    13278 
    13279 1746 atoms, 1675 bonds, 111 residues, 17 models selected 
    13280 
    13281 > select down
    13282 
    13283 355 atoms, 111 residues, 17 models selected 
    13284 
    13285 > show sel cartoons
    13286 
    13287 > color sel magenta
    13288 
    13289 > select clear
    13290 
    13291 > select #19/spo11b:386
    13292 
    13293 21 atoms, 21 bonds, 1 residue, 1 model selected 
    13294 
    13295 > select up
    13296 
    13297 143 atoms, 144 bonds, 9 residues, 1 model selected 
    13298 
    13299 > select add #14/spo11b:392
    13300 
    13301 154 atoms, 154 bonds, 10 residues, 2 models selected 
    13302 
    13303 > select add #25/spo11b:389
    13304 
    13305 166 atoms, 165 bonds, 11 residues, 3 models selected 
    13306 
    13307 > hide sel cartoons
    13308 
    13309 Drag select of 123 residues 
    13310 
    13311 > select up
    13312 
    13313 6116 atoms, 6140 bonds, 406 residues, 12 models selected 
    13314 
    13315 > select add #20/spo11a:416
    13316 
    13317 6136 atoms, 6160 bonds, 407 residues, 13 models selected 
    13318 
    13319 > select up
    13320 
    13321 6175 atoms, 6199 bonds, 409 residues, 13 models selected 
    13322 Drag select of 1 residues 
    13323 
    13324 > select up
    13325 
    13326 7114 atoms, 7146 bonds, 470 residues, 13 models selected 
    13327 Drag select of 1 residues 
    13328 
    13329 > select up
    13330 
    13331 7226 atoms, 7258 bonds, 478 residues, 13 models selected 
    13332 
    13333 > hide sel cartoons
    13334 
    13335 Drag select of 8 residues 
    13336 
    13337 > hide sel cartoons
    13338 
    13339 > select clear
    13340 
    13341 Drag select of 702 residues 
    13342 
    13343 > select up
    13344 
    13345 40706 atoms, 41174 bonds, 2432 residues, 30 models selected 
    13346 
    13347 > select up
    13348 
    13349 170077 atoms, 171517 bonds, 10350 residues, 30 models selected 
    13350 
    13351 > color sel orange
    13352 
    13353 > select clear
    13354 
    13355 [Repeated 1 time(s)]
    13356 
    13357 > select /dsb1B:1-135
    13358 
    13359 44374 atoms, 44774 bonds, 2700 residues, 20 models selected 
    13360 
    13361 > contacts sel restrict /spo11a interModel false intraMol false
    13362 
    13363 616 contacts 
    13364 
    13365 > select intersect /spo11b
    13366 
    13367 Nothing selected 
    13368 
    13369 > select /dsb1B:1-135
    13370 
    13371 44374 atoms, 44774 bonds, 2700 residues, 20 models selected 
    13372 
    13373 > contacts sel restrict /spo11a interModel false intraMol false
    13374 
    13375 616 contacts 
    13376 
    13377 > select intersect /spo11a
    13378 
    13379 Nothing selected 
    13380 
    13381 > select /dsb1B:1-135
    13382 
    13383 44374 atoms, 44774 bonds, 2700 residues, 20 models selected 
    13384 
    13385 > contacts sel restrict /spo11a interModel false intraMol false
    13386 
    13387 616 contacts 
    13388 
    13389 > sequence chain
    13390 > #7/dsb1B#8/dsb1B#9/dsb1B#10/dsb1B#11/dsb1B#12/dsb1B#13/dsb1B#14/dsb1B#15/dsb1B#16/dsb1B#17/dsb1B#18/dsb1B#19/dsb1B#20/dsb1B#21/dsb1B#22/dsb1B#23/dsb1B#24/dsb1B#25/dsb1B#26/dsb1B
    13391 
    13392 Alignment identifier is 6 
    13393 
    13394 > select up
    13395 
    13396 54214 atoms, 54721 bonds, 3389 residues, 25 models selected 
    13397 
    13398 > select down
    13399 
    13400 44374 atoms, 44774 bonds, 2700 residues, 25 models selected 
    13401 
    13402 > select clear
    13403 
    13404 > select /dsb1B:1-135
    13405 
    13406 44374 atoms, 44774 bonds, 2700 residues, 20 models selected 
    13407 
    13408 > contacts sel restrict /spo11a interModel false intraMol false select true
    13409 
    13410 616 contacts 
    13411 
    13412 > sequence chain
    13413 > #7/spo11a#8/spo11a#9/spo11a#10/spo11a#11/spo11a#14/spo11a#16/spo11a#17/spo11a#18/spo11a#19/spo11a#20/spo11a#21/spo11a#22/spo11a#23/spo11a#24/spo11a#25/spo11a#26/spo11a
    13414 
    13415 Alignment identifier is 6 
    13416 
    13417 > sequence chain
    13418 > #7/dsb1B#8/dsb1B#9/dsb1B#10/dsb1B#11/dsb1B#14/dsb1B#16/dsb1B#17/dsb1B#18/dsb1B#19/dsb1B#20/dsb1B#21/dsb1B#22/dsb1B#23/dsb1B#24/dsb1B#25/dsb1B#26/dsb1B
    13419 
    13420 Alignment identifier is 7 
    13421 
    13422 > select up
    13423 
    13424 3928 atoms, 3772 bonds, 220 residues, 22 models selected 
    13425 
    13426 > select down
    13427 
    13428 643 atoms, 220 residues, 22 models selected 
    13429 
    13430 > show sel cartoons
    13431 
    13432 > select intersect /spo11a
    13433 
    13434 321 atoms, 106 residues, 17 models selected 
    13435 
    13436 > color sel hot pink
    13437 
    13438 > select clear
    13439 
    13440 > select #19/spo11a:386
    13441 
    13442 21 atoms, 21 bonds, 1 residue, 1 model selected 
    13443 
    13444 > select up
    13445 
    13446 172 atoms, 173 bonds, 11 residues, 1 model selected 
    13447 
    13448 > hide sel cartoons
    13449 
    13450 > select clear
    13451 
    13452 Drag select of 20 residues 
    13453 
    13454 > sequence chain #14/spo11a
    13455 
    13456 Alignment identifier is 14/spo11a 
    13457 Drag select of 1 residues 
    13458 
    13459 > hide sel cartoons
    13460 
    13461 Drag select of 1813 residues 
    13462 
    13463 > select intersect /spo11a
    13464 
    13465 1364 atoms, 88 residues, 12 models selected 
    13466 
    13467 > color sel magenta
    13468 
    13469 > select clear
    13470 
    13471 > select /dsb1B:1-135
    13472 
    13473 44374 atoms, 44774 bonds, 2700 residues, 20 models selected 
    13474 
    13475 > contacts sel restrict /spo11a interModel false intraMol false select true
    13476 
    13477 616 contacts 
    13478 
    13479 > select intersect /spo11a
    13480 
    13481 321 atoms, 106 residues, 17 models selected 
    13482 
    13483 > color sel magenta
    13484 
    13485 > select clear
    13486 
    13487 > save /Users/pcarlton/Desktop/wow3.cxs
    13488 
    13489 > movie record
    13490 
    13491 > turn y 2 180
    13492 
    13493 > wait 180
    13494 
    13495 > movie encode /Users/pcarlton/Desktop/movie3.mp4
    13496 
    13497 Movie saved to /Users/pcarlton/Desktop/movie3.mp4 
    13498  
    13499 
    13500 > help help:user
    13501 
    13502 > camera ortho
    13503 
    13504 Drag select of 8200 residues 
    13505 
    13506 > select intersect /E
    13507 
    13508 92372 atoms, 5622 residues, 30 models selected 
    13509 
    13510 > contacts sel restrict /spo11a interModel false intraMol false select true
    13511 
    13512 2073 contacts 
    13513 
    13514 > select intersect /spo11a
    13515 
    13516 1214 atoms, 421 residues, 30 models selected 
    13517 
    13518 > sequence align sel
    13519 
    13520 Alignment identifier is 7 
    13521 Showing conservation header ("seq_conservation" residue attribute) for
    13522 alignment 7 
    13523 Webservices job id: 38O420DOB46W1H5J 
    13524 Webservices job finished: 38O420DOB46W1H5J 
    13525 
    13526 > sequence header 7 rmsd show
    13527 
    13528 Chains used in RMSD evaluation for alignment 7:
    13529 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11a,
    13530 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11a,
    13531 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11a,
    13532 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11a,
    13533 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11a,
    13534 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11a,
    13535 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11a,
    13536 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11a,
    13537 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11a,
    13538 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11a,
    13539 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11a,
    13540 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11a,
    13541 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11a,
    13542 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11a,
    13543 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11a,
    13544 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11a,
    13545 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11a,
    13546 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11a,
    13547 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11a,
    13548 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11a,
    13549 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11a,
    13550 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11a,
    13551 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11a,
    13552 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11a,
    13553 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11a,
    13554 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11a,
    13555 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11a,
    13556 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11a,
    13557 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11a,
    13558 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11a 
    13559 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7 
    13560 
    13561 > sequence header 7 conservation hide
    13562 
    13563 Hiding conservation header for alignment 7 
    13564 
    13565 > select clear
    13566 
    13567 Drag select of 10291 residues, 46 pseudobonds 
    13568 
    13569 > select intersect /E
    13570 
    13571 92372 atoms, 5622 residues, 30 models selected 
    13572 
    13573 > contacts sel restrict /spo11b interModel false intraMol false select true
    13574 
    13575 2052 contacts 
    13576 
    13577 > select intersect /spo11b
    13578 
    13579 1166 atoms, 313 residues, 30 models selected 
    13580 
    13581 > sequence align sel
    13582 
    13583 Alignment identifier is 8 
    13584 Showing conservation header ("seq_conservation" residue attribute) for
    13585 alignment 8 
    13586 Webservices job id: 8OAWPZEGAXJ1TNJ9 
    13587 Webservices job finished: 8OAWPZEGAXJ1TNJ9 
    13588 
    13589 > sequence header 8 rmsd show
    13590 
    13591 Chains used in RMSD evaluation for alignment 8:
    13592 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11b,
    13593 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11b,
    13594 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11b,
    13595 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11b,
    13596 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11b,
    13597 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11b,
    13598 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11b,
    13599 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11b,
    13600 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11b,
    13601 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11b,
    13602 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11b,
    13603 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11b,
    13604 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11b,
    13605 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11b,
    13606 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11b,
    13607 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11b,
    13608 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11b,
    13609 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11b,
    13610 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11b,
    13611 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11b,
    13612 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11b,
    13613 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11b,
    13614 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11b,
    13615 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11b,
    13616 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11b,
    13617 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11b,
    13618 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11b,
    13619 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11b,
    13620 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11b,
    13621 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11b 
    13622 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 8 
    13623 
    13624 > sequence header 8 conservation hide
    13625 
    13626 Hiding conservation header for alignment 8 
    13627 Drag select of 9061 residues 
    13628 
    13629 > select intersect /E
    13630 
    13631 92372 atoms, 5622 residues, 30 models selected 
    13632 
    13633 > contacts sel restrict /spo11b,spo11a interModel false intraMol false select
    13634 > true
    13635 
    13636 4125 contacts 
    13637 
    13638 > select intersect /E
    13639 
    13640 2053 atoms, 665 residues, 30 models selected 
    13641 
    13642 > select /E
    13643 
    13644 170077 atoms, 171517 bonds, 10350 residues, 30 models selected 
    13645 
    13646 > contacts sel restrict /spo11a interModel false intraMol false select true
    13647 
    13648 2386 contacts 
    13649 
    13650 > select intersect /E
    13651 
    13652 1264 atoms, 409 residues, 30 models selected 
    13653 
    13654 > sequence align sel
    13655 
    13656 Alignment identifier is 1 
    13657 Showing conservation header ("seq_conservation" residue attribute) for
    13658 alignment 1 
    13659 Webservices job id: 07CIG2E60N2239QG 
    13660 Webservices job finished: 07CIG2E60N2239QG 
    13661 
    13662 > name frozen dsb3tspoA sel
    13663 
    13664 > select clear
    13665 
    13666 > select dsb3tspoA
    13667 
    13668 1264 atoms, 647 bonds, 409 residues, 30 models selected 
    13669 
    13670 > select clear
    13671 
    13672 > select /E
    13673 
    13674 170077 atoms, 171517 bonds, 10350 residues, 30 models selected 
    13675 
    13676 > contacts sel restrict /spo11b interModel false intraMol false select true
    13677 
    13678 3541 contacts 
    13679 
    13680 > select intersect /E
    13681 
    13682 1659 atoms, 532 residues, 30 models selected 
    13683 
    13684 > name frozen dsb3tspoB sel
    13685 
    13686 > select dsb3tspoB
    13687 
    13688 1659 atoms, 988 bonds, 532 residues, 30 models selected 
    13689 
    13690 > select dsb3tspoA
    13691 
    13692 1264 atoms, 647 bonds, 409 residues, 30 models selected 
    13693 
    13694 > select dsb3tspoB
    13695 
    13696 1659 atoms, 988 bonds, 532 residues, 30 models selected 
    13697 
    13698 > select dsb3tspoA
    13699 
    13700 1264 atoms, 647 bonds, 409 residues, 30 models selected 
    13701 
    13702 > sequence header 1 rmsd show
    13703 
    13704 Chains used in RMSD evaluation for alignment 1:
    13705 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
    13706 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
    13707 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
    13708 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
    13709 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
    13710 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
    13711 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
    13712 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
    13713 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
    13714 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E,
    13715 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
    13716 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
    13717 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
    13718 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
    13719 fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
    13720 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
    13721 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
    13722 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
    13723 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
    13724 fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E,
    13725 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E,
    13726 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/E,
    13727 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/E,
    13728 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/E,
    13729 fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/E,
    13730 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/E,
    13731 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E,
    13732 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/E,
    13733 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/E,
    13734 fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/E 
    13735 Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1 
    13736 
    13737 > sequence header 1 conservation hide
    13738 
    13739 Hiding conservation header for alignment 1 
    13740 
    13741 > select dsb3tspoB
    13742 
    13743 1659 atoms, 988 bonds, 532 residues, 30 models selected 
    13744 
    13745 > select dsb3tspoA
    13746 
    13747 1264 atoms, 647 bonds, 409 residues, 30 models selected 
    13748 
    13749 > select dsb3tspoB
    13750 
    13751 1659 atoms, 988 bonds, 532 residues, 30 models selected 
    13752 
    13753 > save /Users/pcarlton/Desktop/wow3.cxs
    13754 
    13755 ——— End of log from Sat Sep 6 22:32:53 2025 ———
    13756 
    13757 > view name session-start
    13758 
    13759 opened ChimeraX session 
    13760 
    13761 > select #19/spo11b:353
    13762 
    13763 17 atoms, 16 bonds, 1 residue, 1 model selected 
    13764 
    13765 > select #19/spo11b:353
    13766 
    13767 17 atoms, 16 bonds, 1 residue, 1 model selected 
    13768 
    13769 > select #19/spo11b:353
    13770 
    13771 17 atoms, 16 bonds, 1 residue, 1 model selected 
    13772 
    13773 > show sel atoms
    13774 
    13775 > open /Users/pcarlton/7ftv_A_sampled_0.cif
    13776 
    13777 7ftv_A_sampled_0.cif title: 
    13778 . [more info...] 
    13779  
    13780 Chain information for 7ftv_A_sampled_0.cif #32 
    13781 --- 
    13782 Chain | Description 
    13783 A | . 
    13784  
    13785 Color 7ftv_A_sampled_0.cif by residue attribute pLDDT_score 
    13786 Computing secondary structure 
    13787 
    13788 > ui tool show "Model Panel"
    13789 
    13790 > close #32
    13791 
    13792 > open /Users/pcarlton/code/ml-
    13793 > simplefold/artifacts/predictions_simplefold_360M_mlx/7ftv_D_sampled_0.cif
    13794 
    13795 7ftv_D_sampled_0.cif title: 
    13796 . [more info...] 
    13797  
    13798 Chain information for 7ftv_D_sampled_0.cif #32 
    13799 --- 
    13800 Chain | Description 
    13801 A | . 
    13802  
    13803 Color 7ftv_D_sampled_0.cif by residue attribute pLDDT_score 
    13804 Computing secondary structure 
    13805 
    13806 > select add #32
    13807 
    13808 3039 atoms, 3110 bonds, 386 residues, 2 models selected 
    13809 
    13810 > select ~sel
    13811 
    13812 1029784 atoms, 1047834 bonds, 4189 pseudobonds, 61094 residues, 62 models
    13813 selected 
    13814 
    13815 > select clear
    13816 
    13817 [Repeated 1 time(s)]
    13818 
    13819 > hide #6#!1-5,7-31 target m
    13820 
    13821 > select add #32
    13822 
    13823 3022 atoms, 3094 bonds, 385 residues, 1 model selected 
    13824 
    13825 > select subtract #32
    13826 
    13827 Nothing selected 
    13828 
    13829 > select clear
    13830 
    13831 Drag select of 36 residues 
    13832 
    13833 > sequence chain #32/A
    13834 
    13835 Alignment identifier is 32/A 
    13836 
    13837 > select clear
    13838 
    13839 > select #32/A:120
    13840 
    13841 8 atoms, 7 bonds, 1 residue, 1 model selected 
    13842 
    13843 > select #32/A:120-131
    13844 
    13845 106 atoms, 108 bonds, 12 residues, 1 model selected 
    13846 
    13847 > select #32/A:105
    13848 
    13849 8 atoms, 7 bonds, 1 residue, 1 model selected 
    13850 
    13851 > select #32/A:105-107
    13852 
    13853 23 atoms, 22 bonds, 3 residues, 1 model selected 
    13854 
    13855 > select clear
    13856 
    13857 > select #32/A:59
    13858 
    13859 7 atoms, 6 bonds, 1 residue, 1 model selected 
    13860 
    13861 > select #32/A:59-61
    13862 
    13863 24 atoms, 23 bonds, 3 residues, 1 model selected 
    13864 
    13865 > select clear
    13866 
    13867 > rainbow #32
    13868 
    13869 > select #32/A:99
    13870 
    13871 7 atoms, 6 bonds, 1 residue, 1 model selected 
    13872 
    13873 > select #32/A:99-109
    13874 
    13875 92 atoms, 94 bonds, 11 residues, 1 model selected 
    13876 
    13877 > select clear
    13878 
    13879 > select #32/A:127
    13880 
    13881 6 atoms, 5 bonds, 1 residue, 1 model selected 
    13882 
    13883 > select up
    13884 
    13885 106 atoms, 108 bonds, 12 residues, 1 model selected 
    13886 
    13887 > select clear
    13888 
    13889 > select #32/A:130-182
    13890 
    13891 385 atoms, 390 bonds, 53 residues, 1 model selected 
    13892 
    13893 > select #32/A:130-188
    13894 
    13895 438 atoms, 446 bonds, 59 residues, 1 model selected 
    13896 
    13897 > select #32/A:130-188
    13898 
    13899 438 atoms, 446 bonds, 59 residues, 1 model selected 
    13900 
    13901 > select #32/A:189
    13902 
    13903 7 atoms, 6 bonds, 1 residue, 1 model selected 
    13904 
    13905 > select #32/A:181-189
    13906 
    13907 73 atoms, 75 bonds, 9 residues, 1 model selected 
    13908 
    13909 > color sel magenta
    13910 
    13911 > select #32/A:186
    13912 
    13913 6 atoms, 5 bonds, 1 residue, 1 model selected 
    13914 
    13915 > select #32/A:186
    13916 
    13917 6 atoms, 5 bonds, 1 residue, 1 model selected 
    13918 
    13919 > show sel atoms
    13920 
    13921 > style sel ball
    13922 
    13923 Changed 6 atom styles 
    13924 
    13925 > color sel byhetero
    13926 
    13927 > select clear
    13928 
    13929 > select #32/A:186@OG
    13930 
    13931 1 atom, 1 residue, 1 model selected 
    13932 
    13933 > addcharge hydrogens
    13934 
    13935 Expected a keyword 
    13936 
    13937 > ui tool show "Add Hydrogens"
    13938 
    13939 > addh #32
    13940 
    13941 Summary of feedback from adding hydrogens to 7ftv_D_sampled_0.cif #32 
    13942 --- 
    13943 notes | Termini for 7ftv_D_sampled_0.cif (#32) chain A determined from SEQRES records 
    13944 Chain-initial residues that are actual N termini: 7ftv_D_sampled_0.cif #32/A
    13945 MET 1 
    13946 Chain-initial residues that are not actual N termini: 
    13947 Chain-final residues that are actual C termini: 7ftv_D_sampled_0.cif #32/A PHE
    13948 385 
    13949 Chain-final residues that are not actual C termini: 
    13950 Missing OXT added to C-terminal residue 7ftv_D_sampled_0.cif #32/A PHE 385 
    13951 324 hydrogen bonds 
    13952 2939 hydrogens added 
    13953  
    13954 
    13955 > color sel byhetero
    13956 
    13957 > select clear
    13958 
    13959 > color #32 byhetero
    13960 
    13961 > select #32/A:186@HG
    13962 
    13963 1 atom, 1 residue, 1 model selected 
    13964 
    13965 > ui tool show "Build Structure"
    13966 
    13967 > build modify #32/A:186@HG P 4 geometry tetrahedral name P1 resName SEP
    13968 
    13969 > select #32/A:186@H13
    13970 
    13971 1 atom, 1 residue, 1 model selected 
    13972 
    13973 > build modify #32/A:186@H13 O 2 geometry linear name O1
    13974 
    13975 > select #32/A:186@H12
    13976 
    13977 1 atom, 1 residue, 1 model selected 
    13978 
    13979 > build modify #32/A:186@H12 O 2 geometry linear name O2
    13980 
    13981 > select #32/A:186@H11
    13982 
    13983 1 atom, 1 residue, 1 model selected 
    13984 
    13985 > build modify #32/A:186@H11 O 2 geometry linear name O3
    13986 
    13987 > select #32/A:186@H3
    13988 
    13989 1 atom, 1 residue, 1 model selected 
    13990 
    13991 > delete atoms sel
    13992 
    13993 > delete bonds sel
    13994 
    13995 > select #32/A:212
    13996 
    13997 11 atoms, 10 bonds, 1 residue, 1 model selected 
    13998 
    13999 > select up
    14000 
    14001 48 atoms, 48 bonds, 3 residues, 1 model selected 
    14002 
    14003 > close #32
    14004 
    14005 > open /Users/pcarlton/code/ml-
    14006 > simplefold/artifacts/predictions_simplefold_360M_mlx/7ftv_E_sampled_0.cif
    14007 
    14008 7ftv_E_sampled_0.cif title: 
    14009 . [more info...] 
    14010  
    14011 Chain information for 7ftv_E_sampled_0.cif #32 
    14012 --- 
    14013 Chain | Description 
    14014 A | . 
    14015  
    14016 Color 7ftv_E_sampled_0.cif by residue attribute pLDDT_score 
    14017 Computing secondary structure 
    14018 
    14019 > select #32/A
    14020 
    14021 8081 atoms, 8247 bonds, 1012 residues, 1 model selected 
    14022 
    14023 > select #32/B
    14024 
    14025 Nothing selected 
    14026 
    14027 > select #32/A
    14028 
    14029 8081 atoms, 8247 bonds, 1012 residues, 1 model selected 
    14030 
    14031 > rainbow sel
    14032 
    14033 > select clear
    14034 
    14035 Drag select of 22 residues 
    14036 
    14037 > sequence chain #32/A
    14038 
    14039 Alignment identifier is 32/A 
    14040 
    14041 > select clear
    14042 
    14043 > select #32/A:385-386
    14044 
    14045 16 atoms, 16 bonds, 2 residues, 1 model selected 
    14046 
    14047 > select #32/A:342-385
    14048 
    14049 352 atoms, 360 bonds, 44 residues, 1 model selected 
    14050 
    14051 > select clear
    14052 
    14053 [Repeated 1 time(s)]
    14054 
    14055 > color #32 bychain
    14056 
    14057 > select #32/A:385
    14058 
    14059 11 atoms, 11 bonds, 1 residue, 1 model selected 
    14060 
    14061 > select #32/A:278-385
    14062 
    14063 873 atoms, 888 bonds, 108 residues, 1 model selected 
    14064 
    14065 > color sel red
    14066 
    14067 > select #32/A:666
    14068 
    14069 8 atoms, 7 bonds, 1 residue, 1 model selected 
    14070 
    14071 > select #32/A:605-666
    14072 
    14073 504 atoms, 516 bonds, 62 residues, 1 model selected 
    14074 
    14075 > color sel yellow
    14076 
    14077 > select #32/A:631-687
    14078 
    14079 466 atoms, 479 bonds, 57 residues, 1 model selected 
    14080 
    14081 > select #32/A:631-713
    14082 
    14083 675 atoms, 690 bonds, 83 residues, 1 model selected 
    14084 
    14085 > select
    14086 > #32/A:59-61,89-101,112-115,121-127,154-175,181-185,203-215,219-223,241-243,261-263,276-278,281-283,305-312,315-327,331-344,348-363,380-382,471-483,490-497,509-515,518-528,554-556,587-596,598-609,612-633,643-656,665-667,677-693,703-708,710-712,717-725,737-739,741-745,752-789,794-815,826-844,846-848,851-872,877-900,907-922,924-927,932-949,951-973,976-1006
    14087 
    14088 4135 atoms, 4176 bonds, 504 residues, 1 model selected 
    14089 
    14090 > select #32/A:631-676
    14091 
    14092 376 atoms, 384 bonds, 46 residues, 1 model selected 
    14093 
    14094 > select #32/A:631-699
    14095 
    14096 564 atoms, 577 bonds, 69 residues, 1 model selected 
    14097 
    14098 > select #32/A:784-785
    14099 
    14100 18 atoms, 17 bonds, 2 residues, 1 model selected 
    14101 
    14102 > select #32/A:784-786
    14103 
    14104 28 atoms, 28 bonds, 3 residues, 1 model selected 
    14105 
    14106 > select #32/A:676
    14107 
    14108 8 atoms, 7 bonds, 1 residue, 1 model selected 
    14109 
    14110 > select #32/A:676-715
    14111 
    14112 324 atoms, 330 bonds, 40 residues, 1 model selected 
    14113 
    14114 > color sel cornflower blue
    14115 
    14116 > color sel white
    14117 
    14118 > color sel lime
    14119 
    14120 > select clear
    14121 
    14122 > close #32
    14123 
    14124 > show #!1 models
    14125 
    14126 > show #!31 models
    14127 
    14128 > show #!30 models
    14129 
    14130 > show #!29 models
    14131 
    14132 > show #!28 models
    14133 
    14134 > show #!26 models
    14135 
    14136 > show #!27 models
    14137 
    14138 > show #!25 models
    14139 
    14140 > show #!24 models
    14141 
    14142 > show #!23 models
    14143 
    14144 > show #!22 models
    14145 
    14146 > show #!21 models
    14147 
    14148 > show #!20 models
    14149 
    14150 > show #!19 models
    14151 
    14152 > show #!18 models
    14153 
    14154 > show #!17 models
    14155 
    14156 > show #!16 models
    14157 
    14158 > show #!15 models
    14159 
    14160 > show #!14 models
    14161 
    14162 > show #!13 models
    14163 
    14164 > show #!12 models
    14165 
    14166 > show #!11 models
    14167 
    14168 > show #!10 models
    14169 
    14170 > show #!9 models
    14171 
    14172 > show #!8 models
    14173 
    14174 > show #!7 models
    14175 
    14176 > show #6 models
    14177 
    14178 > hide #6 models
    14179 
    14180 > show #!5 models
    14181 
    14182 > show #!4 models
    14183 
    14184 > show #!3 models
    14185 
    14186 > show #!2 models
    14187 
    14188 > save /Users/pcarlton/Desktop/k00session.cxs
    14189 
    14190 ——— End of log from Fri Sep 26 16:09:00 2025 ———
    14191 
    14192 > view name session-start
    14193 
    14194 opened ChimeraX session 
    14195 
    14196 > close #6
    14197 
    14198 > hide #!12 models
    14199 
    14200 > hide #12-31 models
    14201 
    14202 > select clear
    14203 
    14204 > color #!1-5,7-11 bychain
    14205 
    14206 > select /dsb1A
    14207 
    14208 149016 atoms, 150816 bonds, 9625 residues, 25 models selected 
    14209 
    14210 > select clear
    14211 
    14212 > select #9/dsb1a
    14213 
    14214 Nothing selected 
    14215 
    14216 > select #9/dsb1A
    14217 
    14218 Nothing selected 
    14219 
    14220 > select #9/dsb1B
    14221 
    14222 5960 atoms, 6032 bonds, 385 residues, 1 model selected 
    14223 
    14224 > select #1-11/dsb1A
    14225 
    14226 29806 atoms, 30166 bonds, 1925 residues, 5 models selected 
    14227 
    14228 > select #1-11/dsb1B
    14229 
    14230 29804 atoms, 30164 bonds, 1925 residues, 5 models selected 
    14231 
    14232 > mmaker #1-11/dsb1B to #1-11/dsb1A
    14233 
    14234 Specify a single 'to' model only 
    14235 
    14236 > mmaker #1-11/dsb1B to #1/dsb1A
    14237 
    14238 Parameters 
    14239 --- 
    14240 Chain pairing | bb 
    14241 Alignment algorithm | Needleman-Wunsch 
    14242 Similarity matrix | BLOSUM-62 
    14243 SS fraction | 0.3 
    14244 Gap open (HH/SS/other) | 18/18/6 
    14245 Gap extend | 1 
    14246 SS matrix |  |  | H | S | O 
    14247 ---|---|---|--- 
    14248 H | 6 | -9 | -6 
    14249 S |  | 6 | -6 
    14250 O |  |  | 4 
    14251 Iteration cutoff | 2 
    14252  
    14253 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
    14254 dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif,
    14255 chain dsb1B (#7), sequence alignment score = 1815.6 
    14256 RMSD between 124 pruned atom pairs is 0.590 angstroms; (across all 385 pairs:
    14257 44.838) 
    14258  
    14259 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
    14260 dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif,
    14261 chain dsb1B (#8), sequence alignment score = 1815 
    14262 RMSD between 5 pruned atom pairs is 1.382 angstroms; (across all 385 pairs:
    14263 50.017) 
    14264  
    14265 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
    14266 dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif,
    14267 chain dsb1B (#9), sequence alignment score = 1801.8 
    14268 RMSD between 122 pruned atom pairs is 0.695 angstroms; (across all 385 pairs:
    14269 51.518) 
    14270  
    14271 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
    14272 dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif,
    14273 chain dsb1B (#10), sequence alignment score = 1826.4 
    14274 RMSD between 120 pruned atom pairs is 0.573 angstroms; (across all 385 pairs:
    14275 55.782) 
    14276  
    14277 Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
    14278 dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif,
    14279 chain dsb1B (#11), sequence alignment score = 1800.6 
    14280 RMSD between 127 pruned atom pairs is 0.649 angstroms; (across all 385 pairs:
    14281 41.180) 
    14282  
    14283 Drag select of 154 residues 
    14284 
    14285 > select up
    14286 
    14287 4291 atoms, 4322 bonds, 255 residues, 9 models selected 
    14288 
    14289 > select clear
    14290 
    14291 Drag select of 152 residues 
    14292 
    14293 > select add #8
    14294 
    14295 36186 atoms, 34136 bonds, 16 pseudobonds, 2136 residues, 11 models selected 
    14296 
    14297 > select clear
    14298 
    14299 Drag select of 149 residues 
    14300 
    14301 > select up
    14302 
    14303 4127 atoms, 4157 bonds, 243 residues, 9 models selected 
    14304 
    14305 > select up
    14306 
    14307 61582 atoms, 62167 bonds, 3825 residues, 9 models selected 
    14308 
    14309 > changechains sel spo11B2
    14310 
    14311 Chain IDs of 3825 residues changed 
    14312 
    14313 > select clear
    14314 
    14315 > color #!1-5,7-11 bychain
    14316 
    14317 Drag select of 67 residues 
    14318 
    14319 > select up
    14320 
    14321 3062 atoms, 3082 bonds, 192 residues, 9 models selected 
    14322 
    14323 > select up
    14324 
    14325 61575 atoms, 62160 bonds, 3825 residues, 9 models selected 
    14326 
    14327 > info chains sel
    14328 
    14329 chain id #1/spo11b chain_id spo11b 
    14330 chain id #2/spo11b chain_id spo11b 
    14331 chain id #3/spo11b chain_id spo11b 
    14332 chain id #4/spo11b chain_id spo11b 
    14333 chain id #5/spo11b chain_id spo11b 
    14334 chain id #7/spo11a chain_id spo11a 
    14335 chain id #9/spo11a chain_id spo11a 
    14336 chain id #10/spo11a chain_id spo11a 
    14337 chain id #11/spo11a chain_id spo11a 
    14338 
    14339 > ui tool show Log
    14340 
    14341 > color sel medium blue
    14342 
    14343 > changechains sel spo11X
    14344 
    14345 Chain IDs of 3825 residues changed 
    14346 
    14347 > select clear
    14348 
    14349 Drag select of 42 residues 
     1224[deleted to fit within ticket limits]
     1225
    143501226
    143511227> select up