2NVL
crystal structure of archaeal peroxiredoxin, thioredoxin peroxidase from aeropyrum pernix k1 (sulfonic acid form)
Total interactions analyzed 45
Total true interactions 20
Strongest Interaction Chains E-F
Int. Res. 271
Norm. En. per Res. -5.2447
Hub Node A(4)
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Weak Strong
Width of edge <-> No. of inter. res.
All Interactions
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Chains Hydro. Bond Ener. (kJ/mol) Elec. Ener. (kJ/mol) VDW. Ener. (kJ/mol) Tot. Stab. Ener. (kJ/mol) #int. res. # Short cont. #Hydr. int. #VDW pairs #salt bridges #Pot. fav. elec. int #Pot. unfav. elec. int int. res.
A-B -216.9857 -78.7914 -1106.88 -1402.6571 269 69 50 43280 10 113 90
A-C -19.2294 3.8903 -105.954 -121.293 39 3 1 3844 4 19 16
A-I -18.0978 3.1648 -100.949 -115.882 40 2 1 3772 4 19 16
A-J -49.6152 49.8855 -216.278 -216.0077 79 16 4 8735 0 22 31
B-C -23.9027 45.0159 -204.467 -183.3538 76 12 4 8236 0 23 31
B-D -17.4637 4.889 -103.667 -116.2417 41 1 1 3768 3 19 17
B-J -28.8996 -18.7863 -99.1488 -146.8347 37 3 1 3731 5 19 16
C-D -177.2991 -90.0139 -1015.86 -1283.1731 262 64 46 41567 9 112 93
C-E -20.1249 -9.3324 -102.101 -131.5583 42 2 1 3743 5 19 17
D-E -22.7166 42.8836 -207.467 -187.3001 78 9 4 8491 0 23 31
D-F -21.6891 2.072 -106.785 -126.4021 40 2 1 3834 3 19 16
E-F -211.8159 -112.931 -1096.56 -1421.3069 271 69 49 43111 8 113 90
E-G -23.7346 0.4506 -100.76 -124.044 39 3 1 3784 4 19 16
F-G -32.2375 47.477 -215.76 -200.5205 78 19 4 8901 0 22 31
F-H -28.6783 -1.4389 -104.855 -134.9722 40 2 1 3827 5 19 16
G-H -187.581 -130.975 -1056.35 -1374.906 270 53 49 42561 12 111 90
G-I -16.4986 -2.9116 -108.462 -127.8722 42 3 1 3944 5 19 17
H-I -24.0928 49.3645 -213.035 -187.7633 75 16 4 8763 0 23 31
H-J -10.0919 -4.745 -106.72 -121.5569 40 1 1 3921 3 19 16
I-J -173.6562 -119.6881 -1066.33 -1359.6743 269 62 51 42520 11 113 93