2E2G
crystal structure of archaeal peroxiredoxin, thioredoxin peroxidase from aeropyrum pernix k1 (pre-oxidation form)
Total interactions analyzed 45
Total true interactions 20
Strongest Interaction Chains B-E
Int. Res. 264
Norm. En. per Res. -4.9417
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 -17.5302 2.1067 -97.1283 -112.5517 40 2 1 3713 3 19 15
A-C -14.4285 9.0271 -102.272 -107.6734 42 2 1 3949 2 19 15
A-D -23.9373 50.1972 -192.165 -165.9051 71 8 4 7615 0 18 30
A-F -152.9699 -97.25 -979.223 -1229.4429 259 52 42 40278 10 103 83
B-E -204.6993 -132.3344 -967.568 -1304.6017 264 62 41 40728 5 105 88
B-F -25.0282 45.207 -184.743 -164.5641 73 6 4 7532 0 19 29
B-I -18.1283 5.6278 -101.853 -114.3535 40 2 1 3782 4 19 15
C-D -163.1341 -58.9961 -962.284 -1184.4142 263 46 42 39589 9 103 84
C-G -23.8907 49.182 -189.201 -163.9096 77 10 4 7715 0 19 30
C-H -53.2364 -12.0965 -92.867 -158.1998 38 6 1 3709 5 19 15
D-F -29.9436 -14.3085 -103.41 -147.662 40 3 1 3838 4 19 16
D-G -26.2777 0.4492 -100.27 -126.0985 40 2 1 3728 3 19 15
E-F -29.6358 4.7256 -96.4979 -121.4081 40 5 1 3687 3 19 16
E-I -21.1672 48.4118 -179.871 -152.6264 72 3 4 7292 0 18 30
E-J -39.0705 -7.0069 -103.893 -149.9704 39 3 1 3724 5 19 16
G-H -196.1769 -154.3523 -978.395 -1328.9242 269 53 40 39940 12 103 87
G-J -28.0892 -6.6755 -105.955 -140.7198 41 3 1 3931 4 19 15
H-I -31.9436 -1.874 -100.068 -133.8856 40 3 1 3731 4 19 16
H-J -25.9171 47.9786 -181.759 -159.6975 70 7 4 7368 0 18 30
I-J -165.4932 -123.6087 -985.138 -1274.2399 264 42 42 40215 13 106 85