2ETN

crystal structure of thermus aquaticus gfh1

• Total interactions analyzed: 3
• Total true interactions: 2
• Strongest Interaction:
  • Chains: A-C
  • Int. Res.: 86
  • Norm. En. per Res.: -1.5197
• Hub Node: A(1)

All Interactions

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
A-C	-27.4031	90.3681	-193.661	-130.696	86	20	8	8806	4	62	84
B-C	0.0	8.2646	-110.418	-102.1534	74	9	5	6638	0	10	10

Interface residues

• A-C: ALA29A, ALA29C, ALA50A, ALA50C, ALA51A, ALA51C, ARG23A, ARG23C, ARG25A, ARG25C, ARG57A, ARG57C, ARG61A, ARG61C, ASP41A, ASP41C, ASP42A, ASP42C, ASP44A, ASP44C, ASP45A, ASP45C, GLN18A, GLN18C, GLN21A, GLN21C, GLN27A, GLN27C, GLN34A, GLN53A, GLN53C, GLU20A, GLU20C, GLU22A, GLU22C, GLU24A, GLU24C, GLU28A, GLU28C, GLU35A, GLU35C, GLU38A, GLU49A, GLU49C, GLU54A, GLU54C, GLY145A, GLY145C, GLY47A, GLY47C, ILE32A, ILE32C, ILE58A, ILE58C, LEU19C, LEU26A, LEU26C, LEU33A, LEU33C, LEU36A, LEU36C, LEU48A, LEU48C, LYS144A, LYS144C, LYS146A, LYS146C, LYS17A, LYS17C, LYS31A, LYS31C, LYS52A, LYS52C, LYS55A, LYS55C, MET37C, SER39A, SER39C, SER40A, SER40C, SER46A, SER46C, THR30A, THR30C, TYR43A, TYR43C
• B-C: ALA108B, ALA108C, ALA110B, ALA110C, ALA122B, ALA122C, ARG99B, ASN115B, ASN115C, ASP141B, ASP141C, ASP93C, GLN103B, GLN103C, GLU109B, GLU109C, GLU114B, GLU114C, GLU98B, GLU98C, GLY126B, GLY126C, ILE119B, ILE119C, LEU100B, LEU100C, LEU113B, LEU113C, LEU129B, LEU140B, LEU140C, LEU91B, LEU91C, LYS118B, LYS118C, LYS127B, LYS127C, LYS144B, LYS144C, LYS146B, LYS146C, LYS147B, LYS147C, MET117B, MET117C, MET125B, MET125C, PHE149B, PHE149C, PRO107B, PRO107C, PRO116B, PRO124B, PRO124C, PRO143B, PRO143C, SER101B, SER101C, SER106B, SER106C, SER111B, SER111C, SER120B, SER120C, SER123B, SER123C, THR142B, THR142C, VAL102B, VAL102C, VAL105B, VAL105C, VAL112B, VAL112C