2QQZ

crystal structure of putative glyoxalase family protein from bacillus anthracis

• Total interactions analyzed: 1
• Total true interactions: 1
• Strongest Interaction:
  • Chains: A-B
  • Int. Res.: 166
  • Norm. En. per Res.: -4.4626
• 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-B	-181.2478	-32.4829	-527.069	-740.7997	166	39	29	21491	3	68	71

Interface residues

• A-B: ALA14A, ALA14B, ALA15A, ALA15B, ALA68A, ALA68B, ALA71A, ALA71B, ALA74A, ALA74B, ALA99A, ALA99B, ARG100A, ARG100B, ARG105A, ARG105B, ARG115A, ARG115B, ARG2A, ARG2B, ARG45A, ARG45B, ARG70A, ARG70B, ASN114A, ASN114B, ASN121A, ASN121B, ASN3A, ASN3B, ASN54A, ASN54B, ASN64A, ASN64B, ASN66A, ASN66B, ASP102A, ASP102B, ASP81A, ASP81B, ASP97A, ASP97B, ASP9A, ASP9B, CYS52A, CYS52B, GLN12A, GLN12B, GLN55A, GLN55B, GLN63A, GLN63B, GLN6A, GLN6B, GLN85A, GLN85B, GLN90A, GLN90B, GLU117A, GLU117B, GLU120A, GLU120B, GLU34A, GLU34B, GLU40A, GLU40B, GLU41A, GLU41B, GLU56A, GLU56B, GLU62A, GLU62B, GLU82A, GLU82B, GLU86A, GLU86B, GLY32A, GLY32B, GLY53A, GLY53B, GLY60A, GLY60B, GLY7A, GLY7B, HIS10A, HIS10B, HIS58A, HIS58B, HIS72A, HIS72B, HIS98A, HIS98B, ILE116A, ILE116B, ILE31A, ILE31B, ILE36A, ILE36B, ILE57A, ILE57B, ILE5A, ILE5B, ILE80A, ILE80B, ILE8A, ILE8B, LEU42A, LEU42B, LEU78A, LEU78B, LEU87A, LEU87B, LYS38A, LYS38B, LYS44B, LYS51A, LYS51B, LYS69A, LYS69B, LYS79A, LYS79B, LYS84A, LYS84B, PHE118A, PHE118B, PHE26B, PHE50A, PHE50B, PHE65A, PHE65B, PHE75A, PHE75B, PHE83A, PHE83B, PRO101A, PRO101B, PRO37A, PRO37B, PRO39A, PRO39B, PRO67A, PRO67B, PRO73A, PRO73B, THR30A, THR30B, TRP49A, TRP49B, TYR107A, TYR107B, TYR27A, TYR27B, TYR4A, TYR4B, TYR76A, TYR76B, VAL103A, VAL103B, VAL11A, VAL11B, VAL13A, VAL13B, VAL61A, VAL61B, VAL77A, VAL77B