2FDO

crystal structure of the conserved protein of unknown function af2331 from archaeoglobus fulgidus dsm 4304 reveals a new type of alpha/beta fold

• Total interactions analyzed: 1
• Total true interactions: 1
• Strongest Interaction:
  • Chains: B-A
  • Int. Res.: 168
  • Norm. En. per Res.: -9.3329
• Hub Node: B(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
B-A	-464.2264	12.8721	-1116.58	-1567.9343	168	73	73	42281	1	107	93

Interface residues

• B-A: ALA3A, ALA3B, ALA51A, ALA51B, ALA54A, ALA54B, ALA57A, ALA57B, ALA62A, ALA62B, ALA74A, ALA74B, ALA86A, ALA86B, ALA90A, ALA90B, ARG88A, ARG88B, ARG92A, ARG92B, ASN89A, ASN89B, ASP21A, ASP21B, ASP22A, ASP22B, ASP30A, ASP30B, ASP33A, ASP33B, ASP58A, ASP58B, ASP61A, ASP61B, ASP63A, ASP63B, ASP65A, ASP65B, ASP68A, ASP68B, CB5.66612-37.24000, CYS35A, CYS35B, CYS49A, CYS49B, GLU16A, GLU16B, GLU20A, GLU20B, GLU47A, GLU47B, GLU52A, GLU52B, GLU64A, GLU64B, GLU66A, GLU66B, GLU69A, GLU69B, GLU79A, GLU79B, GLU81A, GLU81B, GLU85A, GLU85B, GLU9A, GLU9B, GLY17A, GLY17B, GLY87A, GLY87B, HIS0A, HIS0B, HIS0B6, HIS18A, HIS18B, ILE59A, ILE59B, ILE67A, ILE67B, ILE75A, ILE75B, ILE91A, ILE91B, LEU12A, LEU12B, LEU15A, LEU15B, LEU19A, LEU19B, LEU38A, LEU38B, LEU83A, LEU83B, LYS13A, LYS13B, LYS36A, LYS36B, LYS37A, LYS37B, LYS46A, LYS46B, LYS72A, LYS72B, LYS80A, LYS80B, LYS82A, LYS82B, LYS8A, LYS8B, PHE11A, PHE11B, PHE14A, PHE14B, PHE34A, PHE34B, PHE50A, PHE50B, PHE53A, PHE53B, PHE55A, PHE55B, PHE60A, PHE60B, PHE6A, PHE6B, PHE77A, PHE77B, PRO2A, PRO2B, PRO56A, PRO56B, SER10A, SER10B, SER28A, SER28B, SER29A, SER29B, SER7A, SER7B, SER84A, SER84B, THR32A, THR32B, TYR48A, TYR48B, TYR4A, TYR4B, TYR73A, TYR73B, VAL23A, VAL23B, VAL24A, VAL24B, VAL25A, VAL25B, VAL26A, VAL26B, VAL27A, VAL27B, VAL31A, VAL31B, VAL5A, VAL5B, VAL76A, VAL76B, VAL78A, VAL78B