2AA4

crystal structure of escherichia coli putative n- acetylmannosamine kinase, new york structural genomics consortium

• Total interactions analyzed: 1
• Total true interactions: 1
• Strongest Interaction:
  • Chains: A-B
  • Int. Res.: 158
  • Norm. En. per Res.: -3.909
• 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	-94.3567	-94.1014	-429.17	-617.6281	158	15	8	16523	5	38	43

Interface residues

• A-B: ALA151A, ALA151B, ALA159A, ALA159B, ALA222A, ALA222B, ALA226A, ALA226B, ALA230A, ALA230B, ALA262A, ALA262B, ALA263A, ALA263B, ALA74A, ALA74B, ARG170A, ARG170B, ARG216B, ARG219A, ARG219B, ARG223A, ARG223B, ARG68A, ARG68B, ASN76A, ASN76B, ASP120A, ASP123A, ASP123B, ASP160A, ASP160B, ASP227A, ASP227B, ASP233A, ASP233B, CYS141A, CYS166A, CYS166B, CYS168A, CYS168B, CYS173A, CYS173B, CYS234A, CYS234B, CYS236A, CYS236B, GLN107A, GLN107B, GLN235A, GLN235B, GLN259A, GLN259B, GLU260A, GLU260B, GLY135A, GLY135B, GLY136A, GLY136B, GLY140A, GLY140B, GLY146A, GLY146B, GLY148A, GLY148B, GLY149A, GLY149B, GLY152A, GLY152B, GLY155A, GLY155B, GLY163A, GLY163B, GLY167A, GLY167B, GLY169A, GLY169B, GLY172A, GLY172B, HIS153A, HIS153B, HIS156A, HIS156B, HIS162A, HIS162B, HIS265A, HIS265B, HIS78B, ILE121A, ILE121B, ILE154A, ILE154B, ILE177A, ILE177B, ILE225A, ILE225B, ILE228A, ILE228B, ILE66A, ILE66B, ILE67A, ILE67B, LEU144A, LEU144B, LEU150A, LEU150B, LEU158A, LEU158B, LEU224A, LEU224B, LEU257A, LEU257B, LEU73A, LEU73B, LEU75A, LEU75B, LYS142A, LYS142B, LYS229A, LYS229B, MET124A, MET124B, PHE264A, PHE264B, PRO147A, PRO147B, PRO161A, PRO161B, PRO261A, PRO261B, PRO77A, PRO77B, SER139A, SER139B, THR122A, THR122B, THR145A, THR145B, THR157A, THR157B, THR171A, THR171B, THR220A, THR220B, THR231A, THR231B, THR232A, THR232B, VAL125A, VAL125B, VAL137A, VAL137B, VAL138A, VAL165B, VAL174A, VAL174B, VAL266A, VAL266B