1VIV

crystal structure of a hypothetical protein

• Total interactions analyzed: 1
• Total true interactions: 1
• Strongest Interaction:
  • Chains: A-B
  • Int. Res.: 176
  • Norm. En. per Res.: -4.2521
• 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	-92.3377	-53.2066	-602.824	-748.3683	176	34	30	25929	9	42	42

Interface residues

• A-B: ALA161A, ALA161B, ALA18A, ALA18B, ALA19A, ALA19B, ALA26A, ALA26B, ALA30A, ALA30B, ALA44A, ALA44B, ALA51A, ALA51B, ALA55A, ALA55B, ALA8A, ALA8B, ARG46A, ARG46B, ARG57A, ARG57B, ASN12A, ASN12B, ASN16A, ASN16B, ASN183A, ASN23A, ASN23B, ASP160A, ASP160B, ASP173A, ASP173B, ASP27A, ASP27B, ASP31A, ASP31B, GLN145A, GLN145B, GLN153A, GLN153B, GLN28A, GLN28B, GLU13A, GLU13B, GLU152A, GLU152B, GLU168A, GLU168B, GLU175A, GLU175B, GLU24A, GLU24B, GLU25A, GLU25B, GLU5A, GLU5B, GLU70A, GLU9A, GLU9B, GLY148A, GLY148B, GLY45A, GLY45B, GLY48A, GLY48B, HIS15A, HIS15B, HIS181A, HIS60A, HIS60B, ILE10A, ILE10B, ILE127A, ILE127B, ILE144A, ILE144B, ILE163A, ILE163B, ILE21A, ILE21B, ILE67A, ILE67B, ILE71A, ILE71B, LEU11A, LEU11B, LEU14A, LEU14B, LEU150A, LEU150B, LEU155A, LEU155B, LEU156A, LEU156B, LEU157A, LEU157B, LEU164A, LEU164B, LEU166A, LEU166B, LEU172A, LEU172B, LEU184A, LEU1A, LEU1B, LEU29A, LEU29B, LEU49A, LEU49B, LEU58A, LEU58B, LYS165A, LYS165B, LYS169A, LYS169B, LYS2A, LYS2B, LYS52A, LYS52B, LYS92B, MET129A, MET129B, MET147A, MET147B, MET167A, MET167B, MET177A, MET177B, MET50A, MET50B, MET56A, MET56B, MET61A, MET61B, PHE151A, PHE151B, PHE158A, PHE158B, PHE178A, PHE54A, PHE54B, PRO146A, PRO146B, SER149A, SER149B, SER174A, SER174B, SER17A, SER17B, SER22A, SER22B, SER47A, SER47B, SER53A, SER53B, THR143A, THR143B, THR154A, THR154B, THR176B, THR179A, THR3A, THR3B, THR4A, THR4B, TYR159A, TYR159B, TYR20A, TYR20B, TYR6A, TYR6B, VAL162A, VAL162B, VAL7A, VAL7B