2VTU

crystal structure of bacteriophage ms2 covalent coat protein dimer

• Total interactions analyzed: 1
• Total true interactions: 1
• Strongest Interaction:
  • Chains: J-L
  • Int. Res.: 179
  • Norm. En. per Res.: -3.3741
• Hub Node: J(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
J-L	-39.8416	16.151	-580.267	-603.9577	179	86	18	24031	0	15	17

Interface residues

• J-L: ALA196L, ALA1J, ALA1L, ALA209L, ALA21J, ALA249J, ALA249L, ALA251J, ALA251L, ALA252J, ALA252L, ALA26J, ALA26L, ALA30J, ALA30L, ALA41J, ALA53J, ALA53L, ALA80J, ALA81J, ALA96J, ALA96L, ARG38J, ARG49J, ARG49L, ARG56J, ARG56L, ARG83J, ASN183J, ASN244L, ASN24J, ASN24L, ASN253J, ASN253L, ASN27J, ASN27L, ASN36J, ASN3J, ASN3L, ASN55J, ASN55L, ASN87J, ASN87L, ASN98J, ASN98L, ASP100L, ASP242L, CYS101L, CYS46J, CYS46L, GLN198L, GLN40J, GLN50J, GLN50L, GLN54L, GLN70J, GLU102L, GLU204L, GLU217J, GLU31J, GLU31L, GLU63J, GLU76J, GLU89J, GLU89L, GLY201L, GLY202L, GLY243L, GLY255J, GLY255L, GLY28J, GLY28L, GLY73J, GLY74J, ILE104L, ILE246J, ILE246L, ILE250J, ILE250L, ILE256J, ILE256L, ILE33J, ILE60J, ILE60L, ILE92L, ILE94J, ILE94L, LEU103L, LEU205L, LEU214L, LEU240L, LEU77J, LEU90L, LYS106L, LYS185J, LYS194L, LYS43J, LYS57J, LYS57L, LYS61J, LYS61L, MET108L, MET88L, PHE25J, PHE25L, PHE4J, PHE4L, PHE95J, PHE95L, PRO22J, PRO22L, PRO245J, PRO245L, PRO247J, PRO247L, PRO65J, PRO78J, PRO93J, PRO93L, SER212L, SER23J, SER23L, SER248L, SER254J, SER254L, SER2J, SER2L, SER34J, SER35J, SER37J, SER39J, SER47J, SER47L, SER51J, SER51L, SER52J, SER52L, SER84J, SER99L, THR197L, THR199L, THR219J, THR45J, THR45L, THR59J, THR59L, THR5J, THR5L, THR71J, THR91L, THR97J, THR97L, TRP210L, TRP32J, TRP32L, TRP82J, TYR213L, TYR257J, TYR257L, TYR42J, TYR58J, TYR58L, TYR5L, TYR85J, VAL105L, VAL195L, VAL200L, VAL203L, VAL20J, VAL29J, VAL29L, VAL44J, VAL48J, VAL48L, VAL62J, VAL64J, VAL72J, VAL75J, VAL79J