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Interfaces in PDB 5thc crystal.
Space symmetry group: P 1 21 1. Resolution: 2.79 Å

CRYSTAL STRUCTURE OF H10 HEMAGGLUTININ MUTANT (T193D-Q226L-G228S) FROM JIANGXI-DONGHU (2013) H10N8 INFLUENZA VIRUS IN COMPLEX WITH 6'-SLNLN

Interfaces

##			Structure 1				×	Structure 2						interface area, Å²	ΔⁱG kcal/mol	ΔⁱG P-value	N_HB	N_SB	N_DS	CSS
Id	NN	«»	Range	ⁱN_at	ⁱN_res	Surface Å²	×	Range	Symmetry op-n	Sym.ID	ⁱN_at	ⁱN_res	Surface Å²	interface area, Å²	ΔⁱG kcal/mol	ΔⁱG P-value	N_HB	N_SB	N_DS	CSS
1	`1`		D	`323`	`84`	`12710`	`◊`	C	x,y,z	`1_555`	`301`	`71`	`16749`	`3063.4`	`-33.6`	`0.094`	`40`	`9`	`1`	`1.000`
	`2`		B	`327`	`83`	`12845`	`◊`	A	x,y,z	`1_555`	`295`	`68`	`17177`	`3051.4`	`-35.0`	`0.085`	`36`	`12`	`1`	`1.000`
	`3`		F	`321`	`82`	`12691`	`◊`	E	x,y,z	`1_555`	`295`	`71`	`16759`	`3009.7`	`-32.7`	`0.095`	`40`	`11`	`1`	`1.000`
	*Average:*													`3041.5`	`-33.7`	`0.091`	`39`	`11`	`1`	`1.000`
2	`4`		F	`141`	`36`	`12691`	`◊`	B	x,y,z	`1_555`	`131`	`42`	`12845`	`1413.6`	`-13.0`	`0.393`	`10`	`8`	`0`	`1.000`
	`5`		D	`129`	`42`	`12710`	`◊`	B	x,y,z	`1_555`	`145`	`34`	`12845`	`1363.0`	`-14.1`	`0.350`	`10`	`9`	`0`	`1.000`
	`6`		F	`126`	`39`	`12691`	`◊`	D	x,y,z	`1_555`	`144`	`35`	`12710`	`1346.3`	`-13.4`	`0.365`	`11`	`12`	`0`	`1.000`
	*Average:*													`1374.3`	`-13.5`	`0.369`	`10`	`10`	`0`	`1.000`
3	`7`		A	`64`	`23`	`17177`	`◊`	C	x-1,y,z	`1_455`	`72`	`29`	`16749`	`541.4`	`0.8`	`0.731`	`6`	`0`	`0`	`0.000`
4	`8`		C	`57`	`17`	`16749`	`◊`	A	x,y,z	`1_555`	`46`	`16`	`17177`	`464.7`	`-2.9`	`0.370`	`9`	`0`	`0`	`0.059`
	`9`		E	`42`	`13`	`16759`	`◊`	A	x,y,z	`1_555`	`47`	`16`	`17177`	`405.3`	`-2.1`	`0.459`	`4`	`2`	`0`	`0.059`
	`10`		E	`43`	`14`	`16759`	`◊`	C	x,y,z	`1_555`	`36`	`12`	`16749`	`398.0`	`-1.0`	`0.496`	`3`	`3`	`0`	`0.059`
	*Average:*													`422.6`	`-2.0`	`0.442`	`5`	`2`	`0`	`0.059`
5	`11`		C	`47`	`15`	`16749`	`◊`	E	x,y,z-1	`1_554`	`36`	`10`	`16759`	`334.4`	`1.1`	`0.708`	`3`	`0`	`0`	`0.000`
6	`12`		D	`44`	`13`	`12710`	`◊`	A	x,y,z	`1_555`	`24`	`7`	`17177`	`321.8`	`-2.6`	`0.468`	`1`	`0`	`0`	`0.042`
	`13`		B	`39`	`13`	`12845`	`◊`	E	x,y,z	`1_555`	`26`	`9`	`16759`	`267.5`	`-2.5`	`0.449`	`1`	`0`	`0`	`0.042`
	`14`		F	`38`	`13`	`12691`	`◊`	C	x,y,z	`1_555`	`22`	`7`	`16749`	`253.8`	`-3.3`	`0.316`	`1`	`0`	`0`	`0.042`
	*Average:*													`281.1`	`-2.8`	`0.411`	`1`	`0`	`0`	`0.042`
7	`15`		D	`32`	`9`	`12710`	`◊`	E	x,y,z	`1_555`	`29`	`12`	`16759`	`288.7`	`1.1`	`0.802`	`2`	`2`	`0`	`0.014`
	`16`		B	`31`	`10`	`12845`	`◊`	C	x,y,z	`1_555`	`27`	`13`	`16749`	`282.5`	`0.3`	`0.730`	`3`	`2`	`0`	`0.014`
	`17`		F	`30`	`9`	`12691`	`◊`	A	x,y,z	`1_555`	`29`	`12`	`17177`	`269.8`	`0.5`	`0.742`	`4`	`3`	`0`	`0.014`
	*Average:*													`280.3`	`0.6`	`0.758`	`3`	`2`	`0`	`0.014`
8	`18`		[SIA]C:401	`19`	`1`	`440`	`f`	C	x,y,z	`1_555`	`35`	`14`	`16749`	`244.8`	`-2.5`	`0.313`	`7`	`0`	`0`	`0.109`
	`19`		[SIA]E:401	`18`	`1`	`429`	`f`	E	x,y,z	`1_555`	`31`	`15`	`16759`	`237.5`	`-1.8`	`0.344`	`6`	`0`	`0`	`0.109`
	*Average:*													`241.2`	`-2.2`	`0.328`	`7`	`0`	`0`	`0.109`
9	`20`		[NAG]D:201	`10`	`1`	`360`	`cf`	D	x,y,z	`1_555`	`18`	`7`	`12710`	`124.5`	`4.2`	`0.533`	`0`	`0`	`0`	`0.000`
10	`21`		[NAG]E:404	`10`	`1`	`358`	`cf`	E	x,y,z	`1_555`	`13`	`5`	`16759`	`120.3`	`3.5`	`0.492`	`2`	`0`	`0`	`0.000`
11	`22`		[NAG]C:403	`11`	`1`	`354`	`cf`	C	x,y,z	`1_555`	`13`	`5`	`16749`	`116.3`	`3.9`	`0.456`	`1`	`0`	`0`	`0.000`
12	`23`		[NAG]A:401	`11`	`1`	`358`	`cf`	A	x,y,z	`1_555`	`13`	`5`	`17177`	`113.7`	`3.7`	`0.415`	`1`	`0`	`0`	`0.000`
13	`24`		[NAG]C:402	`9`	`1`	`345`	`cf`	C	x,y,z	`1_555`	`12`	`6`	`16749`	`90.7`	`2.0`	`0.310`	`0`	`0`	`0`	`0.000`
14	`25`		[GAL]E:402	`7`	`1`	`291`	`f`	E	x,y,z	`1_555`	`13`	`5`	`16759`	`70.7`	`0.8`	`0.257`	`0`	`0`	`0`	`0.000`
15	`26`		[NAG]E:405	`10`	`1`	`361`	`cf`	[NAG]E:404	x,y,z	`1_555`	`7`	`1`	`358`	`69.7`	`1.5`	`0.073`	`0`	`0`	`0`	`0.000`
	`27`		[NAG]C:404	`9`	`1`	`359`	`cf`	[NAG]C:403	x,y,z	`1_555`	`7`	`1`	`354`	`59.4`	`1.0`	`0.061`	`0`	`0`	`0`	`0.000`
	*Average:*													`64.6`	`1.2`	`0.067`	`0`	`0`	`0`	`0.000`
16	`28`		[GAL]E:402	`7`	`1`	`291`	`cf`	[NAG]E:403	x,y,z	`1_555`	`7`	`1`	`361`	`66.9`	`1.2`	`0.082`	`1`	`0`	`0`	`0.000`
17	`29`		[NAG]C:403	`8`	`1`	`354`	`◊`	A	x,y,z	`1_555`	`7`	`2`	`17177`	`61.1`	`0.5`	`0.190`	`0`	`0`	`0`	`0.000`
18	`30`		[GAL]E:402	`2`	`1`	`291`	`cf`	[SIA]E:401	x,y,z	`1_555`	`9`	`1`	`429`	`55.7`	`2.3`	`0.638`	`0`	`0`	`0`	`0.000`
19	`31`		[BMA]E:406	`6`	`1`	`296`	`cf`	[NAG]E:405	x,y,z	`1_555`	`5`	`1`	`361`	`54.9`	`1.0`	`0.091`	`0`	`0`	`0`	`0.000`
20	`32`		[MAN]E:407	`6`	`1`	`293`	`cf`	[BMA]E:406	x,y,z	`1_555`	`3`	`1`	`296`	`53.2`	`2.2`	`0.256`	`0`	`0`	`0`	`0.000`
21	`33`		[NAG]E:404	`5`	`1`	`358`	`◊`	C	x,y,z	`1_555`	`7`	`3`	`16749`	`47.3`	`0.8`	`0.325`	`0`	`0`	`0`	`0.000`
22	`34`		[NAG]E:403	`4`	`1`	`361`	`f`	E	x,y,z	`1_555`	`4`	`3`	`16759`	`46.7`	`1.6`	`0.605`	`0`	`0`	`0`	`0.000`
23	`35`		[NAG]A:401	`5`	`1`	`358`	`◊`	E	x,y,z	`1_555`	`7`	`3`	`16759`	`42.5`	`0.8`	`0.353`	`0`	`0`	`0`	`0.000`
24	`36`		[SIA]E:401	`6`	`1`	`429`	`f`	[NAG]E:403	x,y,z	`1_555`	`4`	`1`	`361`	`39.9`	`1.6`	`0.400`	`0`	`0`	`0`	`0.000`
25	`37`		[MAN]E:407	`6`	`1`	`293`	`f`	[NAG]E:405	x,y,z	`1_555`	`5`	`1`	`361`	`33.2`	`1.2`	`0.142`	`0`	`0`	`0`	`0.000`
26	`38`		[NAG]D:201	`3`	`1`	`360`	`◊`	E	x,y,z	`1_555`	`5`	`2`	`16759`	`29.2`	`0.8`	`0.408`	`0`	`0`	`0`	`0.000`
27	`39`		[NAG]C:404	`4`	`1`	`359`	`◊`	A	x,y,z	`1_555`	`2`	`1`	`17177`	`20.6`	`0.2`	`0.208`	`0`	`0`	`0`	`0.000`
28	`40`		A	`4`	`4`	`17177`	`◊`	[NAG]E:405	x-1,y,z	`1_455`	`3`	`1`	`361`	`11.9`	`0.1`	`0.308`	`0`	`0`	`0`	`0.000`
29	`41`		[NAG]D:201	`1`	`1`	`360`	`◊`	F	x,y,z	`1_555`	`1`	`1`	`12691`	`0.7`	`0.0`	`0.316`	`0`	`0`	`0`	`0.000`

PDBe PISA v1.52 [20/10/2014]

Protein Data Bank
in Europe

Bringing Structure to Biology

PDBePISA

Protein Data Bank in Europe

Bringing Structure to Biology

PDBePISA

Protein Data Bank
in Europe