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Interfaces in PDB 6e7h crystal.
Space symmetry group: P 1 21 1. Resolution: 3.30 Å

CRYSTAL STRUCTURE OF H5 HEMAGGLUTININ MUTANT Y161A FROM A/VIET NAM/1203/2004 H5N1 INFLUENZA VIRUS IN COMPLEX WITH 3'-GCLN

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`		B	`252`	`63`	`12464`	`◊`	A	x,y,z	`1_555`	`226`	`55`	`16597`	`2342.6`	`-36.0`	`0.017`	`28`	`2`	`1`	`1.000`
	`2`		D	`237`	`57`	`12101`	`◊`	C	x,y,z	`1_555`	`233`	`57`	`16547`	`2298.3`	`-34.6`	`0.019`	`26`	`2`	`1`	`1.000`
	`3`		F	`233`	`56`	`13086`	`◊`	E	x,y,z	`1_555`	`221`	`56`	`16278`	`2237.3`	`-31.3`	`0.032`	`18`	`5`	`1`	`1.000`
	*Average:*													`2292.7`	`-34.0`	`0.023`	`24`	`3`	`1`	`1.000`
2	`4`		D	`129`	`30`	`12101`	`◊`	B	x,y,z	`1_555`	`128`	`38`	`12464`	`1295.6`	`-12.6`	`0.362`	`10`	`13`	`0`	`1.000`
	`5`		F	`125`	`36`	`13086`	`◊`	B	x,y,z	`1_555`	`124`	`30`	`12464`	`1286.2`	`-13.7`	`0.293`	`11`	`7`	`0`	`1.000`
	`6`		F	`117`	`29`	`13086`	`◊`	D	x,y,z	`1_555`	`128`	`38`	`12101`	`1285.8`	`-13.5`	`0.245`	`9`	`7`	`0`	`1.000`
	*Average:*													`1289.2`	`-13.3`	`0.300`	`10`	`9`	`0`	`1.000`
3	`7`		E	`52`	`15`	`16278`	`◊`	C	x-1,y,z	`1_455`	`62`	`20`	`16547`	`493.7`	`2.5`	`0.826`	`6`	`1`	`0`	`0.000`
4	`8`		C	`41`	`11`	`16547`	`◊`	A	x,y,z	`1_555`	`50`	`14`	`16597`	`426.4`	`2.1`	`0.793`	`8`	`0`	`0`	`0.021`
	`9`		E	`48`	`14`	`16278`	`◊`	A	x,y,z	`1_555`	`40`	`12`	`16597`	`421.8`	`1.5`	`0.754`	`7`	`0`	`0`	`0.021`
	`10`		E	`44`	`13`	`16278`	`◊`	C	x,y,z	`1_555`	`45`	`15`	`16547`	`407.8`	`2.6`	`0.797`	`9`	`0`	`0`	`0.021`
	*Average:*													`418.7`	`2.1`	`0.781`	`8`	`0`	`0`	`0.021`
5	`11`		B	`40`	`11`	`12464`	`◊`	E	x,y,z	`1_555`	`46`	`13`	`16278`	`393.8`	`-1.8`	`0.508`	`6`	`3`	`0`	`0.070`
	`12`		F	`42`	`11`	`13086`	`◊`	C	x,y,z	`1_555`	`50`	`14`	`16547`	`386.9`	`-2.2`	`0.493`	`5`	`4`	`0`	`0.070`
	`13`		D	`39`	`10`	`12101`	`◊`	A	x,y,z	`1_555`	`44`	`12`	`16597`	`373.9`	`-1.6`	`0.566`	`5`	`5`	`0`	`0.070`
	*Average:*													`384.9`	`-1.9`	`0.522`	`5`	`4`	`0`	`0.070`
6	`14`		D	`47`	`16`	`12101`	`◊`	E	x,y,z	`1_555`	`27`	`7`	`16278`	`333.7`	`-3.5`	`0.251`	`2`	`0`	`0`	`0.070`
	`15`		B	`43`	`14`	`12464`	`◊`	C	x,y,z	`1_555`	`30`	`7`	`16547`	`324.0`	`-4.5`	`0.128`	`1`	`0`	`0`	`0.070`
	`16`		F	`42`	`14`	`13086`	`◊`	A	x,y,z	`1_555`	`28`	`7`	`16597`	`275.1`	`-4.8`	`0.143`	`1`	`0`	`0`	`0.070`
	*Average:*													`310.9`	`-4.3`	`0.174`	`1`	`0`	`0`	`0.070`
7	`17`		[NGC]C:405	`21`	`1`	`454`	`f`	C	x,y,z	`1_555`	`33`	`15`	`16547`	`263.5`	`1.8`	`0.370`	`9`	`0`	`0`	`0.054`
8	`18`		C	`35`	`14`	`16547`	`◊`	A	x,y,z-1	`1_554`	`27`	`9`	`16597`	`256.9`	`1.9`	`0.752`	`1`	`1`	`0`	`0.000`
9	`19`		[NAG]A:402	`11`	`1`	`356`	`cf`	A	x,y,z	`1_555`	`18`	`7`	`16597`	`125.3`	`3.7`	`0.409`	`1`	`0`	`0`	`0.000`
	`20`		[NAG]C:401	`11`	`1`	`357`	`cf`	C	x,y,z	`1_555`	`16`	`6`	`16547`	`119.1`	`3.2`	`0.403`	`1`	`0`	`0`	`0.000`
	*Average:*													`122.2`	`3.5`	`0.406`	`1`	`0`	`0`	`0.000`
10	`21`		[NAG]E:602	`11`	`1`	`355`	`cf`	E	x,y,z	`1_555`	`17`	`6`	`16278`	`121.3`	`2.9`	`0.388`	`0`	`0`	`0`	`0.000`
11	`22`		[GAL]C:404	`9`	`1`	`300`	`f`	C	x,y,z	`1_555`	`13`	`7`	`16547`	`96.3`	`2.7`	`0.397`	`0`	`0`	`0`	`0.000`
12	`23`		[NAG]E:601	`9`	`1`	`358`	`cf`	E	x,y,z	`1_555`	`8`	`3`	`16278`	`83.2`	`2.6`	`0.348`	`0`	`0`	`0`	`0.000`
13	`24`		[NAG]A:401	`10`	`1`	`358`	`cf`	A	x,y,z	`1_555`	`9`	`3`	`16597`	`78.0`	`2.4`	`0.300`	`0`	`0`	`0`	`0.000`
14	`25`		[NAG]E:603	`9`	`1`	`361`	`cf`	[NAG]E:602	x,y,z	`1_555`	`7`	`1`	`355`	`74.4`	`1.9`	`0.096`	`0`	`0`	`0`	`0.000`
15	`26`		[NAG]C:402	`10`	`1`	`364`	`cf`	[NAG]C:401	x,y,z	`1_555`	`7`	`1`	`357`	`70.8`	`1.5`	`0.072`	`0`	`0`	`0`	`0.000`
16	`27`		[NAG]A:403	`10`	`1`	`362`	`cf`	[NAG]A:402	x,y,z	`1_555`	`6`	`1`	`356`	`66.2`	`1.4`	`0.067`	`1`	`0`	`0`	`0.000`
17	`28`		F	`7`	`3`	`13086`	`◊`	C	-x,y-1/2,-z	`2_545`	`7`	`2`	`16547`	`60.7`	`0.1`	`0.654`	`0`	`0`	`0`	`0.000`
18	`29`		[NGC]C:405	`7`	`1`	`454`	`cf`	[GAL]C:404	x,y,z	`1_555`	`5`	`1`	`300`	`59.1`	`1.8`	`0.236`	`0`	`0`	`0`	`0.000`
19	`30`		[BMA]C:403	`6`	`1`	`294`	`cf`	[NAG]C:402	x,y,z	`1_555`	`5`	`1`	`364`	`58.1`	`1.3`	`0.121`	`0`	`0`	`0`	`0.000`
20	`31`		F	`5`	`3`	`13086`	`◊`	A	-x,y-1/2,-z+1	`2_546`	`6`	`2`	`16597`	`56.5`	`1.6`	`0.896`	`1`	`1`	`0`	`0.000`
21	`32`		D	`8`	`5`	`12101`	`◊`	C	-x+1,y-1/2,-z	`2_645`	`5`	`2`	`16547`	`48.7`	`1.3`	`0.861`	`0`	`0`	`0`	`0.000`
22	`33`		[NAG]A:403	`5`	`1`	`362`	`f`	A	x,y,z	`1_555`	`4`	`1`	`16597`	`41.1`	`1.6`	`0.447`	`0`	`0`	`0`	`0.000`
23	`34`		[NAG]E:603	`4`	`1`	`361`	`f`	E	x,y,z	`1_555`	`4`	`1`	`16278`	`38.9`	`1.2`	`0.460`	`0`	`0`	`0`	`0.000`
24	`35`		[NAG]C:402	`3`	`1`	`364`	`f`	C	x,y,z	`1_555`	`4`	`1`	`16547`	`37.1`	`1.3`	`0.630`	`0`	`0`	`0`	`0.000`
25	`36`		[NAG]C:401	`1`	`1`	`357`	`◊`	E	x,y,z	`1_555`	`7`	`2`	`16278`	`35.7`	`1.1`	`0.677`	`0`	`0`	`0`	`0.000`
	`37`		[NAG]A:402	`1`	`1`	`356`	`◊`	C	x,y,z	`1_555`	`4`	`2`	`16547`	`32.5`	`1.0`	`0.658`	`0`	`0`	`0`	`0.000`
	*Average:*													`34.1`	`1.1`	`0.668`	`0`	`0`	`0`	`0.000`
26	`38`		[NAG]E:602	`1`	`1`	`355`	`◊`	A	x,y,z	`1_555`	`3`	`1`	`16597`	`20.3`	`0.6`	`0.646`	`0`	`0`	`0`	`0.000`
27	`39`		[NAG]C:401	`2`	`1`	`357`	`◊`	A	x,y,z-1	`1_554`	`1`	`1`	`16597`	`9.3`	`0.1`	`0.240`	`0`	`0`	`0`	`0.000`
28	`40`		E	`2`	`1`	`16278`	`◊`	[NAG]A:403	x-1,y,z	`1_455`	`3`	`1`	`362`	`7.3`	`0.4`	`0.369`	`0`	`0`	`0`	`0.000`
29	`41`		F	`3`	`1`	`13086`	`◊`	E	-x,y-1/2,-z	`2_545`	`1`	`1`	`16278`	`4.5`	`-0.1`	`0.476`	`0`	`0`	`0`	`0.000`
30	`42`		B	`1`	`1`	`12464`	`◊`	A	-x+1,y-1/2,-z+1	`2_646`	`2`	`1`	`16597`	`2.9`	`-0.0`	`0.549`	`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