Q9HMC6 - HALSA - GREMLIN Contacts

Home
GREMLIN
- Submit - Monomer
- Submit - Complex
Contacts
Metagenomics
- Contacts
- Structures
Structures
- List
Old Projects
- Complexes (2014)
- PFAM (2013)

Q9HMC6 - Hydroxymethylpyrimidine phosphate kinase

UniProt:	Q9HMC6	Sequences: MHPVALTIAGSDSGGGAGIQADLKTFEAGDAFGTSAITAVTAQNTHGVTHSDILAPETVRAQIDAVTTDFDVSAVKTGMLGDAAVVDAVATALAETPAPVTVDPVVVSQSGDRLLTESGIAAVRDELLPRATLATPNIPEAELLADTEITDETDLRAAAEAVCELGPDATLLTGGHLDGDPVDVFAGDTTSAFTRPRIETPTTHGSGCTLSAAITARLAHGDALRPAVERGIDAVAAAIDGDLSVGGGDGPVDHRHATATPTTGVGAGITAVRDVVAMLEAEWPPALVPEVGMNVAVAPPAATTPADVVAVDGRLHATTRGVRAAGGIEPGASSHIARFLLGVRAHDADVTAATNVRWSAAREDALGDRWDTVSVDRTTEPADADGTMDWTAQRVMADRDSAPDAVVDSGAVGKEAMVRVLAADADALTAKLRTVASLERDADVA	Download Alignment We filter this alignment to remove sites that have many gaps before running GREMLIN. Date: 2015_01
Length:	445 (381)
Sequences:	476 (374)
Seq/√Len:	19.2

HALSA - Q9HMC6
SULSO - Q97W49 Q981E3

GREMLIN Results:

Legend: The darker and larger the blue dots, the higher coevolution strength.

Residue pairs sorted by coevolution strength:

i	j	Sco	Prob
23_L	33_G	7.166	1.00
26_F	216_A	5.226	1.00
31_A	216_A	4.905	1.00
11_S	41_T	4.369	1.00
36_A	63_I	4.339	1.00
26_F	31_A	4.082	1.00
77_T	102_V	3.818	1.00
86_V	123_V	3.401	1.00
11_S	37_I	3.345	1.00
133_L	171_L	3.307	1.00
52_D	55_A	3.288	1.00
39_A	53_I	3.275	1.00
45_T	246_G	3.132	0.99
345_A	349_D	3.091	0.99
151_D	154_D	3.080	0.99
108_S	112_D	3.046	0.99
77_T	100_V	2.907	0.99
50_H	61_A	2.836	0.99
5_A	26_F	2.686	0.98
142_E	149_I	2.666	0.98
40_V	54_L	2.627	0.98
133_L	224_L	2.598	0.98
14_G	41_T	2.535	0.97
101_T	218_L	2.511	0.97
40_V	58_T	2.488	0.97
94_A	130_R	2.448	0.97
223_A	226_P	2.382	0.96
15_G	21_A	2.310	0.95
7_T	35_S	2.295	0.95
26_F	33_G	2.276	0.95
115_L	119_G	2.229	0.94
214_I	228_V	2.136	0.93
163_C	170_T	2.103	0.92
377_R	381_P	2.099	0.92
45_T	248_G	2.084	0.92
49_T	65_A	2.043	0.91
376_D	379_T	2.026	0.90
102_V	131_A	1.985	0.89
171_L	210_L	1.947	0.89
20_Q	35_S	1.942	0.88
156_R	190_T	1.936	0.88
283_W	287_L	1.918	0.88
75_V	212_A	1.883	0.87
29_G	217_R	1.870	0.86
46_H	247_G	1.849	0.86
232_I	236_A	1.841	0.86
291_V	298_A	1.839	0.85
203_T	239_I	1.838	0.85
87_D	126_E	1.818	0.85
186_A	190_T	1.812	0.85
375_V	378_T	1.798	0.84
159_A	239_I	1.787	0.84
79_M	114_L	1.785	0.84
171_L	193_F	1.775	0.83
60_R	91_T	1.746	0.82
11_S	20_Q	1.738	0.82
13_S	41_T	1.712	0.81
11_S	14_G	1.697	0.80
371_D	375_V	1.696	0.80
193_F	228_V	1.677	0.80
19_I	23_L	1.669	0.79
283_W	291_V	1.637	0.78
290_E	295_V	1.613	0.77
128_L	162_V	1.612	0.77
289_P	292_G	1.593	0.76
37_I	41_T	1.587	0.76
291_V	295_V	1.584	0.75
169_A	224_L	1.583	0.75
48_V	208_C	1.568	0.75
290_E	294_N	1.567	0.75
195_R	236_A	1.550	0.74
7_T	26_F	1.549	0.74
67_T	72_V	1.546	0.74
142_E	158_A	1.537	0.73
75_V	100_V	1.533	0.73
5_A	31_A	1.532	0.73
7_T	23_L	1.529	0.73
200_T	250_G	1.528	0.73
39_A	107_V	1.527	0.73
99_P	132_T	1.525	0.73
253_D	259_A	1.502	0.71
137_N	140_E	1.470	0.70
41_T	70_F	1.456	0.69
150_T	154_D	1.444	0.68
350_V	353_A	1.434	0.68
44_N	211_S	1.433	0.68
349_D	357_R	1.417	0.67
287_L	290_E	1.406	0.66
335_H	338_R	1.399	0.66
372_T	376_D	1.397	0.66
290_E	298_A	1.379	0.65
8_I	89_V	1.366	0.64
4_V	73_S	1.344	0.63
290_E	296_A	1.344	0.63
10_G	17_A	1.328	0.62
291_V	296_A	1.321	0.61
218_L	221_G	1.314	0.61
63_I	92_A	1.311	0.61
202_T	249_D	1.311	0.61
290_E	293_M	1.290	0.59
60_R	88_A	1.285	0.59
36_A	62_Q	1.284	0.59
12_D	17_A	1.275	0.58
100_V	146_D	1.268	0.58
124_R	144_L	1.268	0.58
145_A	162_V	1.268	0.58
276_V	279_L	1.267	0.58
64_D	92_A	1.262	0.58
185_F	193_F	1.258	0.57
9_A	23_L	1.256	0.57
283_W	289_P	1.253	0.57
286_A	289_P	1.253	0.57
147_T	161_A	1.251	0.57
133_L	214_I	1.251	0.57
10_G	16_G	1.251	0.57
171_L	253_D	1.245	0.57
12_D	16_G	1.236	0.56
49_T	68_T	1.231	0.56
12_D	22_D	1.215	0.55
203_T	250_G	1.213	0.55
8_I	38_T	1.207	0.54
271_A	279_L	1.203	0.54
94_A	148_E	1.203	0.54
372_T	379_T	1.195	0.53
376_D	381_P	1.194	0.53
202_T	250_G	1.186	0.53
138_I	149_I	1.160	0.51
218_L	224_L	1.160	0.51
4_V	34_T	1.159	0.51
149_I	158_A	1.158	0.51
315_L	379_T	1.149	0.50
350_V	354_T	1.148	0.50
9_A	17_A	1.136	0.50
39_A	81_G	1.128	0.49
113_R	143_L	1.127	0.49
19_I	33_G	1.120	0.49
16_G	22_D	1.114	0.48
62_Q	115_L	1.108	0.48
59_V	88_A	1.105	0.48
100_V	212_A	1.103	0.48
347_D	350_V	1.103	0.48
287_L	293_M	1.102	0.47
160_E	247_G	1.101	0.47
5_A	219_A	1.093	0.47
243_L	252_V	1.075	0.46
355_N	358_W	1.072	0.46
295_V	298_A	1.062	0.45
349_D	352_A	1.061	0.45
19_I	37_I	1.059	0.45
64_D	162_V	1.054	0.44
310_A	332_A	1.053	0.44
237_A	257_A	1.051	0.44
305_P	312_D	1.051	0.44
335_H	339_F	1.050	0.44
20_Q	211_S	1.049	0.44
84_A	132_T	1.046	0.44
51_S	133_L	1.046	0.44
217_R	222_D	1.046	0.44
375_V	379_T	1.037	0.43
101_T	133_L	1.035	0.43
120_I	329_E	1.030	0.43
99_P	169_A	1.025	0.43
372_T	381_P	1.023	0.43
293_M	296_A	1.023	0.43
4_V	70_F	1.021	0.42
45_T	69_D	1.020	0.42
372_T	378_T	1.016	0.42
291_V	294_N	1.014	0.42
162_V	171_L	1.009	0.42
20_Q	36_A	1.009	0.42
315_L	319_T	1.009	0.42
152_E	156_R	1.008	0.42
9_A	176_H	1.007	0.42
35_S	279_L	1.004	0.41
55_A	145_A	1.000	0.41
292_G	298_A	0.999	0.41
227_A	303_T	0.998	0.41
48_V	80_L	0.994	0.41
10_G	18_G	0.984	0.40
18_G	22_D	0.984	0.40
10_G	22_D	0.981	0.40
56_P	88_A	0.981	0.40
171_L	185_F	0.974	0.40
144_L	172_L	0.971	0.39
13_S	141_A	0.971	0.39
299_P	345_A	0.967	0.39
24_K	234_A	0.962	0.39
29_G	230_R	0.962	0.39
9_A	16_G	0.959	0.39
113_R	245_V	0.958	0.39
128_L	163_C	0.955	0.38
29_G	214_I	0.955	0.38
120_I	167_P	0.953	0.38
311_V	315_L	0.953	0.38
69_D	246_G	0.953	0.38
162_V	170_T	0.944	0.38
305_P	319_T	0.938	0.37
185_F	228_V	0.937	0.37
289_P	294_N	0.935	0.37
88_A	91_T	0.935	0.37
184_V	221_G	0.932	0.37
322_V	326_G	0.931	0.37
276_V	280_E	0.929	0.37
90_A	129_P	0.928	0.37
136_P	140_E	0.927	0.37
289_P	296_A	0.925	0.37
107_V	254_H	0.925	0.37
212_A	275_V	0.919	0.36
275_V	279_L	0.919	0.36
57_E	178_D	0.918	0.36
20_Q	62_Q	0.918	0.36
293_M	298_A	0.917	0.36
69_D	248_G	0.915	0.36
228_V	231_G	0.912	0.36
294_N	297_V	0.911	0.36
153_T	199_E	0.911	0.36
75_V	98_A	0.910	0.36
300_P	305_P	0.908	0.36
26_F	131_A	0.905	0.35
156_R	192_A	0.903	0.35
20_Q	23_L	0.902	0.35
141_A	168_D	0.898	0.35
377_R	380_E	0.897	0.35
311_V	316_H	0.897	0.35
14_G	70_F	0.896	0.35
4_V	71_D	0.891	0.35
331_G	340_L	0.888	0.34
287_L	291_V	0.887	0.34
171_L	228_V	0.884	0.34
162_V	220_H	0.884	0.34
130_R	361_A	0.882	0.34
52_D	213_A	0.880	0.34
24_K	44_N	0.879	0.34
378_T	381_P	0.878	0.34
6_L	34_T	0.877	0.34
62_Q	66_V	0.873	0.34
309_V	330_P	0.873	0.34
47_G	291_V	0.868	0.33
173_T	250_G	0.866	0.33
345_A	348_A	0.859	0.33
17_A	137_N	0.852	0.32
168_D	188_D	0.849	0.32
3_P	267_A	0.849	0.32
28_A	324_A	0.846	0.32
7_T	37_I	0.845	0.32
356_V	360_A	0.845	0.32
87_D	127_L	0.838	0.32
114_L	246_G	0.833	0.31
93_L	97_P	0.828	0.31
227_A	232_I	0.824	0.31
166_G	304_T	0.822	0.31
33_G	299_P	0.821	0.31
312_D	319_T	0.820	0.31
374_S	378_T	0.818	0.31
8_I	121_A	0.817	0.30
283_W	286_A	0.815	0.30
21_A	48_V	0.811	0.30
378_T	382_A	0.810	0.30
12_D	18_G	0.805	0.30
15_G	48_V	0.804	0.30
140_E	206_S	0.803	0.30
34_T	89_V	0.802	0.30
108_S	353_A	0.801	0.30
48_V	110_S	0.801	0.30
153_T	156_R	0.800	0.30
362_R	365_A	0.797	0.29
109_Q	254_H	0.797	0.29
23_L	35_S	0.796	0.29
104_P	136_P	0.792	0.29
81_G	106_V	0.792	0.29
77_T	252_V	0.787	0.29
237_A	260_T	0.787	0.29
374_S	380_E	0.786	0.29
348_A	352_A	0.786	0.29
133_L	258_T	0.783	0.29
17_A	22_D	0.782	0.29
346_H	355_N	0.781	0.29
73_S	209_T	0.779	0.28
370_W	374_S	0.779	0.28
74_A	99_P	0.774	0.28
133_L	138_I	0.773	0.28
131_A	134_A	0.771	0.28
133_L	228_V	0.769	0.28
75_V	133_L	0.766	0.28
316_H	319_T	0.765	0.28
100_V	149_I	0.764	0.28
41_T	50_H	0.764	0.28
354_T	358_W	0.764	0.28
296_A	310_A	0.763	0.28
9_A	208_C	0.763	0.28
44_N	248_G	0.762	0.28
59_V	172_L	0.762	0.28
305_P	308_V	0.762	0.28
354_T	357_R	0.761	0.28
284_P	288_V	0.760	0.28
292_G	296_A	0.758	0.27
110_S	251_P	0.758	0.27
84_A	189_T	0.758	0.27
5_A	225_R	0.757	0.27
173_T	206_S	0.755	0.27
67_T	92_A	0.754	0.27
37_I	253_D	0.753	0.27
197_R	235_V	0.753	0.27
128_L	167_P	0.752	0.27
7_T	19_I	0.751	0.27
22_D	76_K	0.751	0.27
17_A	48_V	0.750	0.27
204_H	207_G	0.750	0.27
168_D	172_L	0.748	0.27
134_A	323_R	0.748	0.27
28_A	159_A	0.743	0.27
292_G	295_V	0.741	0.27
42_A	58_T	0.739	0.26
286_A	291_V	0.739	0.26
111_G	140_E	0.738	0.26
126_E	150_T	0.738	0.26
9_A	206_S	0.732	0.26
44_N	246_G	0.732	0.26
113_R	120_I	0.732	0.26
106_V	143_L	0.730	0.26
32_F	254_H	0.730	0.26
288_V	293_M	0.729	0.26
91_T	212_A	0.727	0.26
177_L	214_I	0.724	0.26
376_D	380_E	0.724	0.26
36_A	89_V	0.722	0.26
72_V	77_T	0.721	0.26
44_N	69_D	0.719	0.25
28_A	311_V	0.719	0.25
57_E	180_D	0.719	0.25
105_V	251_P	0.716	0.25
8_I	12_D	0.715	0.25
239_I	249_D	0.715	0.25
9_A	107_V	0.713	0.25
123_V	128_L	0.704	0.25
358_W	361_A	0.703	0.25
221_G	253_D	0.702	0.25
195_R	232_I	0.702	0.25
287_L	295_V	0.701	0.25
379_T	383_D	0.699	0.25
138_I	177_L	0.699	0.25
86_V	214_I	0.699	0.25
103_D	136_P	0.698	0.24
159_A	172_L	0.698	0.24
381_P	386_G	0.698	0.24
83_A	118_S	0.696	0.24
35_S	67_T	0.696	0.24
14_G	25_T	0.691	0.24
53_I	81_G	0.688	0.24
101_T	134_A	0.688	0.24
287_L	296_A	0.686	0.24
286_A	292_G	0.686	0.24
291_V	330_P	0.682	0.24
157_A	161_A	0.681	0.24
56_P	327_G	0.681	0.24
7_T	33_G	0.679	0.24
20_Q	127_L	0.679	0.24
339_F	375_V	0.679	0.24
300_P	315_L	0.677	0.24
33_G	212_A	0.677	0.24
283_W	296_A	0.675	0.23
300_P	316_H	0.675	0.23
333_S	336_I	0.673	0.23
108_S	309_V	0.672	0.23
45_T	203_T	0.670	0.23
82_D	236_A	0.668	0.23
105_V	174_G	0.668	0.23
137_N	208_C	0.668	0.23
87_D	122_A	0.666	0.23
305_P	311_V	0.665	0.23
308_V	319_T	0.665	0.23
33_G	332_A	0.665	0.23
299_P	303_T	0.665	0.23
106_V	119_G	0.665	0.23
173_T	210_L	0.664	0.23
163_C	186_A	0.662	0.23
111_G	114_L	0.660	0.23
218_L	233_D	0.660	0.23
113_R	122_A	0.658	0.23
164_E	247_G	0.658	0.23
52_D	58_T	0.657	0.23
232_I	276_V	0.656	0.23
66_V	144_L	0.655	0.23
230_R	233_D	0.652	0.22
212_A	215_T	0.652	0.22
350_V	358_W	0.650	0.22
353_A	356_V	0.649	0.22
116_T	211_S	0.648	0.22
51_S	181_P	0.647	0.22
116_T	160_E	0.646	0.22
75_V	81_G	0.646	0.22
162_V	255_R	0.645	0.22
42_A	69_D	0.645	0.22
6_L	185_F	0.643	0.22
171_L	214_I	0.643	0.22
35_S	39_A	0.641	0.22
109_Q	171_L	0.641	0.22
289_P	293_M	0.639	0.22
16_G	43_Q	0.638	0.22
145_A	258_T	0.638	0.22
19_I	99_P	0.636	0.22
7_T	209_T	0.636	0.22
142_E	148_E	0.634	0.22
9_A	137_N	0.632	0.22
69_D	79_M	0.632	0.22
63_I	93_L	0.631	0.21
311_V	319_T	0.630	0.21
13_S	42_A	0.627	0.21
68_T	120_I	0.625	0.21
41_T	141_A	0.623	0.21
72_V	102_V	0.623	0.21
19_I	231_G	0.623	0.21
11_S	70_F	0.620	0.21
32_F	320_R	0.619	0.21
15_G	80_L	0.618	0.21
374_S	383_D	0.616	0.21
56_P	59_V	0.615	0.21
16_G	79_M	0.615	0.21
88_A	279_L	0.614	0.21
27_E	32_F	0.614	0.21
308_V	311_V	0.613	0.21
27_E	255_R	0.613	0.21
209_T	251_P	0.612	0.21
66_V	72_V	0.612	0.21
59_V	129_P	0.610	0.21
26_F	327_G	0.610	0.21
198_I	238_A	0.610	0.21
381_P	384_A	0.609	0.21
144_L	163_C	0.607	0.20
102_V	116_T	0.606	0.20
162_V	190_T	0.605	0.20
372_T	375_V	0.605	0.20
206_S	312_D	0.605	0.20
37_I	269_I	0.603	0.20
21_A	25_T	0.603	0.20
226_P	229_E	0.603	0.20
308_V	316_H	0.602	0.20
300_P	311_V	0.600	0.20
345_A	352_A	0.599	0.20
95_E	214_I	0.598	0.20
315_L	376_D	0.597	0.20
14_G	50_H	0.596	0.20
291_V	308_V	0.594	0.20
231_G	242_D	0.593	0.20
4_V	119_G	0.592	0.20
111_G	170_T	0.592	0.20
275_V	278_M	0.592	0.20
11_S	19_I	0.591	0.20
167_P	170_T	0.590	0.20
289_P	313_G	0.588	0.20
103_D	135_T	0.588	0.20
334_S	338_R	0.587	0.20
289_P	298_A	0.585	0.20
203_T	251_P	0.584	0.20
283_W	290_E	0.584	0.20
7_T	20_Q	0.584	0.20
69_D	114_L	0.584	0.20
72_V	161_A	0.583	0.19
271_A	276_V	0.582	0.19
150_T	199_E	0.582	0.19
335_H	355_N	0.579	0.19
123_V	251_P	0.577	0.19
24_K	45_T	0.577	0.19
250_G	254_H	0.577	0.19
349_D	375_V	0.576	0.19
29_G	213_A	0.576	0.19
115_L	246_G	0.576	0.19
82_D	116_T	0.571	0.19
151_D	334_S	0.569	0.19
5_A	98_A	0.568	0.19
339_F	342_G	0.567	0.19
213_A	231_G	0.566	0.19
25_T	213_A	0.566	0.19
102_V	159_A	0.566	0.19
126_E	157_A	0.563	0.19
48_V	112_D	0.563	0.19
110_S	176_H	0.562	0.19
42_A	214_I	0.561	0.19
137_N	206_S	0.561	0.19
136_P	173_T	0.561	0.19
340_L	350_V	0.560	0.19
12_D	15_G	0.559	0.19
9_A	106_V	0.559	0.19
68_T	238_A	0.558	0.19
369_R	374_S	0.557	0.18
82_D	351_T	0.556	0.18
308_V	320_R	0.556	0.18
7_T	310_A	0.555	0.18
357_R	381_P	0.554	0.18
28_A	213_A	0.553	0.18
138_I	376_D	0.553	0.18
115_L	248_G	0.552	0.18
52_D	216_A	0.552	0.18
339_F	343_V	0.551	0.18
60_R	87_D	0.551	0.18
150_T	370_W	0.549	0.18
274_D	280_E	0.549	0.18
238_A	340_L	0.548	0.18
11_S	234_A	0.547	0.18
109_Q	210_L	0.547	0.18
305_P	316_H	0.545	0.18
39_A	51_S	0.545	0.18
94_A	118_S	0.544	0.18
91_T	317_A	0.544	0.18
136_P	248_G	0.544	0.18
26_F	215_T	0.543	0.18
70_F	123_V	0.543	0.18
294_N	335_H	0.542	0.18
26_F	240_D	0.540	0.18
35_S	163_C	0.539	0.18
64_D	193_F	0.539	0.18
191_S	229_E	0.539	0.18
154_D	253_D	0.537	0.18
308_V	315_L	0.537	0.18
6_L	75_V	0.536	0.18
157_A	164_E	0.536	0.18
27_E	218_L	0.535	0.18
106_V	128_L	0.535	0.18
378_T	383_D	0.535	0.18
108_S	120_I	0.534	0.18
47_G	246_G	0.534	0.18
184_V	301_A	0.534	0.18
56_P	193_F	0.533	0.18
181_P	194_T	0.533	0.18
280_E	307_D	0.532	0.18
222_D	233_D	0.532	0.18
38_T	46_H	0.529	0.17
248_G	251_P	0.525	0.17
203_T	345_A	0.525	0.17
268_G	271_A	0.524	0.17
74_A	215_T	0.524	0.17
37_I	183_D	0.524	0.17
206_S	311_V	0.522	0.17
347_D	354_T	0.520	0.17
326_G	332_A	0.520	0.17
121_A	172_L	0.519	0.17
10_G	38_T	0.519	0.17
59_V	80_L	0.518	0.17
346_H	349_D	0.517	0.17
42_A	45_T	0.517	0.17
17_A	140_E	0.517	0.17
14_G	66_V	0.516	0.17
105_V	135_T	0.516	0.17
369_R	381_P	0.516	0.17
176_H	206_S	0.515	0.17
80_L	89_V	0.515	0.17
81_G	99_P	0.515	0.17
43_Q	204_H	0.513	0.17
372_T	380_E	0.512	0.17
263_T	271_A	0.511	0.17
70_F	73_S	0.511	0.17
29_G	279_L	0.511	0.17
145_A	221_G	0.510	0.17
312_D	328_I	0.510	0.17
161_A	186_A	0.510	0.17
74_A	197_R	0.509	0.17
375_V	386_G	0.509	0.17
77_T	221_G	0.506	0.17
109_Q	249_D	0.506	0.17
152_E	184_V	0.506	0.17
5_A	73_S	0.504	0.17
148_E	226_P	0.504	0.17
5_A	324_A	0.504	0.17
127_L	231_G	0.504	0.17
289_P	315_L	0.503	0.17
212_A	326_G	0.503	0.17
347_D	351_T	0.502	0.16
183_D	232_I	0.502	0.16
163_C	169_A	0.502	0.16
380_E	386_G	0.501	0.16
75_V	215_T	0.501	0.16
8_I	359_S	0.500	0.16

Legend: The i and j are positions as given in the UniProt sequence. Only predictions with Prob ≥ 0.7 are listed. For all 3L/2 predictions, click on one of the links below.

Sco = ((raw_sco - min_sco)/(avg_sco - min_sco))/2 + 0.5
Prob = P(contact | Sco, seq80/√len)
seq80 = effective number of sequences, after reducing redundancy to 80% identity

Text file of predictions (all 3L/2 predictions)
Generate restraints for ROSETTA Structure Modeling
Upload PDB model overlay contacts on the model

HHsearch Results:

Legend: GREMLIN results (Prob ≥ 0.7) overlaid on top PDB hits. The grey/red filled circles underneath are pdb residue contacts (min distance < 5 Angstroms). The shade of the circles is based on the top 10 (or top 20 if e-value < 1E-20) HHsearch results which uses the overall probability and per-site alignment prob. Inter oligomeric contacts in the pdb are in shades of red.

PDB	Chains	Cov	%	HHΔ
3rm5A	2	0.9708	100	0.538	Contact Map
2i5bA	2	0.591	100	0.637	Contact Map
1ub0A	2	0.5461	100	0.664	Contact Map
4yl5A	2	0.4989	100	0.675	Contact Map
1jxhA	2	0.5416	100	0.679	Contact Map
4c5kA	2	0.6045	100	0.681	Contact Map
3h74A	2	0.6045	100	0.681	Contact Map
3mbhA	5	0.609	100	0.691	Contact Map
2ddmA	2	0.5685	100	0.698	Contact Map
4jjpA	2	0.5146	100	0.706	Contact Map

Sequence Conservation (Image Generated using WebLogo v3)

Legend: Color is used to show Hydrophobicity (Blue: Hydrophilic, Green: Neutral and Black: Hydrophobic). Amount of gaps is represented by width.

Page generated in 0.0105 seconds.