O54523 - HALSA - GREMLIN Contacts

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O54523 - Sodium-dependent phosphate transporter

UniProt:	O54523	Sequences: MDPALIALFAGAALASLFMAWVIGAGSSGATPYAPAVGANAISTMRAALLVGIFGFVGAVTQGGNVSEAIGSGLVGGISLPIAGVILVLVLGAGLMAIGITTGYPIATAFTVTGAVIGVGLALGGSPVWPKYQQIAAVWVLTPFVGGGIAFTIASLLPRPGVPERYSIPVLAGLVGAVLVNIQFSFLGAGSAAGTVRGVGQRVLAVDGLTSAVGITGFAALVVATVVWWDVSRDERGGLRRVLLALGSLVAFSAGGSQVGLAVGPLLPLLDEVGMVSTFAVLVGGGLGMLVGSWTGAPRMIKSLAQDYSSLGPRRSISALVPSFLIAQLAVLLGVPVSFNEIVVSAIIGSGAAVGGREAVDARKIGVTIGAWIGSFALSFALAYAAGALLL	Download Alignment We filter this alignment to remove sites that have many gaps before running GREMLIN. Date: 2015_01
Length:	391 (381)
Sequences:	1284 (753)
Seq/√Len:	38.6

ECOLI - PITA
BACSU - PIT SULP
HALSA - O54523 Q9HN03 Q9HHS6 Q9HRD0
SULSO - Q97VZ0

GREMLIN Results:

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

Residue pairs sorted by coevolution strength:

i	j	Sco	Prob
49_L	53_I	6.143	1.00
12_A	269_L	5.053	1.00
21_W	295_T	4.905	1.00
23_I	108_T	4.177	1.00
84_G	119_V	3.984	1.00
337_V	342_I	3.600	1.00
137_A	141_L	3.435	1.00
43_S	46_R	3.131	1.00
60_V	283_V	3.126	1.00
291_V	295_T	3.106	1.00
164_E	170_V	2.936	1.00
300_M	303_S	2.801	1.00
136_A	140_V	2.788	1.00
88_V	112_V	2.665	1.00
172_A	182_I	2.501	1.00
87_L	91_L	2.454	1.00
319_A	343_V	2.417	1.00
225_T	229_W	2.377	1.00
36_A	247_G	2.376	1.00
200_G	203_V	2.355	1.00
172_A	176_G	2.352	1.00
330_A	337_V	2.276	1.00
304_L	344_V	2.244	0.99
40_N	306_Q	2.224	0.99
186_F	190_G	2.177	0.99
208_G	216_T	2.131	0.99
17_L	84_G	2.101	0.99
21_W	296_G	2.076	0.99
55_G	254_A	1.995	0.99
98_I	102_T	1.984	0.99
220_A	224_A	1.953	0.99
206_V	210_T	1.951	0.99
212_A	216_T	1.936	0.98
172_A	189_A	1.892	0.98
213_V	217_G	1.890	0.98
88_V	92_G	1.884	0.98
259_V	289_M	1.875	0.98
381_A	385_A	1.846	0.98
184_F	188_G	1.833	0.98
376_F	381_A	1.829	0.98
70_I	113_T	1.815	0.98
10_A	14_L	1.810	0.98
222_V	226_V	1.805	0.98
218_F	222_V	1.786	0.97
223_V	226_V	1.774	0.97
42_I	46_R	1.769	0.97
174_L	182_I	1.768	0.97
171_L	185_S	1.742	0.97
115_A	248_S	1.742	0.97
171_L	176_G	1.721	0.97
48_A	294_W	1.699	0.96
94_G	98_I	1.697	0.96
19_M	92_G	1.691	0.96
18_F	22_V	1.672	0.96
113_T	135_I	1.668	0.96
117_I	132_Y	1.667	0.96
154_A	349_G	1.666	0.96
180_V	208_G	1.663	0.96
132_Y	376_F	1.658	0.96
176_G	182_I	1.645	0.96
131_K	134_Q	1.621	0.95
45_M	49_L	1.614	0.95
91_L	382_L	1.611	0.95
72_S	323_S	1.582	0.95
225_T	228_W	1.565	0.94
172_A	190_G	1.555	0.94
378_L	382_L	1.535	0.94
156_L	160_P	1.532	0.94
54_F	248_S	1.531	0.94
339_F	342_I	1.518	0.93
162_V	232_S	1.512	0.93
139_W	143_P	1.510	0.93
57_V	61_T	1.509	0.93
281_V	286_G	1.504	0.93
101_T	296_G	1.496	0.93
75_V	120_G	1.487	0.93
20_A	25_A	1.465	0.92
94_G	281_V	1.463	0.92
304_L	347_I	1.462	0.92
204_L	207_D	1.455	0.92
195_T	208_G	1.449	0.92
260_G	267_L	1.447	0.91
363_R	366_G	1.446	0.91
208_G	212_A	1.438	0.91
22_V	97_A	1.436	0.91
171_L	174_L	1.430	0.91
201_Q	208_G	1.429	0.91
153_I	318_S	1.427	0.91
178_V	182_I	1.425	0.91
29_G	289_M	1.416	0.91
133_Q	137_A	1.413	0.90
172_A	178_V	1.408	0.90
20_A	262_A	1.392	0.90
204_L	208_G	1.389	0.90
57_V	252_F	1.387	0.90
259_V	285_G	1.373	0.89
16_S	260_G	1.372	0.89
210_T	217_G	1.367	0.89
171_L	175_V	1.365	0.89
171_L	182_I	1.349	0.88
18_F	97_A	1.336	0.88
8_L	82_I	1.334	0.88
42_I	244_L	1.329	0.88
82_I	272_E	1.328	0.88
17_L	288_G	1.323	0.87
308_Y	364_K	1.318	0.87
368_T	377_A	1.311	0.87
10_A	149_I	1.309	0.87
196_V	214_G	1.309	0.87
182_I	185_S	1.307	0.87
10_A	179_L	1.298	0.86
14_L	53_I	1.294	0.86
151_F	353_A	1.294	0.86
318_S	384_Y	1.292	0.86
8_L	86_I	1.291	0.86
153_I	245_A	1.290	0.86
216_T	225_T	1.275	0.85
270_L	281_V	1.272	0.85
279_F	283_V	1.270	0.85
186_F	189_A	1.269	0.85
201_Q	205_A	1.268	0.85
95_L	106_I	1.267	0.85
171_L	186_F	1.266	0.85
282_L	286_G	1.256	0.84
56_F	60_V	1.255	0.84
263_V	285_G	1.237	0.83
172_A	185_S	1.233	0.83
186_F	194_G	1.227	0.83
85_V	116_V	1.218	0.82
316_S	320_L	1.214	0.82
162_V	314_R	1.210	0.82
36_A	320_L	1.207	0.82
39_A	244_L	1.197	0.81
221_L	226_V	1.183	0.81
152_T	156_L	1.182	0.81
47_A	351_G	1.180	0.80
18_F	301_I	1.179	0.80
158_P	163_P	1.176	0.80
311_L	347_I	1.174	0.80
243_L	316_S	1.174	0.80
140_V	144_F	1.173	0.80
35_P	154_A	1.171	0.80
315_R	354_V	1.166	0.80
233_R	236_R	1.166	0.80
176_G	189_A	1.165	0.80
60_V	286_G	1.151	0.79
385_A	389_L	1.146	0.78
296_G	299_R	1.136	0.78
199_V	203_V	1.134	0.78
74_L	264_G	1.132	0.78
199_V	214_G	1.132	0.78
142_T	341_E	1.126	0.77
173_G	176_G	1.117	0.77
55_G	293_S	1.115	0.76
54_F	61_T	1.112	0.76
35_P	319_A	1.111	0.76
40_N	187_L	1.108	0.76
35_P	343_V	1.108	0.76
88_V	93_A	1.101	0.76
270_L	274_G	1.097	0.75
60_V	282_L	1.092	0.75
123_L	387_G	1.087	0.75
214_G	374_G	1.076	0.74
51_V	293_S	1.076	0.74
10_A	213_V	1.076	0.74
74_L	360_V	1.069	0.73
290_L	293_S	1.069	0.73
110_F	341_E	1.068	0.73
318_S	359_A	1.056	0.72
72_S	136_A	1.055	0.72
213_V	279_F	1.055	0.72
166_Y	169_P	1.047	0.72
223_V	227_V	1.046	0.72
361_D	364_K	1.044	0.72
27_S	31_T	1.042	0.71
44_T	301_I	1.041	0.71
190_G	194_G	1.040	0.71
157_L	161_G	1.039	0.71
91_L	383_A	1.037	0.71
179_L	189_A	1.024	0.70
52_G	251_A	1.024	0.70
172_A	179_L	1.021	0.70
259_V	383_A	1.019	0.70
206_V	214_G	1.018	0.70
385_A	388_A	1.015	0.69
219_A	225_T	1.014	0.69
98_I	165_R	1.013	0.69
202_R	206_V	1.012	0.69
275_M	278_T	1.010	0.69
311_L	330_A	1.002	0.68
281_V	288_G	0.997	0.68
209_L	212_A	0.995	0.68
188_G	208_G	0.993	0.68
243_L	249_L	0.992	0.68
259_V	330_A	0.991	0.68
138_V	142_T	0.991	0.68
244_L	276_V	0.989	0.67
243_L	320_L	0.985	0.67
235_E	314_R	0.984	0.67
139_W	265_P	0.982	0.67
331_V	334_G	0.978	0.66
167_S	235_E	0.973	0.66
75_V	385_A	0.973	0.66
256_G	348_I	0.968	0.66
50_L	294_W	0.965	0.65
54_F	286_G	0.964	0.65
190_G	195_T	0.963	0.65
178_V	190_G	0.962	0.65
309_S	359_A	0.957	0.65
21_W	97_A	0.956	0.65
17_L	284_G	0.955	0.65
39_A	80_L	0.951	0.64
56_F	286_G	0.947	0.64
258_Q	261_L	0.942	0.64
354_V	377_A	0.942	0.64
323_S	350_S	0.941	0.63
70_I	264_G	0.940	0.63
34_A	116_V	0.937	0.63
295_T	298_P	0.936	0.63
203_V	208_G	0.933	0.63
140_V	276_V	0.932	0.63
18_F	296_G	0.930	0.63
208_G	222_V	0.930	0.63
147_G	212_A	0.927	0.62
204_L	211_S	0.926	0.62
217_G	221_L	0.926	0.62
72_S	289_M	0.924	0.62
115_A	331_V	0.921	0.62
56_F	290_L	0.919	0.62
15_A	328_Q	0.917	0.61
176_G	186_F	0.915	0.61
176_G	212_A	0.911	0.61
182_I	249_L	0.910	0.61
60_V	279_F	0.907	0.61
182_I	186_F	0.907	0.61
176_G	216_T	0.901	0.60
75_V	390_L	0.899	0.60
40_N	262_A	0.898	0.60
69_A	73_G	0.892	0.59
176_G	180_V	0.891	0.59
36_A	96_M	0.888	0.59
185_S	365_I	0.888	0.59
171_L	179_L	0.888	0.59
36_A	39_A	0.883	0.58
72_S	131_K	0.882	0.58
159_R	173_G	0.881	0.58
91_L	346_A	0.880	0.58
8_L	14_L	0.879	0.58
39_A	96_M	0.879	0.58
120_G	386_A	0.877	0.58
39_A	49_L	0.875	0.58
203_V	206_V	0.873	0.58
258_Q	340_N	0.872	0.58
141_L	335_V	0.867	0.57
217_G	229_W	0.867	0.57
179_L	215_I	0.863	0.57
319_A	347_I	0.859	0.56
250_V	260_G	0.855	0.56
162_V	167_S	0.854	0.56
71_G	111_T	0.853	0.56
155_S	353_A	0.849	0.55
174_L	186_F	0.847	0.55
31_T	258_Q	0.845	0.55
178_V	185_S	0.845	0.55
108_T	260_G	0.845	0.55
376_F	380_F	0.841	0.55
209_L	213_V	0.840	0.55
180_V	216_T	0.840	0.55
132_Y	135_I	0.839	0.55
117_I	128_V	0.837	0.54
178_V	184_F	0.837	0.54
146_G	342_I	0.836	0.54
210_T	214_G	0.834	0.54
121_L	222_V	0.832	0.54
216_T	220_A	0.831	0.54
380_F	386_A	0.831	0.54
236_R	313_P	0.829	0.54
250_V	342_I	0.828	0.54
14_L	245_A	0.827	0.54
325_L	342_I	0.825	0.53
37_V	47_A	0.823	0.53
99_G	293_S	0.823	0.53
326_I	377_A	0.821	0.53
153_I	287_L	0.820	0.53
355_G	359_A	0.817	0.53
166_Y	217_G	0.817	0.53
189_A	246_L	0.815	0.52
226_V	229_W	0.813	0.52
130_P	137_A	0.812	0.52
75_V	158_P	0.809	0.52
117_I	121_L	0.809	0.52
16_S	89_L	0.809	0.52
176_G	184_F	0.808	0.52
206_V	209_L	0.805	0.52
265_P	285_G	0.801	0.51
300_M	371_A	0.801	0.51
162_V	363_R	0.797	0.51
122_A	180_V	0.794	0.51
162_V	287_L	0.792	0.50
214_G	218_F	0.791	0.50
12_A	86_I	0.790	0.50
150_A	322_P	0.788	0.50
337_V	366_G	0.786	0.50
19_M	89_L	0.784	0.50
110_F	114_G	0.783	0.50
52_G	146_G	0.783	0.50
167_S	170_V	0.782	0.49
144_F	169_P	0.780	0.49
142_T	145_V	0.778	0.49
13_A	266_L	0.776	0.49
137_A	333_L	0.770	0.48
91_L	284_G	0.770	0.48
41_A	240_R	0.768	0.48
236_R	353_A	0.764	0.48
148_G	346_A	0.763	0.48
75_V	329_L	0.763	0.48
59_A	253_S	0.762	0.48
14_L	17_L	0.761	0.48
184_F	208_G	0.753	0.47
70_I	116_V	0.753	0.47
91_L	290_L	0.753	0.47
62_Q	243_L	0.749	0.47
113_T	346_A	0.746	0.46
174_L	193_A	0.745	0.46
107_A	239_L	0.745	0.46
122_A	384_Y	0.742	0.46
150_A	346_A	0.741	0.46
14_L	216_T	0.738	0.46
72_S	115_A	0.737	0.45
322_P	346_A	0.737	0.45
27_S	257_S	0.735	0.45
207_D	227_V	0.734	0.45
145_V	335_V	0.733	0.45
194_G	200_G	0.726	0.44
171_L	190_G	0.721	0.44
134_Q	333_L	0.720	0.44
366_G	373_I	0.719	0.44
12_A	19_M	0.719	0.44
370_G	374_G	0.719	0.44
323_S	379_S	0.719	0.44
116_V	175_V	0.718	0.44
7_A	273_V	0.717	0.44
270_L	357_R	0.716	0.44
9_F	273_V	0.714	0.43
40_N	173_G	0.712	0.43
164_E	299_R	0.712	0.43
120_G	124_G	0.711	0.43
171_L	178_V	0.710	0.43
244_L	294_W	0.710	0.43
241_R	250_V	0.710	0.43
190_G	252_F	0.708	0.43
95_L	375_S	0.708	0.43
67_S	267_L	0.706	0.43
50_L	387_G	0.706	0.43
366_G	370_G	0.705	0.43
153_I	325_L	0.705	0.43
177_A	213_V	0.704	0.43
318_S	322_P	0.704	0.43
29_G	37_V	0.704	0.43
259_V	288_G	0.703	0.42
114_G	139_W	0.703	0.42
308_Y	365_I	0.700	0.42
184_F	189_A	0.700	0.42
196_V	220_A	0.697	0.42
26_G	31_T	0.696	0.42
176_G	187_L	0.694	0.42
169_P	213_V	0.692	0.41
178_V	189_A	0.692	0.41
303_S	368_T	0.692	0.41
146_G	329_L	0.691	0.41
39_A	212_A	0.687	0.41
115_A	119_V	0.686	0.41
74_L	291_V	0.686	0.41
78_I	205_A	0.682	0.41
144_F	347_I	0.681	0.40
220_A	225_T	0.680	0.40
70_I	275_M	0.679	0.40
137_A	140_V	0.678	0.40
33_Y	42_I	0.678	0.40
285_G	289_M	0.678	0.40
317_I	368_T	0.678	0.40
166_Y	170_V	0.676	0.40
55_G	305_A	0.675	0.40
355_G	361_D	0.672	0.40
215_I	226_V	0.671	0.40
206_V	213_V	0.670	0.40
121_L	124_G	0.669	0.39
38_G	288_G	0.666	0.39
14_L	363_R	0.663	0.39
71_G	268_P	0.663	0.39
222_V	373_I	0.661	0.39
199_V	207_D	0.661	0.39
69_A	345_S	0.661	0.39
112_V	330_A	0.658	0.39
33_Y	50_L	0.658	0.39
173_G	190_G	0.657	0.38
56_F	365_I	0.656	0.38
173_G	189_A	0.653	0.38
198_G	203_V	0.652	0.38
185_S	189_A	0.652	0.38
181_N	244_L	0.652	0.38
27_S	258_Q	0.650	0.38
105_P	368_T	0.650	0.38
208_G	217_G	0.650	0.38
96_M	379_S	0.649	0.38
176_G	290_L	0.649	0.38
196_V	199_V	0.648	0.38
245_A	366_G	0.648	0.38
220_A	223_V	0.648	0.38
180_V	322_P	0.648	0.38
39_A	121_L	0.645	0.37
250_V	311_L	0.643	0.37
109_A	340_N	0.642	0.37
95_L	378_L	0.642	0.37
182_I	190_G	0.641	0.37
18_F	146_G	0.641	0.37
254_A	258_Q	0.640	0.37
247_G	320_L	0.640	0.37
155_S	159_R	0.639	0.37
56_F	236_R	0.637	0.37
32_P	327_A	0.637	0.37
148_G	213_V	0.636	0.37
302_K	307_D	0.635	0.37
62_Q	241_R	0.633	0.36
165_R	213_V	0.633	0.36
54_F	242_V	0.631	0.36
33_Y	240_R	0.629	0.36
208_G	211_S	0.629	0.36
43_S	98_I	0.629	0.36
92_G	317_I	0.627	0.36
195_T	204_L	0.626	0.36
161_G	239_L	0.626	0.36
187_L	291_V	0.624	0.36
111_T	341_E	0.621	0.35
108_T	298_P	0.621	0.35
22_V	36_A	0.620	0.35
280_A	318_S	0.620	0.35
186_F	193_A	0.619	0.35
209_L	217_G	0.619	0.35
10_A	203_V	0.618	0.35
234_D	299_R	0.617	0.35
176_G	190_G	0.616	0.35
214_G	274_G	0.613	0.35
72_S	161_G	0.612	0.35
111_T	246_L	0.611	0.35
11_G	137_A	0.610	0.35
249_L	320_L	0.609	0.34
311_L	319_A	0.609	0.34
71_G	319_A	0.608	0.34
231_V	234_D	0.607	0.34
82_I	273_V	0.606	0.34
146_G	249_L	0.604	0.34
200_G	217_G	0.603	0.34
71_G	323_S	0.602	0.34
348_I	365_I	0.601	0.34
73_G	264_G	0.601	0.34
87_L	214_G	0.601	0.34
20_A	29_G	0.599	0.34
374_G	378_L	0.598	0.34
285_G	288_G	0.597	0.33
104_Y	147_G	0.597	0.33
56_F	126_S	0.596	0.33
216_T	227_V	0.596	0.33
244_L	337_V	0.596	0.33
157_L	245_A	0.595	0.33
173_G	205_A	0.593	0.33
383_A	387_G	0.587	0.33
88_V	309_S	0.585	0.33
217_G	220_A	0.584	0.32
132_Y	136_A	0.583	0.32
172_A	187_L	0.583	0.32
64_G	332_L	0.582	0.32
357_R	361_D	0.581	0.32
117_I	176_G	0.580	0.32
259_V	265_P	0.580	0.32
214_G	229_W	0.579	0.32
97_A	145_V	0.579	0.32
331_V	341_E	0.578	0.32
83_A	386_A	0.578	0.32
213_V	216_T	0.577	0.32
98_I	385_A	0.577	0.32
207_D	211_S	0.576	0.32
115_A	185_S	0.576	0.32
37_V	66_V	0.575	0.32
247_G	313_P	0.574	0.32
256_G	307_D	0.573	0.32
72_S	134_Q	0.572	0.31
205_A	210_T	0.572	0.31
223_V	228_W	0.571	0.31
260_G	340_N	0.570	0.31
135_I	344_V	0.570	0.31
138_V	340_N	0.569	0.31
337_V	343_V	0.568	0.31
164_E	278_T	0.568	0.31
360_V	365_I	0.567	0.31
32_P	307_D	0.566	0.31
44_T	302_K	0.566	0.31
74_L	88_V	0.564	0.31
16_S	48_A	0.560	0.31
69_A	255_G	0.560	0.31
130_P	291_V	0.558	0.30
210_T	215_I	0.557	0.30
115_A	256_G	0.557	0.30
212_A	374_G	0.556	0.30
116_V	383_A	0.556	0.30
136_A	378_L	0.555	0.30
121_L	381_A	0.554	0.30
175_V	264_G	0.554	0.30
36_A	240_R	0.554	0.30
386_A	390_L	0.554	0.30
219_A	227_V	0.553	0.30
168_I	373_I	0.552	0.30
33_Y	308_Y	0.551	0.30
8_L	147_G	0.550	0.30
15_A	86_I	0.549	0.30
257_S	261_L	0.548	0.30
322_P	337_V	0.546	0.30
29_G	339_F	0.546	0.30
200_G	207_D	0.546	0.30
330_A	376_F	0.543	0.29
181_N	223_V	0.542	0.29
365_I	369_I	0.542	0.29
38_G	41_A	0.541	0.29
40_N	310_S	0.540	0.29
221_L	299_R	0.538	0.29
144_F	274_G	0.538	0.29
337_V	371_A	0.537	0.29
46_R	69_A	0.535	0.29
135_I	295_T	0.535	0.29
309_S	327_A	0.534	0.29
304_L	320_L	0.532	0.28
214_G	226_V	0.531	0.28
152_T	210_T	0.531	0.28
39_A	67_S	0.530	0.28
124_G	146_G	0.529	0.28
180_V	346_A	0.528	0.28
182_I	189_A	0.527	0.28
285_G	293_S	0.526	0.28
232_S	353_A	0.526	0.28
354_V	359_A	0.526	0.28
300_M	344_V	0.525	0.28
149_I	339_F	0.524	0.28
207_D	226_V	0.524	0.28
153_I	339_F	0.523	0.28
210_T	221_L	0.522	0.28
256_G	343_V	0.521	0.28
281_V	383_A	0.520	0.28
15_A	39_A	0.520	0.28
299_R	302_K	0.519	0.28
140_V	239_L	0.517	0.27
148_G	289_M	0.516	0.27
157_L	174_L	0.515	0.27
270_L	280_A	0.514	0.27
158_P	361_D	0.514	0.27
81_P	329_L	0.513	0.27
150_A	299_R	0.512	0.27
96_M	240_R	0.512	0.27
13_A	284_G	0.511	0.27
364_K	367_V	0.510	0.27
298_P	302_K	0.510	0.27
87_L	199_V	0.509	0.27
64_G	349_G	0.509	0.27
86_I	295_T	0.509	0.27
260_G	344_V	0.509	0.27
359_A	362_A	0.508	0.27
308_Y	368_T	0.506	0.27
17_L	119_V	0.506	0.27
80_L	124_G	0.502	0.26
11_G	82_I	0.502	0.26
250_V	343_V	0.502	0.26
200_G	206_V	0.500	0.26
52_G	294_W	0.500	0.26

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
3gd8A	4	0.3555	17.9	0.977	Contact Map
2b2hA	3	0.5038	15.8	0.978	Contact Map
4xnjA	1	0.4962	9.4	0.98	Contact Map
4huqS	1	0.3683	9.1	0.98	Contact Map
4qncA	2	0.2097	9	0.98	Contact Map
1u7gA	3	0.4706	7.4	0.981	Contact Map
3iyzA	3	0.3529	6.3	0.981	Contact Map
4x5mA	2	0.2379	6	0.982	Contact Map
2jwaA	2	0.1023	5.7	0.982	Contact Map
3b5dA	2	0.2583	5.5	0.982	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.

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