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OPENSEQ.org
MLAC - MLAE
UniProt: P0ADV7 - P64606
Length: 471
Sequences: 296
Seq/Len: 0.63
I_Prob: 0.01
MLAC - Probable phospholipid-binding protein MlaC
Paralog alert: 0.06 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: MLAC 		MLAE - Probable phospholipid ABC transporter permease protein MlaE
Paralog alert: 0.24 [within 20: 0.05] - ratio of genomes with paralogs
Cluster includes: MLAE
GREMLIN Results (Scaled_score > 1):

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

Residue pairs sorted by strength in coevolution signal:
i j Scaled Score I_Prob
65_L 143_V 1.66 0.01
172_S 68_M 1.55 0.01
140_P 6_L 1.43 0.01
112_Y 126_T 1.42 0.01
42_L 252_V 1.39 0.01
172_S 114_S 1.39 0.01
172_S 126_T 1.37 0.01
172_S 53_V 1.33 0.01
78_L 84_E 1.32 0.01
157_Q 81_Y 1.32 0.01
112_Y 68_M 1.26 0.01
195_A 12_K 1.23 0.00
80_Q 174_G 1.23 0.00
73_A 104_A 1.22 0.00
37_K 14_I 1.21 0.00
185_L 180_I 1.18 0.00
152_W 220_N 1.17 0.00
60_V 164_A 1.16 0.00
66_P 181_D 1.13 0.00
99_E 199_L 1.13 0.00
80_Q 200_V 1.12 0.00
27_P 252_V 1.12 0.00
60_V 213_V 1.12 0.00
171_V 185_F 1.11 0.00
151_Q 76_L 1.11 0.00
195_A 14_I 1.11 0.00
165_D 187_S 1.11 0.00
38_T 141_R 1.10 0.00
176_T 51_V 1.09 0.00
178_Q 26_M 1.09 0.00
150_F 193_V 1.08 0.00
93_Y 150_A 1.08 0.00
27_P 64_V 1.07 0.00
167_I 68_M 1.06 0.00
70_V 137_V 1.06 0.00
133_I 77_V 1.06 0.00
42_L 256_L 1.05 0.00
69_Q 171_S 1.05 0.00
203_Q 81_Y 1.04 0.00
69_Q 212_T 1.04 0.00
94_F 242_S 1.03 0.00
166_M 26_M 1.02 0.00
132_P 152_V 1.01 0.00
69_Q 178_K 1.00 0.00
60_V 87_L 1.00 0.00
59_I 132_M 1.00 0.00
121_P 214_T 1.00 0.00
108_A 81_Y 1.00 0.00
188_K 242_S 0.99 0.00
80_Q 182_S 0.99 0.00
43_K 167_I 0.99 0.00
138_I 92_A 0.99 0.00
79_G 72_L 0.99 0.00
173_M 159_T 0.99 0.00
66_P 100_G 0.98 0.00
176_T 19_T 0.98 0.00
114_G 184_F 0.98 0.00
88_A 137_V 0.97 0.00
39_F 35_P 0.97 0.00
164_Y 174_G 0.97 0.00
10_L 252_V 0.96 0.00
80_Q 71_G 0.96 0.00
112_Y 53_V 0.96 0.00
199_S 48_L 0.96 0.00
83_K 208_V 0.96 0.00
23_D 157_L 0.96 0.00
200_I 80_T 0.96 0.00
164_Y 135_M 0.96 0.00
165_D 96_L 0.95 0.00
9_A 211_I 0.95 0.00
177_K 231_I 0.95 0.00
128_K 81_Y 0.95 0.00
61_D 132_M 0.95 0.00
173_M 213_V 0.94 0.00
92_A 222_Y 0.94 0.00
163_A 91_V 0.94 0.00
181_W 178_K 0.94 0.00
142_G 195_W 0.94 0.00
120_A 9_L 0.93 0.00
176_T 85_T 0.93 0.00
80_Q 180_I 0.93 0.00
138_I 144_I 0.93 0.00
167_I 53_V 0.93 0.00
137_I 211_I 0.93 0.00
142_G 211_I 0.93 0.00
137_I 12_K 0.93 0.00
56_L 147_R 0.92 0.00
38_T 131_S 0.92 0.00
189_G 136_A 0.92 0.00
181_W 220_N 0.92 0.00
182_G 130_S 0.92 0.00
92_A 161_I 0.92 0.00
203_Q 23_A 0.92 0.00
117_Y 28_F 0.92 0.00
121_P 153_I 0.92 0.00
137_I 84_E 0.92 0.00
86_T 24_G 0.91 0.00
195_A 143_V 0.91 0.00
27_P 210_A 0.91 0.00
151_Q 228_S 0.91 0.00
69_Q 76_L 0.90 0.00
165_D 150_A 0.90 0.00
136_T 57_L 0.90 0.00
140_P 185_F 0.90 0.00
68_V 130_S 0.90 0.00
10_L 5_A 0.89 0.00
55_Y 246_V 0.89 0.00
82_Y 231_I 0.89 0.00
134_R 173_V 0.89 0.00
119_I 242_S 0.89 0.00
172_S 192_A 0.89 0.00
79_G 122_L 0.88 0.00
13_I 6_L 0.88 0.00
89_Q 237_R 0.88 0.00
36_Q 137_V 0.88 0.00
69_Q 82_S 0.88 0.00
91_E 15_K 0.88 0.00
55_Y 83_A 0.88 0.00
193_L 40_H 0.88 0.00
198_K 211_I 0.88 0.00
148_L 94_S 0.88 0.00
32_D 194_D 0.88 0.00
171_V 79_T 0.88 0.00
56_L 177_W 0.87 0.00
143_R 249_L 0.87 0.00
162_Q 167_I 0.87 0.00
85_A 50_N 0.87 0.00
68_V 116_L 0.87 0.00
169_E 215_W 0.87 0.00
101_L 81_Y 0.87 0.00
186_R 172_L 0.86 0.00
85_A 227_T 0.86 0.00
148_L 164_A 0.86 0.00
177_K 131_S 0.86 0.00
158_T 45_V 0.86 0.00
152_W 82_S 0.86 0.00
172_S 136_A 0.86 0.00
128_K 246_V 0.86 0.00
86_T 170_G 0.86 0.00
166_M 152_V 0.86 0.00
161_W 111_R 0.85 0.00
161_W 93_L 0.85 0.00
51_A 56_M 0.85 0.00
82_Y 76_L 0.85 0.00
192_G 81_Y 0.85 0.00
116_T 81_Y 0.85 0.00
203_Q 20_F 0.85 0.00
148_L 148_F 0.85 0.00
165_D 218_L 0.85 0.00
176_T 89_M 0.85 0.00
61_D 81_Y 0.85 0.00
161_W 118_A 0.84 0.00
78_L 228_S 0.84 0.00
202_Q 48_L 0.84 0.00
64_L 110_G 0.84 0.00
205_I 45_V 0.84 0.00
37_K 26_M 0.84 0.00
177_K 188_A 0.84 0.00
97_F 254_T 0.84 0.00
137_I 260_N 0.84 0.00
77_V 63_G 0.83 0.00
189_G 109_A 0.83 0.00
202_Q 60_V 0.83 0.00
79_G 135_M 0.83 0.00
98_R 242_S 0.83 0.00
197_L 188_A 0.83 0.00
62_Q 20_F 0.83 0.00
114_G 154_S 0.83 0.00
5_L 143_V 0.83 0.00
177_K 66_I 0.82 0.00
186_R 126_T 0.82 0.00
40_D 34_K 0.82 0.00
189_G 181_D 0.82 0.00
164_Y 145_S 0.82 0.00
172_S 89_M 0.82 0.00
142_G 246_V 0.82 0.00
182_G 81_Y 0.82 0.00
169_E 68_M 0.82 0.00
89_Q 199_L 0.82 0.00
13_I 5_A 0.82 0.00
193_L 71_G 0.82 0.00
32_D 195_W 0.82 0.00
186_R 241_H 0.82 0.00
22_A 137_V 0.82 0.00
85_A 244_L 0.81 0.00
137_I 180_I 0.81 0.00
74_G 207_V 0.81 0.00
136_T 252_V 0.81 0.00
208_E 207_V 0.81 0.00
6_M 18_R 0.81 0.00
135_V 178_K 0.81 0.00
171_V 167_I 0.81 0.00
101_L 82_S 0.81 0.00
76_L 71_G 0.81 0.00
69_Q 85_T 0.81 0.00
102_K 161_I 0.81 0.00
85_A 249_L 0.81 0.00
118_Q 153_I 0.81 0.00
29_K 45_V 0.81 0.00
Legend: The i (protein A) and j (protein B) are positions as given in the UniProt sequences. The value of the raw score is the function of the learning procedure, L2 normalization and APC (entropic) correction.

Scaled Score = raw_score/average(raw_scores)
I_Prob = P(contact | scaled_score, seq/len, top_inter_score)

Text file of predictions (includes both intra and inter preds)
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