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OPENSEQ.org
FABD - PLSX
UniProt: P0AAI9 - P27247
Length: 665
Sequences: 478
Seq/Len: 0.75
I_Prob: 0.00
FABD - Malonyl CoA-acyl carrier protein transacylase
Paralog alert: 0.33 [within 20: 0.10] - ratio of genomes with paralogs
Cluster includes: FABD 		PLSX - Phosphate acyltransferase
Paralog alert: 0.01 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: PLSX
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
159_V 132_T 1.40 0.00
239_N 60_L 1.27 0.00
200_S 323_A 1.27 0.00
23_A 211_Y 1.12 0.00
198_V 323_A 1.11 0.00
202_C 114_L 1.10 0.00
233_D 283_H 1.09 0.00
47_L 45_I 1.08 0.00
28_I 209_I 1.07 0.00
105_I 169_A 1.05 0.00
101_C 94_V 1.05 0.00
31_E 205_T 1.03 0.00
232_V 253_L 1.02 0.00
198_V 114_L 1.02 0.00
161_F 142_T 1.01 0.00
112_R 179_R 1.00 0.00
237_E 185_I 0.99 0.00
220_T 125_I 0.97 0.00
239_N 156_T 0.96 0.00
224_P 161_F 0.96 0.00
39_A 310_Q 0.96 0.00
289_V 125_I 0.96 0.00
143_I 112_M 0.96 0.00
156_V 310_Q 0.95 0.00
205_M 17_P 0.95 0.00
297_L 73_A 0.95 0.00
146_A 228_L 0.95 0.00
19_L 117_L 0.95 0.00
198_V 142_T 0.93 0.00
19_L 16_G 0.93 0.00
256_Q 163_I 0.93 0.00
70_S 287_D 0.93 0.00
158_P 220_L 0.93 0.00
32_T 28_L 0.92 0.00
190_R 184_N 0.92 0.00
3_Q 219_E 0.92 0.00
210_D 272_W 0.92 0.00
159_V 147_L 0.91 0.00
109_D 268_L 0.91 0.00
146_A 180_V 0.91 0.00
16_V 24_A 0.91 0.00
101_C 211_Y 0.91 0.00
91_H 183_L 0.90 0.00
19_L 290_N 0.90 0.00
219_I 177_N 0.90 0.00
163_S 300_T 0.90 0.00
302_A 172_V 0.90 0.00
244_R 36_L 0.90 0.00
180_G 130_L 0.89 0.00
301_S 134_L 0.89 0.00
30_E 204_K 0.89 0.00
244_R 31_N 0.88 0.00
186_A 328_V 0.88 0.00
286_K 113_G 0.88 0.00
51_G 80_R 0.88 0.00
228_V 115_A 0.88 0.00
236_C 61_Q 0.88 0.00
261_V 6_L 0.88 0.00
81_G 96_E 0.88 0.00
165_G 332_I 0.87 0.00
109_D 209_I 0.87 0.00
248_V 332_I 0.87 0.00
279_K 69_I 0.87 0.00
60_W 181_A 0.87 0.00
229_V 334_A 0.87 0.00
158_P 25_L 0.87 0.00
48_T 122_L 0.86 0.00
123_E 237_V 0.85 0.00
246_A 20_T 0.85 0.00
43_D 111_L 0.85 0.00
252_Y 303_K 0.85 0.00
156_V 184_N 0.85 0.00
135_I 42_S 0.85 0.00
7_V 62_I 0.84 0.00
291_T 255_S 0.84 0.00
195_P 284_L 0.84 0.00
209_A 275_K 0.84 0.00
101_C 214_Y 0.84 0.00
140_D 328_V 0.84 0.00
287_R 217_A 0.84 0.00
251_L 323_A 0.84 0.00
30_E 41_N 0.83 0.00
156_V 328_V 0.83 0.00
285_T 37_L 0.83 0.00
145_K 29_N 0.83 0.00
210_D 174_E 0.83 0.00
25_S 199_A 0.83 0.00
200_S 308_A 0.82 0.00
57_N 102_C 0.82 0.00
55_E 134_L 0.82 0.00
6_F 65_A 0.82 0.00
261_V 44_A 0.82 0.00
47_L 80_R 0.82 0.00
195_P 119_L 0.81 0.00
198_V 16_G 0.81 0.00
140_D 286_P 0.81 0.00
118_G 27_A 0.81 0.00
120_F 112_M 0.81 0.00
202_C 88_R 0.81 0.00
33_F 136_H 0.81 0.00
212_L 312_A 0.80 0.00
118_G 211_Y 0.80 0.00
145_K 97_G 0.80 0.00
170_A 292_A 0.80 0.00
81_G 21_V 0.80 0.00
27_P 179_R 0.80 0.00
243_I 134_L 0.80 0.00
200_S 114_L 0.80 0.00
79_Q 262_R 0.80 0.00
267_Q 24_A 0.80 0.00
58_K 67_S 0.80 0.00
256_Q 217_A 0.79 0.00
202_C 323_A 0.79 0.00
190_R 267_L 0.79 0.00
136_I 8_L 0.79 0.00
58_K 123_E 0.79 0.00
248_V 280_R 0.79 0.00
226_V 184_N 0.79 0.00
134_A 231_D 0.78 0.00
123_E 100_Q 0.78 0.00
298_N 271_R 0.78 0.00
202_C 91_L 0.78 0.00
158_P 130_L 0.78 0.00
105_I 163_I 0.78 0.00
46_A 209_I 0.78 0.00
258_T 288_Q 0.78 0.00
118_G 214_Y 0.78 0.00
257_W 19_V 0.78 0.00
174_E 179_R 0.78 0.00
120_F 35_T 0.78 0.00
33_F 75_P 0.77 0.00
48_T 131_V 0.77 0.00
34_A 134_L 0.77 0.00
70_S 285_N 0.77 0.00
272_L 154_D 0.77 0.00
143_I 328_V 0.77 0.00
306_A 282_S 0.77 0.00
55_E 6_L 0.77 0.00
6_F 85_S 0.77 0.00
225_T 41_N 0.77 0.00
234_V 287_D 0.76 0.00
200_S 16_G 0.76 0.00
169_I 170_E 0.76 0.00
221_F 337_E 0.76 0.00
65_A 76_S 0.76 0.00
262_E 125_I 0.76 0.00
264_M 174_E 0.76 0.00
86_A 166_S 0.76 0.00
219_I 174_E 0.76 0.00
135_I 28_L 0.76 0.00
49_Q 154_D 0.76 0.00
210_D 78_A 0.76 0.00
207_P 64_P 0.76 0.00
33_F 189_E 0.75 0.00
302_A 37_L 0.75 0.00
71_V 125_I 0.75 0.00
212_L 24_A 0.75 0.00
88_M 126_E 0.75 0.00
55_E 25_L 0.75 0.00
123_E 228_L 0.75 0.00
286_K 298_R 0.75 0.00
220_T 32_S 0.75 0.00
107_F 150_N 0.75 0.00
141_A 227_V 0.75 0.00
120_F 10_V 0.75 0.00
148_E 46_T 0.74 0.00
58_K 142_T 0.74 0.00
223_A 62_I 0.74 0.00
111_V 33_Q 0.74 0.00
287_R 171_E 0.74 0.00
45_W 75_P 0.74 0.00
136_I 157_M 0.74 0.00
186_A 174_E 0.74 0.00
44_L 107_N 0.74 0.00
202_C 99_A 0.74 0.00
229_V 174_E 0.74 0.00
181_A 25_L 0.74 0.00
54_E 67_S 0.74 0.00
294_A 125_I 0.74 0.00
106_D 212_I 0.74 0.00
302_A 46_T 0.74 0.00
30_E 211_Y 0.74 0.00
66_L 260_K 0.73 0.00
55_E 122_L 0.73 0.00
170_A 147_L 0.73 0.00
70_S 185_I 0.73 0.00
268_G 302_I 0.73 0.00
84_A 58_S 0.73 0.00
19_L 308_A 0.73 0.00
51_G 234_T 0.73 0.00
216_L 150_N 0.73 0.00
41_G 37_L 0.73 0.00
3_Q 83_R 0.73 0.00
186_A 181_A 0.73 0.00
198_V 161_F 0.73 0.00
182_A 177_N 0.73 0.00
13_S 221_L 0.73 0.00
135_I 282_S 0.73 0.00
123_E 130_L 0.73 0.00
297_L 45_I 0.72 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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