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OPENSEQ.org

CDSA - FABZ
UniProt: P0ABG1 - P0A6Q6
Length: 436
Sequences: 429
Seq/Len: 1.04
I_Prob: 0.00

CDSA - Phosphatidate cytidylyltransferase
Paralog alert: 0.03 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: CDSA YNBB
FABZ - 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ
Paralog alert: 0.18 [within 20: 0.02] - ratio of genomes with paralogs
Cluster includes: FABA FABZ
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
139_R 140_E 1.34 0.00
190_W 140_E 1.30 0.00
170_M 124_L 1.27 0.00
154_L 138_V 1.26 0.00
36_C 26_V 1.20 0.00
173_K 95_G 1.17 0.00
17_I 138_V 1.13 0.00
34_V 52_Q 1.13 0.00
130_P 12_E 1.13 0.00
266_S 146_A 1.13 0.00
204_S 100_R 1.12 0.00
228_A 142_T 1.12 0.00
251_G 130_V 1.11 0.00
167_G 78_A 1.10 0.00
222_I 45_S 1.10 0.00
158_M 50_F 1.09 0.00
154_L 60_I 1.09 0.00
270_A 31_D 1.08 0.00
63_G 130_V 1.07 0.00
241_F 139_C 1.06 0.00
43_W 104_P 1.05 0.00
107_P 139_C 1.05 0.00
170_M 8_L 1.05 0.00
177_K 146_A 1.04 0.00
184_V 61_F 1.04 0.00
150_G 67_L 1.04 0.00
260_I 137_V 1.03 0.00
196_G 121_R 1.02 0.00
246_G 137_V 1.02 0.00
138_L 28_R 1.02 0.00
229_L 45_S 1.02 0.00
30_I 142_T 1.02 0.00
128_I 143_M 1.02 0.00
166_S 93_F 1.01 0.00
168_A 65_L 1.01 0.00
40_A 100_R 1.00 0.00
225_I 15_E 0.99 0.00
272_P 79_F 0.99 0.00
193_F 90_L 0.99 0.00
266_S 119_K 0.98 0.00
224_S 26_V 0.98 0.00
245_A 144_M 0.98 0.00
67_A 28_R 0.98 0.00
266_S 98_E 0.97 0.00
62_C 102_K 0.97 0.00
274_F 38_L 0.96 0.00
58_L 140_E 0.96 0.00
161_V 83_G 0.95 0.00
137_A 103_R 0.95 0.00
267_L 126_R 0.95 0.00
231_S 75_G 0.95 0.00
99_A 127_F 0.94 0.00
9_A 26_V 0.94 0.00
247_I 30_L 0.94 0.00
267_L 115_V 0.94 0.00
177_K 145_C 0.94 0.00
63_G 106_V 0.94 0.00
170_M 143_M 0.93 0.00
8_S 76_I 0.93 0.00
159_I 127_F 0.93 0.00
34_V 103_R 0.93 0.00
271_V 12_E 0.92 0.00
16_V 90_L 0.92 0.00
31_V 139_C 0.92 0.00
230_A 14_L 0.91 0.00
264_I 115_V 0.91 0.00
254_I 126_R 0.91 0.00
61_L 36_R 0.91 0.00
52_R 106_V 0.91 0.00
131_F 13_I 0.90 0.00
270_A 23_F 0.90 0.00
168_A 50_F 0.90 0.00
167_G 28_R 0.90 0.00
92_S 67_L 0.89 0.00
11_V 83_G 0.89 0.00
238_E 44_V 0.89 0.00
164_A 38_L 0.89 0.00
253_L 103_R 0.89 0.00
58_L 126_R 0.89 0.00
2_L 74_T 0.89 0.00
19_A 137_V 0.88 0.00
193_F 148_S 0.88 0.00
97_I 14_L 0.88 0.00
253_L 61_F 0.88 0.00
230_A 138_V 0.87 0.00
173_K 91_Y 0.87 0.00
89_L 124_L 0.87 0.00
170_M 17_L 0.87 0.00
227_A 82_V 0.86 0.00
178_H 94_A 0.86 0.00
253_L 34_E 0.86 0.00
201_A 70_M 0.86 0.00
210_W 60_I 0.86 0.00
178_H 146_A 0.86 0.00
240_M 117_F 0.86 0.00
189_T 138_V 0.85 0.00
264_I 124_L 0.85 0.00
228_A 98_E 0.85 0.00
61_L 25_L 0.85 0.00
254_I 106_V 0.85 0.00
166_S 74_T 0.85 0.00
8_S 78_A 0.85 0.00
276_C 141_A 0.84 0.00
74_P 70_M 0.84 0.00
10_F 10_I 0.83 0.00
266_S 75_G 0.83 0.00
187_G 110_Q 0.83 0.00
168_A 99_A 0.83 0.00
7_I 10_I 0.83 0.00
91_A 15_E 0.83 0.00
189_T 129_G 0.83 0.00
22_L 85_L 0.83 0.00
131_F 16_L 0.82 0.00
64_L 21_F 0.82 0.00
22_L 30_L 0.82 0.00
7_I 86_E 0.82 0.00
16_V 30_L 0.82 0.00
278_L 94_A 0.82 0.00
251_G 92_Y 0.82 0.00
10_F 75_G 0.82 0.00
270_A 127_F 0.82 0.00
164_A 79_F 0.82 0.00
254_I 16_L 0.82 0.00
240_M 145_C 0.81 0.00
96_W 145_C 0.81 0.00
219_T 25_L 0.81 0.00
135_M 124_L 0.81 0.00
10_F 14_L 0.81 0.00
151_A 61_F 0.80 0.00
231_S 43_N 0.80 0.00
22_L 130_V 0.80 0.00
68_L 41_V 0.80 0.00
260_I 124_L 0.80 0.00
18_A 70_M 0.80 0.00
30_I 118_E 0.80 0.00
171_F 58_K 0.80 0.00
254_I 129_G 0.80 0.00
193_F 102_K 0.80 0.00
269_A 38_L 0.80 0.00
232_V 79_F 0.80 0.00
103_V 60_I 0.79 0.00
247_I 76_I 0.79 0.00
208_G 37_F 0.79 0.00
170_M 21_F 0.79 0.00
66_L 76_I 0.79 0.00
156_Y 60_I 0.79 0.00
137_A 102_K 0.79 0.00
261_L 14_L 0.79 0.00
61_L 31_D 0.79 0.00
151_A 146_A 0.79 0.00
31_V 124_L 0.79 0.00
229_L 74_T 0.78 0.00
132_F 94_A 0.78 0.00
130_P 122_R 0.78 0.00
155_L 123_G 0.78 0.00
132_F 102_K 0.78 0.00
8_S 29_V 0.78 0.00
216_A 140_E 0.78 0.00
158_M 58_K 0.78 0.00
109_S 83_G 0.78 0.00
58_L 8_L 0.78 0.00
48_G 78_A 0.77 0.00
47_S 39_R 0.77 0.00
230_A 60_I 0.77 0.00
120_R 70_M 0.77 0.00
225_I 75_G 0.77 0.00
251_G 6_H 0.77 0.00
60_V 130_V 0.77 0.00
89_L 76_I 0.77 0.00
221_L 137_V 0.77 0.00
230_A 136_K 0.77 0.00
153_W 32_F 0.77 0.00
126_L 32_F 0.77 0.00
241_F 80_K 0.77 0.00
30_I 26_V 0.77 0.00
164_A 122_R 0.77 0.00
204_S 33_E 0.76 0.00
93_L 143_M 0.76 0.00
277_L 140_E 0.76 0.00
193_F 129_G 0.76 0.00
24_P 73_A 0.76 0.00
48_G 94_A 0.76 0.00
167_G 67_L 0.76 0.00
98_V 67_L 0.76 0.00
93_L 106_V 0.76 0.00
228_A 77_L 0.76 0.00
228_A 21_F 0.76 0.00
30_I 60_I 0.76 0.00
211_A 41_V 0.75 0.00
102_L 12_E 0.75 0.00
232_V 123_G 0.75 0.00
50_T 41_V 0.75 0.00
96_W 38_L 0.75 0.00
271_V 98_E 0.75 0.00
236_L 65_L 0.75 0.00
31_V 30_L 0.75 0.00
268_T 80_K 0.75 0.00
204_S 102_K 0.75 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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