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OPENSEQ.org
CBPA - FTSA
UniProt: P36659 - P0ABH0
Length: 726
Sequences: 531
Seq/Len: 0.86
I_Prob: 0.01
CBPA - Curved DNA-binding protein
Paralog alert: 0.50 [within 20: 0.01] - ratio of genomes with paralogs
Cluster includes: CBPA DNAJ 		FTSA - Cell division protein FtsA
Paralog alert: 0.67 [within 20: 0.04] - ratio of genomes with paralogs
Cluster includes: FTSA
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
26_R 224_G 1.48 0.01
217_V 243_I 1.41 0.01
288_Q 249_T 1.33 0.00
288_Q 332_I 1.32 0.00
259_V 244_A 1.30 0.00
49_V 61_V 1.29 0.00
17_D 139_Y 1.25 0.00
26_R 83_L 1.22 0.00
27_R 349_Q 1.20 0.00
261_K 226_L 1.18 0.00
152_I 218_I 1.17 0.00
200_P 122_R 1.16 0.00
208_G 97_V 1.15 0.00
267_L 377_S 1.13 0.00
97_I 293_L 1.12 0.00
79_R 384_H 1.12 0.00
166_A 245_Y 1.12 0.00
26_R 233_P 1.10 0.00
269_A 221_Y 1.09 0.00
44_A 51_V 1.06 0.00
19_K 26_E 1.05 0.00
126_V 227_R 1.04 0.00
268_Y 33_V 1.04 0.00
273_I 198_T 1.04 0.00
133_T 68_A 1.03 0.00
164_I 24_V 1.03 0.00
2_E 55_E 1.02 0.00
281_E 83_L 1.02 0.00
32_Y 181_K 1.01 0.00
290_L 115_T 1.01 0.00
288_Q 32_M 1.01 0.00
198_I 289_Q 1.00 0.00
260_S 75_Q 0.99 0.00
27_R 225_A 0.99 0.00
210_D 293_L 0.98 0.00
60_Q 227_R 0.98 0.00
83_H 302_T 0.98 0.00
288_Q 99_I 0.96 0.00
205_D 220_V 0.96 0.00
21_I 295_E 0.96 0.00
240_T 58_V 0.95 0.00
227_K 101_E 0.95 0.00
26_R 384_H 0.95 0.00
151_M 80_Y 0.95 0.00
207_V 55_E 0.94 0.00
147_N 332_I 0.94 0.00
270_V 249_T 0.94 0.00
136_K 205_G 0.94 0.00
26_R 245_Y 0.94 0.00
130_E 350_R 0.93 0.00
185_N 386_G 0.93 0.00
39_E 326_H 0.92 0.00
26_R 82_A 0.92 0.00
229_T 39_G 0.91 0.00
9_I 24_V 0.91 0.00
200_P 181_K 0.91 0.00
115_T 24_V 0.91 0.00
258_L 114_H 0.90 0.00
158_K 377_S 0.90 0.00
95_D 333_V 0.90 0.00
19_K 380_V 0.90 0.00
59_E 301_Y 0.89 0.00
205_D 201_E 0.89 0.00
230_V 288_L 0.89 0.00
177_K 220_V 0.88 0.00
32_Y 104_V 0.88 0.00
196_I 247_F 0.87 0.00
166_A 347_C 0.87 0.00
228_V 139_Y 0.87 0.00
176_L 319_L 0.87 0.00
169_G 227_R 0.87 0.00
50_A 248_G 0.86 0.00
281_E 74_C 0.86 0.00
236_S 81_L 0.86 0.00
26_R 248_G 0.85 0.00
76_Q 351_V 0.85 0.00
244_G 33_V 0.84 0.00
76_Q 319_L 0.84 0.00
30_R 219_A 0.84 0.00
211_L 209_V 0.84 0.00
138_T 346_A 0.84 0.00
172_Q 226_L 0.84 0.00
212_E 102_E 0.84 0.00
231_P 293_L 0.84 0.00
218_S 293_L 0.84 0.00
217_V 249_T 0.84 0.00
172_Q 338_A 0.84 0.00
152_I 289_Q 0.84 0.00
135_H 110_E 0.83 0.00
17_D 275_V 0.83 0.00
126_V 86_K 0.83 0.00
273_I 329_A 0.82 0.00
137_R 198_T 0.82 0.00
136_K 181_K 0.82 0.00
194_L 289_Q 0.82 0.00
260_S 61_V 0.82 0.00
123_E 387_K 0.81 0.00
262_K 309_N 0.81 0.00
273_I 33_V 0.81 0.00
237_I 288_L 0.81 0.00
76_Q 387_K 0.81 0.00
269_A 359_G 0.81 0.00
50_A 183_D 0.81 0.00
40_P 202_R 0.81 0.00
17_D 26_E 0.81 0.00
28_L 281_G 0.81 0.00
228_V 31_G 0.81 0.00
136_K 73_D 0.81 0.00
259_V 357_R 0.81 0.00
259_V 221_Y 0.81 0.00
124_V 330_A 0.80 0.00
20_T 201_E 0.80 0.00
241_I 22_A 0.80 0.00
198_I 84_S 0.80 0.00
217_V 87_H 0.80 0.00
132_L 241_S 0.80 0.00
200_P 303_E 0.80 0.00
41_D 24_V 0.80 0.00
15_T 102_E 0.79 0.00
13_K 295_E 0.79 0.00
25_Y 350_R 0.79 0.00
269_A 245_Y 0.79 0.00
49_V 380_V 0.79 0.00
172_Q 183_D 0.79 0.00
217_V 89_S 0.79 0.00
206_I 113_V 0.78 0.00
127_F 331_G 0.78 0.00
95_D 243_I 0.78 0.00
253_V 380_V 0.78 0.00
137_R 304_L 0.78 0.00
104_Q 51_V 0.78 0.00
250_R 74_C 0.78 0.00
135_H 73_D 0.77 0.00
26_R 241_S 0.77 0.00
21_I 243_I 0.77 0.00
230_V 351_V 0.77 0.00
94_F 288_L 0.77 0.00
19_K 86_K 0.77 0.00
244_G 243_I 0.77 0.00
200_P 330_A 0.76 0.00
239_L 115_T 0.76 0.00
68_M 341_I 0.76 0.00
45_R 328_L 0.76 0.00
207_V 97_V 0.76 0.00
38_K 24_V 0.76 0.00
255_G 176_E 0.76 0.00
175_R 223_G 0.76 0.00
209_Q 328_L 0.76 0.00
254_K 100_S 0.76 0.00
259_V 359_G 0.76 0.00
264_T 246_A 0.76 0.00
14_P 101_E 0.76 0.00
220_W 122_R 0.75 0.00
2_E 325_K 0.75 0.00
202_P 124_E 0.75 0.00
84_G 387_K 0.75 0.00
251_L 33_V 0.75 0.00
143_L 24_V 0.75 0.00
27_R 81_L 0.75 0.00
99_S 325_K 0.75 0.00
77_F 111_N 0.75 0.00
27_R 293_L 0.75 0.00
210_D 75_Q 0.75 0.00
247_A 60_C 0.74 0.00
282_N 302_T 0.74 0.00
281_E 176_E 0.74 0.00
145_V 275_V 0.74 0.00
194_L 244_A 0.74 0.00
124_V 198_T 0.74 0.00
17_D 354_T 0.74 0.00
251_L 181_K 0.74 0.00
218_S 301_Y 0.74 0.00
250_R 346_A 0.74 0.00
175_R 48_K 0.74 0.00
199_A 122_R 0.74 0.00
137_R 349_Q 0.74 0.00
132_L 114_H 0.74 0.00
19_K 227_R 0.74 0.00
161_N 176_E 0.74 0.00
12_V 325_K 0.74 0.00
214_V 275_V 0.73 0.00
45_R 24_V 0.73 0.00
219_P 288_L 0.73 0.00
92_E 139_Y 0.73 0.00
221_E 198_T 0.73 0.00
255_G 87_H 0.73 0.00
37_S 254_A 0.73 0.00
132_L 125_H 0.73 0.00
228_V 107_E 0.73 0.00
212_E 44_R 0.72 0.00
230_V 320_R 0.72 0.00
126_V 196_V 0.72 0.00
62_R 346_A 0.72 0.00
129_E 35_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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