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OPENSEQ.org

FTSZ - MURG
UniProt: P0A9A6 - P17443
Length: 738
Sequences: 962
Seq/Len: 1.44
I_Prob: 0.00

FTSZ - Cell division protein FtsZ
Paralog alert: 0.05 [within 20: 0.01] - ratio of genomes with paralogs
Cluster includes: FTSZ
MURG - UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase
Paralog alert: 0.39 [within 20: 0.06] - ratio of genomes with paralogs
Cluster includes: MURG
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
93_E 27_H 1.20 0.00
192_A 251_Y 1.15 0.00
86_D 308_Q 1.14 0.00
163_I 22_G 1.09 0.00
116_V 346_A 1.08 0.00
104_M 16_G 1.06 0.00
28_H 217_Q 1.03 0.00
282_I 305_E 1.02 0.00
204_G 194_A 1.01 0.00
315_I 253_W 1.00 0.00
16_I 142_T 1.00 0.00
159_S 12_A 1.00 0.00
162_T 215_W 0.98 0.00
75_E 328_T 0.95 0.00
281_T 23_L 0.94 0.00
86_D 105_Y 0.93 0.00
258_R 246_D 0.92 0.00
269_D 176_L 0.91 0.00
100_I 141_A 0.91 0.00
237_E 242_E 0.91 0.00
130_V 285_D 0.91 0.00
180_D 293_L 0.90 0.00
59_Q 16_G 0.89 0.00
193_V 124_H 0.88 0.00
42_V 253_W 0.88 0.00
76_V 298_A 0.88 0.00
208_V 256_V 0.87 0.00
300_P 313_A 0.87 0.00
58_I 108_G 0.86 0.00
297_S 192_Q 0.86 0.00
52_T 261_S 0.85 0.00
260_V 62_I 0.85 0.00
57_T 60_I 0.85 0.00
26_V 243_F 0.85 0.00
140_K 83_A 0.84 0.00
177_S 163_R 0.84 0.00
95_A 274_L 0.84 0.00
259_G 326_L 0.84 0.00
187_D 64_G 0.84 0.00
277_T 96_P 0.84 0.00
268_F 266_V 0.83 0.00
241_E 306_Q 0.83 0.00
32_E 128_G 0.83 0.00
60_I 347_N 0.83 0.00
214_R 346_A 0.83 0.00
230_A 351_R 0.83 0.00
125_I 264_L 0.83 0.00
86_D 74_I 0.83 0.00
91_A 258_V 0.83 0.00
60_I 52_K 0.83 0.00
289_N 252_A 0.82 0.00
284_A 99_V 0.82 0.00
253_D 278_F 0.82 0.00
201_T 286_R 0.82 0.00
200_I 46_E 0.82 0.00
130_V 112_L 0.82 0.00
199_L 226_V 0.81 0.00
192_A 287_Q 0.81 0.00
173_G 67_G 0.81 0.00
187_D 162_V 0.81 0.00
154_S 12_A 0.81 0.00
192_A 217_Q 0.81 0.00
33_R 55_I 0.81 0.00
115_V 8_L 0.81 0.00
206_M 113_A 0.80 0.00
191_G 147_A 0.80 0.00
163_I 60_I 0.80 0.00
82_D 106_V 0.80 0.00
278_V 188_V 0.80 0.00
272_L 261_S 0.80 0.00
121_K 39_L 0.80 0.00
169_L 45_M 0.80 0.00
85_R 267_S 0.79 0.00
224_M 12_A 0.79 0.00
214_R 158_V 0.79 0.00
156_H 267_S 0.79 0.00
310_V 135_K 0.79 0.00
163_I 19_V 0.79 0.00
80_A 143_K 0.79 0.00
254_L 38_W 0.79 0.00
58_I 197_L 0.78 0.00
167_K 123_L 0.78 0.00
235_R 187_V 0.78 0.00
115_V 332_R 0.78 0.00
157_V 192_Q 0.78 0.00
308_V 208_L 0.78 0.00
186_N 259_C 0.78 0.00
30_V 144_V 0.78 0.00
216_V 83_A 0.78 0.00
314_G 120_P 0.78 0.00
253_D 243_F 0.78 0.00
289_N 149_P 0.78 0.00
121_K 89_A 0.78 0.00
256_G 13_G 0.78 0.00
97_M 22_G 0.78 0.00
311_V 270_A 0.77 0.00
119_V 24_A 0.77 0.00
300_P 215_W 0.77 0.00
194_Q 19_V 0.77 0.00
166_D 97_D 0.77 0.00
88_L 258_V 0.77 0.00
147_E 277_L 0.77 0.00
309_T 219_G 0.76 0.00
86_D 307_P 0.76 0.00
246_S 46_E 0.76 0.00
59_Q 137_L 0.76 0.00
16_I 73_L 0.76 0.00
290_A 284_K 0.76 0.00
38_E 300_A 0.76 0.00
166_D 136_W 0.76 0.00
161_I 306_Q 0.76 0.00
21_G 40_G 0.75 0.00
198_E 267_S 0.75 0.00
290_A 281_F 0.74 0.00
282_I 326_L 0.74 0.00
129_A 10_V 0.74 0.00
251_D 243_F 0.74 0.00
90_A 23_L 0.74 0.00
250_E 107_S 0.74 0.00
40_F 44_R 0.74 0.00
175_G 22_G 0.74 0.00
125_I 337_S 0.74 0.00
258_R 244_I 0.74 0.00
235_R 185_V 0.73 0.00
93_E 74_I 0.73 0.00
112_A 158_V 0.73 0.00
53_A 266_V 0.73 0.00
208_V 259_C 0.73 0.00
94_G 123_L 0.73 0.00
197_A 124_H 0.73 0.00
101_A 92_K 0.73 0.00
104_M 20_F 0.73 0.00
186_N 94_Y 0.73 0.00
82_D 290_W 0.73 0.00
204_G 314_V 0.73 0.00
159_S 45_M 0.72 0.00
309_T 198_N 0.72 0.00
113_A 214_I 0.72 0.00
167_K 306_Q 0.72 0.00
92_L 302_K 0.72 0.00
38_E 215_W 0.72 0.00
174_R 68_K 0.72 0.00
171_V 200_T 0.72 0.00
192_A 67_G 0.72 0.00
33_R 275_P 0.72 0.00
59_Q 20_F 0.71 0.00
87_A 24_A 0.71 0.00
197_A 102_M 0.71 0.00
123_L 242_E 0.71 0.00
62_S 10_V 0.71 0.00
159_S 306_Q 0.71 0.00
115_V 215_W 0.71 0.00
208_V 187_V 0.71 0.00
297_S 261_S 0.71 0.00
40_F 174_Q 0.71 0.00
192_A 23_L 0.71 0.00
272_L 267_S 0.71 0.00
201_T 289_Y 0.71 0.00
86_D 182_P 0.70 0.00
283_R 197_L 0.70 0.00
188_V 28_H 0.70 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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