Tsin027742.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Tenodera sinensis
Gene Symbol
-
Assembly
GCA_030765045.1
Location
CM060964.1:43409225-43413964[+]

Transcription Factor Domain

TF Family
GTF2I
Domain
GTF2I domain
PFAM
PF02946
TF Group
Other Alpha-Helix Group
Description
This region of sequence similarity is found up to six times in a variety of proteins including GTF2I. It has been suggested that this may be a DNA binding domain [2, 1].
Hmmscan Out
# of c-Evalue i-Evalue score bias hmm coord from hmm coord to ali coord from ali coord to env coord from env coord to acc
1 40 0.054 2.5e+03 1.2 0.0 36 66 29 59 22 67 0.85
2 40 0.2 9.2e+03 -0.6 0.0 36 65 77 106 62 115 0.85
3 40 0.067 3.1e+03 0.9 0.0 36 65 125 154 115 164 0.82
4 40 0.041 1.9e+03 1.6 0.0 36 66 173 203 168 213 0.85
5 40 0.06 2.8e+03 1.0 0.0 36 65 245 274 230 285 0.81
6 40 0.074 3.4e+03 0.7 0.0 36 65 269 298 255 308 0.85
7 40 0.43 2e+04 -1.7 0.0 36 65 293 322 282 331 0.80
8 40 0.25 1.1e+04 -1.0 0.0 36 65 317 346 303 355 0.81
9 40 0.054 2.5e+03 1.2 0.0 36 66 341 371 326 381 0.82
10 40 0.063 2.9e+03 1.0 0.0 36 66 389 419 384 429 0.85
11 40 0.12 5.5e+03 0.1 0.0 36 66 437 467 422 477 0.84
12 40 0.11 5.2e+03 0.1 0.0 36 65 461 490 444 499 0.77
13 40 0.17 7.8e+03 -0.4 0.0 36 64 533 561 528 571 0.79
14 40 0.091 4.2e+03 0.4 0.0 37 65 558 586 552 595 0.81
15 40 0.026 1.2e+03 2.2 0.0 36 66 581 611 576 621 0.86
16 40 0.15 6.7e+03 -0.2 0.0 36 66 605 635 600 644 0.83
17 40 0.11 5.1e+03 0.2 0.0 36 66 677 707 661 715 0.82
18 40 0.13 6.1e+03 -0.1 0.0 36 66 701 731 688 740 0.84
19 40 0.36 1.7e+04 -1.5 0.0 36 66 725 755 719 763 0.81
20 40 0.48 2.2e+04 -1.9 0.0 36 66 773 803 759 812 0.82
21 40 0.036 1.6e+03 1.7 0.0 36 66 821 851 807 860 0.85
22 40 0.063 2.9e+03 0.9 0.0 36 65 893 922 877 931 0.83
23 40 0.08 3.7e+03 0.6 0.0 36 65 917 946 907 955 0.85
24 40 0.22 1e+04 -0.8 0.0 36 65 965 994 949 1004 0.78
25 40 0.062 2.9e+03 1.0 0.0 36 65 989 1018 973 1027 0.82
26 40 0.053 2.5e+03 1.2 0.0 36 66 1037 1067 1020 1076 0.85
27 40 0.13 5.8e+03 -0.0 0.0 36 66 1085 1115 1073 1125 0.84
28 40 0.15 6.7e+03 -0.2 0.0 36 66 1109 1139 1104 1148 0.83
29 40 0.16 7.5e+03 -0.4 0.0 36 64 1181 1209 1176 1220 0.78
30 40 0.088 4.1e+03 0.5 0.0 37 65 1206 1234 1200 1244 0.81
31 40 0.023 1.1e+03 2.3 0.0 36 66 1229 1259 1216 1268 0.87
32 40 0.16 7.3e+03 -0.3 0.0 37 66 1254 1283 1249 1291 0.83
33 40 0.54 2.5e+04 -2.0 0.0 36 66 1277 1307 1269 1315 0.82
34 40 0.14 6.2e+03 -0.1 0.0 36 66 1325 1355 1313 1364 0.85
35 40 0.11 5e+03 0.2 0.0 36 65 1349 1378 1330 1388 0.76
36 40 0.35 1.6e+04 -1.4 0.0 36 66 1373 1403 1367 1413 0.81
37 40 0.45 2.1e+04 -1.8 0.0 36 66 1397 1427 1382 1436 0.81
38 40 0.55 2.5e+04 -2.0 0.0 37 66 1422 1451 1416 1461 0.81
39 40 0.014 6.3e+02 3.1 0.0 36 66 1469 1499 1454 1508 0.86
40 40 0.0055 2.5e+02 4.4 0.0 36 71 1541 1576 1526 1577 0.91

Sequence Information

Coding Sequence
ATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCCTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGATTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGTCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgACTTGGTTCAGAACCACCCAGCAACAGTAGTCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCGGtaacaggaagcaaggcagcactcagtgtcttgcttcacaaccacccagcaacagtagccataaggataccagcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGCAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGTCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAATCACCCAGCAACAGTAGCCATAAGGATACAAgcaacaggaagcaaggcagcactcagtgtcttggttcacaaccacccagcaacagtagccataaggataccagcaacaggaagcaaggcagcactcagtgtcttgcttcacaaccacccagcaacagtagccataaggataccagcaacaggaagcaaggcagcactcagtgTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCGGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAataggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcattGTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGtcttggttcacaaccacccagcaaCAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGAAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGTAAGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGTAAGGCAGCACTCAGTGTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCGGCAACagaaagcaaggcagcactcagtgtcttgcttcacaaccacccagcaacagtagccataaggataccagcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCGgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGCAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGTCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAATCACCCAGCAACAGTAGCCATAAGGATACCAGCAataggaagcaaggcagcactcagtgtcttggttcacaaccacccagcaacagtagccataaggataccagcaacaggaagcaaggcagcactcagtgTCTTGCTTCACAACCACCCAGCAACAGTGGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCGGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAataggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcattGTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGtcttggttcacaaccacccagcaaCAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGTAAGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTTGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTGCTTCACAACCACCCAGCAACAGTAGTCATAAGGATACCAGCAACGGGAAGTAAGGCAGCACTCAGTGTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAGCAACAGGAAGCATGGCAGCACTCAGTGTCTTACTTCACAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgtcttgcttcacaaccacccagcaacagtagccataaggataccagcaacaggaagcaaggcagcactcagtgTCTTGGTTCAGAACCACCCAGCAACAGTAGCCATAAGGATACCAgcaacaggaagcaaggcagcactcagtgTCTTGGTTCACAACAGCTCAGCAATTAGAATGACAGGATACTAG
Protein Sequence
MAALSVLLHNHPATVAIRIPATGSMAALSVLVQNHPATVAIRIPATGSKAALSVLIQNHPATVAIRIPATGSKAALSVLVQNHPATVVIRIPATGSKAALSDLVQNHPATVVIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPVTGSKAALSVLLHNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATAAIRIPATGSKAALSVLVQNHPATVVIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIQATGSKAALSVLVHNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPAIGSKAALSVLVQNHPATVAIRIPATGSKAALIVLVQNHPATVAIRIPATGSMAALSVLVHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPATESMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSKAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPATESKAALSVLLHNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATAAIRIPATGSKAALSVLVQNHPATVVIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPAIGSKAALSVLVHNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPAIGSKAALSVLVQNHPATVAIRIPATGSKAALIVLVQNHPATVAIRIPATGSMAALSVLVHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSKAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPATGSMAALSVLLHNHPATVVIRIPATGSKAALSVLVQNHPATVAIRIPATGSMAALSVLLHNHPATVAIRIPATGSKAALSVLLHNHPATVAIRIPATGSKAALSVLVQNHPATVAIRIPATGSKAALSVLVHNSSAIRMTGY

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
-
90% Identity
-
80% Identity
-