Tmes001399.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Tenthredo mesomela
Gene Symbol
-
Assembly
GCA_943736035.1
Location
CALSEY010000015.1:814312-821154[+]

Transcription Factor Domain

TF Family
TF_bZIP
Domain
bZIP domain
PFAM
AnimalTFDB
TF Group
Basic Domians group
Description
bZIP proteins are homo- or heterodimers that contain highly basic DNA binding regions adjacent to regions of α-helix that fold together as coiled coils
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 34 3.4 6.2e+03 -1.4 0.4 47 65 67 85 57 85 0.67
2 34 0.0024 4.4 8.7 3.0 24 63 102 141 100 143 0.87
3 34 0.0026 4.8 8.6 1.8 36 63 186 213 178 219 0.58
4 34 0.81 1.5e+03 0.6 0.4 40 62 241 263 233 265 0.74
5 34 0.88 1.6e+03 0.5 0.4 27 54 270 297 266 327 0.69
6 34 3.8 6.9e+03 -1.5 0.1 26 49 342 365 337 373 0.52
7 34 0.0025 4.5 8.7 7.4 25 62 408 445 399 448 0.74
8 34 0.027 50 5.4 3.8 29 63 433 470 433 472 0.90
9 34 7.2e-07 0.0013 20.0 11.9 24 63 473 512 471 513 0.95
10 34 0.0017 3.1 9.2 2.4 24 62 515 553 514 556 0.89
11 34 0.031 56 5.2 3.1 33 60 552 579 550 583 0.58
12 34 6.1e-06 0.011 17.1 10.8 24 65 585 626 583 626 0.94
13 34 0.0047 8.6 7.8 5.8 22 64 632 674 631 682 0.85
14 34 7.6e-07 0.0014 20.0 11.3 20 64 686 730 683 731 0.96
15 34 0.00088 1.6 10.1 8.9 22 63 723 764 722 766 0.77
16 34 0.0011 2.1 9.8 7.8 23 64 766 807 764 808 0.93
17 34 0.0027 4.9 8.6 8.1 22 62 807 847 802 850 0.77
18 34 0.0039 7.1 8.1 6.5 31 62 851 882 846 885 0.57
19 34 5e-05 0.092 14.1 1.7 31 62 886 917 883 919 0.94
20 34 9.4e-05 0.17 13.2 0.3 23 64 941 982 935 983 0.93
21 34 0.00019 0.35 12.2 5.4 30 64 983 1017 981 1018 0.87
22 34 0.002 3.6 9.0 14.4 21 65 995 1039 995 1046 0.94
23 34 4.8e-06 0.0087 17.4 3.9 25 63 1048 1086 1045 1087 0.94
24 34 0.0036 6.5 8.2 4.0 28 63 1107 1142 1101 1144 0.84
25 34 0.013 23 6.4 14.6 24 62 1166 1204 1141 1207 0.69
26 34 0.0019 3.5 9.1 3.5 24 64 1187 1227 1184 1235 0.70
27 34 0.0032 5.9 8.3 8.3 25 64 1237 1276 1214 1277 0.86
28 34 1.6e-05 0.03 15.7 5.8 24 64 1264 1304 1261 1310 0.92
29 34 0.0008 1.5 10.3 3.4 24 64 1285 1325 1282 1326 0.81
30 34 0.00066 1.2 10.5 9.4 24 65 1334 1375 1306 1375 0.94
31 34 4e-05 0.073 14.4 6.7 27 64 1365 1402 1362 1410 0.82
32 34 0.027 49 5.4 5.2 23 63 1417 1457 1402 1466 0.66
33 34 0.00082 1.5 10.2 6.4 22 63 1479 1520 1465 1522 0.70
34 34 0.018 34 5.9 3.1 23 60 1508 1545 1506 1549 0.68

Sequence Information

Coding Sequence
ATGGCCAATCGTACAACGTGTCAATGCGGATGCACAGACCCGCCAGAAATGACAGCCGCAGATCCTCCTCACGAGGGTTCGTGCGGTTGCAGCTACAACCCTTTCGCCGATCAAGGGAGAGACGCGGAAATAACAGATTTATCATTTGCACTGCGTAAATTAACCCTGATGAAATGTCAGATGAAAAAATGGAGAATGGAACGTCTGCAGTTGGAGAGCGAAGCGAGAGGTTTGAAACAGGTGCTTCAGGCCCACGGTTTGAACGACGATATCGTGAGACCAGATCCTCTGGTCGCTCATCTTCGAGAGTATAATGCGAGGCTGGAGAACGACAAGGAGGAGCTTGAGGAAAGCGTTAAAAGCCTGTCCGAAACCGTATCAGAATTAAAAGATCTCATAGCCGGACTGAAGATCCAGCTGCAAGAAGCCCAGAACGAGTCATCGTGCGCTGCCCTAAACCGACTTCGAGCAAAACTTAAAGAAATGACGAAAGGCGGTCAGGAAGCTGACCAAAGGGTATCCATGGTGGTCCAACGGTCAATAGAAACTCTGACTGAGTTAACGGAAAACGTTGACGATCTTAAGGCCGAGATCGAGAGACTTAGAGCTGAGATAAAGAGGCTGAAGGACTTGCTGAAGACATGCGAGGATCGAAAGGACGTTGGGGTCGAGACGATCGTCGTGGACGCTAAACCGGTAGAAAAACCGCTTGTGGAAATGGACGTCTCGGAATTGTTGAACAGGATAAAGGAACTTGAGGCGTTGATAGCTCAGCTGAGAAAACAACTGGTTGATAAAGATGCAGCGATTAATGACCTCCAGAATCAATCGTTTGAAGTCAGTTCCGAAAACAAACGTCTGTCCGTAGATTTGGACCAGATGAAGGTCAGCTTCAACGCTGTTATGCAGGAGGTCAAGGCTATGAAGGATGAACTTAAGAAGAGGGACGTCAAGGTATCCGAGCTTCTCAAAGACCTCAAAGCATCCGCGATCGACATTCTGGGATTAAACAGACTGCAGAGTGAAATGGACGCAATCAAACCCCAGATGTACAATCTCGAGGTAGAACGCGACCAGCTATTATCTGAGCTTGGTAAAGTGCGGGGCGTTGTATCGGAGCGGAATGATCAGATCATTAAAATACTCGAGGAAAGGGATAAGCACGTTAAAGCACTGGCCAGAGCCTCGAACGTAATGCAGGCGACGGTTGAACCGATGATAGAGAAAGAAGCGGCTCTCAAAAACGAGGTCCAGGGATTGAAGGACCGGATAGAACAGCTTGAGCGAGAGCTAGCCGAGCTCAGGAAAAAACTCGCTCAATTAGAAGCGGAGAATGCTGAGATACCTGGACTAGTCGATAAAATTAAGGAGCTGGAAAGTGAGCTAGGAAAGCTCAGGTCTCAGTTGGCCGAGGCGAAGTCTAGGATGGATGAACTTGAGAAAGAAGTAGCTCGGCTTAAAGCCGAGAAAGCAGAACTAGAGAAAGAGCTTGAAGAGGTGAGGAAGGAGATTGAAAAGCTGAAGGAAGAGCTCACTGAGGAGAAAGCCGCGAAAGAAGCTGCCCACAAAGATCTAAGGGATTGTAGAGCTGAGAATGAGAAGCTCAAAGCGGCAAATGAGCTGTTAATTAACGAGCTCAACACGGTTAAAGCAGAGGCCGACAAAATGAGAAACGATTTAGAGAAACTGAAAGAAGAAATGAAAGATCTAAAGACTGAGAATGATCAGTTGAAAAATCTATTCGCTGTGGCCAAAAATGAGATCGATAAGCTCAGAGGTGAGCTCGAGAAGCTCAAGGCAGAGAATGAGAAGCTCAAGGCAGAGAATGAGAAGCTCAAGGCAGAGAATGAGACGCTGAAAAATGAAGTGGAGAAATTGAACGGAGATATAGGTAAACTGAAGACAGAAAATGACAGCCTCAAAGCAGAAGTGGACAAACTTATAAACGGGCTCACTAGACTTCAGGAAGAAGTCGAGAAGTTGAAGAATAGTTTAGCAGCAGCTAAAGCTGAAGCTGAGAAGCTCAAACAAGATTTGGAAGACATGAGAAATGAGCGCGATAAATTAAGGGCTGAGAACGATCAGATCAGAAGTCAGTTAGCCAATGCTGAAGCTGAGAACGAGAAGTTGAAAAGTGAGCTCGAAAAGCTGAAGGAAGAAGTAAATAAATTAAAACAAGAAAATAGCGATCTTAAGTCAGAGAGAGACAGGCTGCAAGCAGAGCTCGAAAAACTTAGAAATAAGCTCAGTGAGCTCGAGGCTGAGATTGAAAAGGTGAAGAACGCCTTATCAGCGGCCAAGGCTGAGGTTGAGGAGCTCAAAAATGATCTGGAAAAAATGAAAACAGATCTTGAGAAGCTCAAGTCAGAAAATGATCAGCTGAAAAATGAGTTAGCCGATGCTAAGGCAGAGAACACGAGGCTCAAAAAGGAGCTCGATGAATTGAAGGGAGAAATAGACAAGCTGAGAGAAGAGAATAAGAACCTGAAGGCAGAAAAAGACAGGCTTGAAGCAGAGCTCAACAATATTAGAGGAGAATTAGATAGTCTCAAGGGTGAGAATGAAAGACTCAAGGCTGACCTCGAGAAACTTAAAAGCGAGCACGAAGCCCTGAAATCAGAAAATGAGAAGTTGAAGAAGAGCTTGAGTGACGCAGAGGCGAAGGTGAAAGCACTCGAAGCCTCGAACACCGAACTCGCGAATAAAATTGCAGAGCTAAAGAACCAAATTGATAAACTTGAGAACGAGTTGGGGTCAGAAAAAGCTGCGAAAGAAGCAGCGATTAAGGAATTGGCGGCCATCAAGGCTGAGCTGAAAGCTCTGCTGGAAGAAATGGACAAACTTAAGGCAGACTGCGACAGACTGAAAGGACAAGTCGATGATCTCACCAAACAGCTATCAGATTTGAGAAATGATTTTGATCAGCTCAAGTCTAAGTATGCCGATTTGTCGGCAGAGAGAGAAAAGTTCAAAGCTGAAGTTGATAAGTTGAAGGAAGAAAATGAAAGACTGAAAAATGACCTTGAGAAGTTGAAAGCAGAACTCGACGCGTTGAAGACAGAGAATCGTACGCTCAAGGAAGAGAATGCTAAATGGAAGGAAGAGAACGAGAAGCTGAAGAAAGCTGTGAACGAGGCTGAAGCTAGGATAAAAACACTTGAGGATGAGGTGAGGGCATGCGAAGAGGAAAAGGCAAGGCTGCGAAAAGAGATCGAGGGCCTGAAAGATCGGATTGAAGAAATGAAGAAGGAGCTCACTGCAGAGAAGGCTGCGACCGAGACAGCCTTGAAGGAACTTGGAGCCGTTAAGGCCGAGCTAGCTGCACTGAGAGCAGAGTTGGATAAAGTGAGAGCAGAGAACGCCAAGCTTAAAAGTGAGCTGGATAAAGTGAAATCAGAAAACGACGAGCTCAGAAATGAGAATGACAAAATGAAAGGCGAAATCGAGAGGCTGAAAGCAGAGGCTGCAAAATTACAAAATGATCTGAATAATTTGAAGGCAGAGAACGCGAAGCTTAAAGAAGATCTGGAAAAGCTAAATGCTGAAAACAAGACTCTCAGAGCTGAGAATGACAAATTGAAGGGAGAAATGGATCAGCTCAAGTCAGAGAACGCGAAATTGAAGGATGATCTTTCTACTGCTAGATCAGAAGCTGCAAAGCTCAAAAATGATTTAGATAAACTGAAATCTGACCTGGATGCGTTGCAAGCAGAGAATAACAGAATGAAGGGTGAACTTGATAGGCTAAGGTCAGAGAATGCAAAACTACAGGAAGATCTAAATAGCTTGAAGGCAGAGAATGGAAAGCTCAAGGGAGAACTTGACAAGCTAAATGCTGAAAATAAAGCTCTGAGATCTGAAAATGATAAATTGAAGGGAGAACTTGATCAGCTCAAGTCAGAGAACGCGAAATTGAAGGATGATCTTTCTGCTGCTAGATCAGAAACTGCAAAACTCAAGAATGACTTGGATAAACTGAAATCTGACCTGGATGCAATGCAAGCAGAGAATAACAGGATGAAGGGCGAACTTGACAGGCTAAAATCAGAGAATGCAAAACTACAGGAAGATCTGAATAGTCTGAGGGCAGAGAATGGAAAGCTCAAAGAAGAACTTGACAAGCTAAATGCTGAAAATAAAGCTCTGAGATCTGAAAATGATAAATTGAAGGGAGAACTCGATCAGCTCAAGTCAGAGAACGCGAAATTGAAGGATGATCTTTCTGCTGCTAAATCAGAAGCTGCAAAGCTCAAGAACGATTTGGATAAACTAAAATCTGACCTGGATGCGATGCAAGCAGAGAATAACAGAATGAAGGGTGAACTTGAGAAGCTGAAATCAGAGATTGCAAAACTAGAAGATGATCTAAATACCCTGAAGGCAGATAATGCGAAAATGAGGGATGACCTTGCTGCCGCTAAAGCAGAAGTGTCAAAACTCAAGAATGACTTAGATAAACTAAAGTCTGAGTTGAATGGATTGAAAGCAGAGAATGCAAAACTACACGAAGATCTTGATGCCTTAAAGGAAGAAAATGCCACGCTAAAGTCTGAGGTTGACAAACTGAAAATCGATAACAAAAAGTTGAATAAGGATCTTCAGAATGCAAAGTCAGAGTTAGACAAGTCAAAGTCTGAGGTCGATAATCCGAAGAAATTAAGCAGTGAACTAAAAGGTTTGAAAAAACCTATTTTAGAAACACCGAAGAAGAGATTCGATAGTGAAAAGGCAAAGGACACTGTGAAGAAAGAACCACAGATTAGAGTACCGCGGTCTGTTCCATCCGGGAAATTTTTTAAAAGTGATCAACGACCCTCGGTAATAAAAAAGGACCAAGGTTCACAGGGCGCGGGTTGTGGCGATTACGAAAATGCAAACGAACAGCTGAGGATGAACATGAATATGCAAGAGAGAGCTGTACAACGGATACGAGACTTTACGAAATACATTTTGGGCGAGAGGGATTCCCCACCTGAAATGGCCCAGGAATTAAAGCGTCGAATGTCTTTGCTAACGCGGAAAAATTTACCCGAAGACATAATGCAGCTATTGCAGGAGTCAGAGTTTTTATCGGATTCGATATTCGCCGCTGAAACTGAGGTCCAACGACTGGGCGAATTATTCGAGGACTTGAAGAAGCTTAGAGATCAAGTGGGTTTAGAACTTCGAGTTGGAATTGTATCTAACTATTTTTTTTTTTTTAATCAAGGATATCAGAAATTACCTATTTTCCAGGATACCAAGGATCTAGATGGGTTTGGTGACGCCTTCGACGCCGAGTCCTGGCTGAAAACCCTGACGTTAACGGAATTGGCCGAACTTCACGACAGGATATGCCTCGTTACTTCGTGCATCGTACAGCAGGACATAAACCCTGAGGATTACCTCGACGGTATTGAAACCGAAGGAATTTGTCGTCCTTGTAATTTACCTGAGGAATTCGACGAGGATTCAATTCCCGATTACGAAACGTTGAACCGTAGAATAGGAGCGCTCCAAATGCAGATAAATAAAAAACAGGACGAGGCGGCTGAGAAGATGACTAAAATGCGTAAAACCATGTGGCGAGAACAGGAAAATCTGATTAAATTATCGGAGGAAATGAACGCGCAGAAGCGTAGAAATTTATCAATGAAAATAAAAATCAACGAAAATTTAGACCCGGAAATAGGAGAAAATGAAGAAAATGAAACGGCGGTTATTTGCGATCGAAAATTACGTCTCCCAAAGATCAGCGCGATAAAGAATGATAAATTTGGGGAGAATAAGAGCAATTCAGGACGTTTTATTGGCCCCAATTCAAAGGGCTGTAACATCCCGGTGAATTGGCTCCCTTGCTGCTTTAACCCCGAAGAAAATGAGGCCGATTCAAGATCGTCTTTAACCCCGGTTAGGGTTCAGAGGCAAAAACCACCACCTTGTGCGGCTCCGGTTAAACACGCGGATGTACCTTGCTGTGTAAAGCCATGCTGCCCTTCGGCTATGAATAGGGATACATTGTTCGGTATAAAAAGGTCGAGGGATATATGA
Protein Sequence
MANRTTCQCGCTDPPEMTAADPPHEGSCGCSYNPFADQGRDAEITDLSFALRKLTLMKCQMKKWRMERLQLESEARGLKQVLQAHGLNDDIVRPDPLVAHLREYNARLENDKEELEESVKSLSETVSELKDLIAGLKIQLQEAQNESSCAALNRLRAKLKEMTKGGQEADQRVSMVVQRSIETLTELTENVDDLKAEIERLRAEIKRLKDLLKTCEDRKDVGVETIVVDAKPVEKPLVEMDVSELLNRIKELEALIAQLRKQLVDKDAAINDLQNQSFEVSSENKRLSVDLDQMKVSFNAVMQEVKAMKDELKKRDVKVSELLKDLKASAIDILGLNRLQSEMDAIKPQMYNLEVERDQLLSELGKVRGVVSERNDQIIKILEERDKHVKALARASNVMQATVEPMIEKEAALKNEVQGLKDRIEQLERELAELRKKLAQLEAENAEIPGLVDKIKELESELGKLRSQLAEAKSRMDELEKEVARLKAEKAELEKELEEVRKEIEKLKEELTEEKAAKEAAHKDLRDCRAENEKLKAANELLINELNTVKAEADKMRNDLEKLKEEMKDLKTENDQLKNLFAVAKNEIDKLRGELEKLKAENEKLKAENEKLKAENETLKNEVEKLNGDIGKLKTENDSLKAEVDKLINGLTRLQEEVEKLKNSLAAAKAEAEKLKQDLEDMRNERDKLRAENDQIRSQLANAEAENEKLKSELEKLKEEVNKLKQENSDLKSERDRLQAELEKLRNKLSELEAEIEKVKNALSAAKAEVEELKNDLEKMKTDLEKLKSENDQLKNELADAKAENTRLKKELDELKGEIDKLREENKNLKAEKDRLEAELNNIRGELDSLKGENERLKADLEKLKSEHEALKSENEKLKKSLSDAEAKVKALEASNTELANKIAELKNQIDKLENELGSEKAAKEAAIKELAAIKAELKALLEEMDKLKADCDRLKGQVDDLTKQLSDLRNDFDQLKSKYADLSAEREKFKAEVDKLKEENERLKNDLEKLKAELDALKTENRTLKEENAKWKEENEKLKKAVNEAEARIKTLEDEVRACEEEKARLRKEIEGLKDRIEEMKKELTAEKAATETALKELGAVKAELAALRAELDKVRAENAKLKSELDKVKSENDELRNENDKMKGEIERLKAEAAKLQNDLNNLKAENAKLKEDLEKLNAENKTLRAENDKLKGEMDQLKSENAKLKDDLSTARSEAAKLKNDLDKLKSDLDALQAENNRMKGELDRLRSENAKLQEDLNSLKAENGKLKGELDKLNAENKALRSENDKLKGELDQLKSENAKLKDDLSAARSETAKLKNDLDKLKSDLDAMQAENNRMKGELDRLKSENAKLQEDLNSLRAENGKLKEELDKLNAENKALRSENDKLKGELDQLKSENAKLKDDLSAAKSEAAKLKNDLDKLKSDLDAMQAENNRMKGELEKLKSEIAKLEDDLNTLKADNAKMRDDLAAAKAEVSKLKNDLDKLKSELNGLKAENAKLHEDLDALKEENATLKSEVDKLKIDNKKLNKDLQNAKSELDKSKSEVDNPKKLSSELKGLKKPILETPKKRFDSEKAKDTVKKEPQIRVPRSVPSGKFFKSDQRPSVIKKDQGSQGAGCGDYENANEQLRMNMNMQERAVQRIRDFTKYILGERDSPPEMAQELKRRMSLLTRKNLPEDIMQLLQESEFLSDSIFAAETEVQRLGELFEDLKKLRDQVGLELRVGIVSNYFFFFNQGYQKLPIFQDTKDLDGFGDAFDAESWLKTLTLTELAELHDRICLVTSCIVQQDINPEDYLDGIETEGICRPCNLPEEFDEDSIPDYETLNRRIGALQMQINKKQDEAAEKMTKMRKTMWREQENLIKLSEEMNAQKRRNLSMKIKINENLDPEIGENEENETAVICDRKLRLPKISAIKNDKFGENKSNSGRFIGPNSKGCNIPVNWLPCCFNPEENEADSRSSLTPVRVQRQKPPPCAAPVKHADVPCCVKPCCPSAMNRDTLFGIKRSRDI

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_01412864;
90% Identity
iTF_01412864;
80% Identity
iTF_01412864;