Esal006978.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Euura saliciscinereae
Gene Symbol
-
Assembly
GCA_018420115.1
Location
JAFFZH010002400.1:8875-15958[-]

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 47 3.4 4.1e+03 -1.5 1.1 38 62 65 82 52 85 0.48
2 47 0.041 49 4.6 1.2 38 63 102 127 98 129 0.83
3 47 0.00035 0.42 11.3 0.7 35 63 217 245 213 247 0.88
4 47 0.15 1.8e+02 2.8 0.2 40 62 264 286 256 288 0.83
5 47 0.33 4e+02 1.7 0.6 28 60 294 326 289 352 0.62
6 47 3 3.6e+03 -1.3 0.2 30 58 362 390 360 397 0.50
7 47 0.0036 4.3 8.0 3.8 23 64 429 470 428 471 0.93
8 47 0.077 92 3.8 1.2 29 47 473 491 469 496 0.75
9 47 0.00011 0.13 12.9 4.2 25 62 497 534 493 536 0.94
10 47 0.001 1.2 9.8 10.0 24 64 538 578 537 579 0.88
11 47 0.022 27 5.5 7.4 24 64 573 613 571 614 0.78
12 47 2.6e-05 0.031 14.9 8.2 24 64 608 648 607 649 0.92
13 47 1.7 2e+03 -0.6 12.6 28 63 654 689 648 716 0.65
14 47 0.11 1.3e+02 3.3 9.4 22 63 697 738 683 739 0.77
15 47 0.00098 1.2 9.8 18.9 9 62 718 772 711 775 0.88
16 47 7.2e-05 0.086 13.5 6.2 21 60 766 805 766 808 0.90
17 47 0.00071 0.85 10.3 1.7 31 64 804 837 800 838 0.93
18 47 0.00092 1.1 9.9 3.9 28 64 857 893 850 894 0.89
19 47 7.1e-07 0.00085 19.9 3.5 25 64 889 928 888 929 0.93
20 47 0.0017 2.1 9.0 8.9 28 64 927 963 924 964 0.87
21 47 7.4e-07 0.00089 19.8 6.9 25 63 959 997 957 999 0.93
22 47 0.078 94 3.7 1.5 39 65 1008 1034 1000 1034 0.82
23 47 2.9e-06 0.0035 17.9 9.1 22 64 1026 1068 1025 1069 0.92
24 47 0.00058 0.69 10.5 12.5 21 64 1039 1082 1039 1090 0.83
25 47 5.4e-05 0.065 13.8 10.3 22 63 1082 1123 1081 1125 0.94
26 47 0.0004 0.47 11.1 12.5 9 64 1117 1173 1117 1174 0.86
27 47 0.00018 0.21 12.2 9.1 26 65 1149 1188 1147 1188 0.93
28 47 0.003 3.6 8.3 10.1 22 65 1159 1202 1159 1202 0.94
29 47 1.7e-05 0.02 15.5 9.8 23 64 1195 1236 1192 1237 0.92
30 47 0.00011 0.13 12.8 5.0 28 64 1235 1271 1233 1272 0.92
31 47 1.1e-05 0.013 16.0 9.3 22 65 1278 1321 1277 1321 0.96
32 47 0.0014 1.7 9.3 10.6 21 65 1298 1342 1297 1349 0.93
33 47 0.00048 0.58 10.8 9.9 10 64 1321 1376 1319 1377 0.79
34 47 0.0001 0.12 13.0 5.0 26 65 1352 1391 1350 1391 0.92
35 47 0.00014 0.16 12.6 8.5 22 63 1383 1424 1376 1426 0.94
36 47 0.0032 3.9 8.2 8.5 23 64 1433 1474 1425 1481 0.84
37 47 0.0018 2.1 9.0 2.8 24 64 1469 1509 1468 1510 0.89
38 47 0.00087 1 10.0 7.7 22 65 1488 1531 1486 1531 0.90
39 47 0.00039 0.46 11.1 7.4 24 64 1511 1551 1508 1552 0.84
40 47 8.4e-05 0.1 13.2 8.6 9 63 1530 1585 1529 1587 0.89
41 47 0.00057 0.68 10.6 8.6 22 64 1593 1635 1589 1636 0.94
42 47 0.0015 1.8 9.2 7.1 21 62 1620 1661 1620 1664 0.88
43 47 0.2 2.4e+02 2.4 18.9 2 64 1635 1698 1634 1713 0.85
44 47 4.3e-05 0.052 14.2 7.5 21 64 1704 1747 1703 1748 0.93
45 47 0.018 22 5.7 2.9 25 61 1743 1779 1742 1782 0.84
46 47 0.0098 12 6.6 2.6 26 61 1779 1814 1777 1817 0.87
47 47 8.1 9.7e+03 -2.7 0.1 37 52 2025 2040 2021 2052 0.52

Sequence Information

Coding Sequence
ATGGCCGGTAGAACGTGCAGATGCGGCTGCGCGGATCCGGTCGAGATGTCGGTTCCGGATCCTCCGCACGAGGGTTCCTGCGGTTGCGGGTATAACCCTTTCGTCGACGACCGTTCCGACGAGACTGAGATCAAGGATTTGTCCTACGCGGTGCGGAAGCTGAGTCTGATGAAATGCCAGATGAAAAAATGGCGCATGGAGCGACTCCAGCTGGAGAGCGAGGCGCGGTCTTTGAAGCAGGTGCTGCAAGCTCACGGGCTCAACGACGACATCGTCAGGCCTGATCCCCTGTTGACACACTTCAGGGAGGAGAACGAGAGACTTGAAAATGAGAAAAGCGAGCTCGCGGAGAGGGTGAAATTCCTTGGAGATGAGCTCGCCGAGCGGGAGAGGAGCGAGTATCCAATGTGCGAGGCTGTTGACAGAATGAGGGACAGGATCAGAGCCATGAGGGAGGAGCACCAGGCCGAAAAACGGAGACTCAGAGGTATAATTTCCGACCTTAAAATCCGCCTCCAAGAAGCGGAGTCCGAGTCTTCCTGCGCCGCGATAAACAGGCTGCGAGCAAAGCTCAGAGAGTTGATGAAGGGGGGAAAGGAGGCGGACCACCGAGTGTCCGTCGTGGTCCAGCGCTCGATTGAAACGCTGGTCGAGCTTACGGACAACGTTGACGAGCTCAAGGCCGAGATCGAGAGACTCAGAGCTGAGATAAAGAGGCTGAAGGACCTCCTCAAGGCCTGCGAAGATCGTCCGGTTCCGGAGGCCGGGGAGAAGCCCCCCGCCGAAATGGACGTGTCGGAGTTGTTGAACAGGATAAAAGAGCTCGAAGAGCTCATAGCTCAGTTGAGAAAGCAGCTGATCGATAAAGACGCGCTGATTAATTCCCTACAGAATGAAACCTTCGAGCTAGGATCTGATAATAAACGATTGTCCACGGATCTTGATCAGTTCAAGGTCAGCTATAACGCTCTTATGCAGGAAGTCAAGGCCATGAAGGAGGAGCTCAAGAAGAGGGACGCGAAGGTTTCCGAGCTTTTGAGAGACCTTCGAGCATCCGCAATCGACATGCTGGGCTTGAACCGTCTGCAGAGTGAGATGGAAGCGATAAAGCCACAGATGTATAATCTCGAGATAGAGCGCGATCAGCTCTTATCGGAGCTCGGTAAAGTCCGCGGTGTCGTTTCGGAGCGAAATGACCAGATAATAAAGATCCTCGAAGAGCGAGACAAGCACGTTCGAGAACTTAAAAAAGCATCCAGTCTGATGCAGGCGACGATAGAGCCCATGAAGGAGAAGGAGAGTGCGTTGAAAGGCGAGATCAACGGGTACAAAGACCGCATAGCGGAGCTCGAACGTGAGCTTGCAGAGCTCAGGAAGAAACTGGCAGAGCTAGAAGCTCAGAATTCCAAGATACCTGGCCTTGAAGCGAGGATAAAAGAGCTGGAAGACGAGCTAGAAAAGCTCCGAGCTCAGTTGGCAGCTGCGAACGCCAGGATGACTGAGCTGGAGAAAGAGATTGCCGGTTTAAAAGCGGCCAAAGAGGAGCTAGAGAAAGAGCTCGGAGCGGCTAAAAACGAAATAGAAAAGCTCAGGGCGGAGCTTGCGAGTGAGAAAGCCGAGAAAGAAGCTGCGCTTAAAGAGCTTTCGAACTGTAGAGCAGAGAACGAGAAGCTAAAAGCGGAGAACGAGAGACTTAAGAATGAGCTAGATGAGGCTAAAGCTGAGACTGAAAAGCTCAGGAAAAATTTAGACGAACTTAAAAAAGAACTAGAAGCTCTGAAAGCTGAGAATGACGATTTGAAGAATATACTCGCGGGGGCTAAAAGTGAGATCGAAAAACTCAGAGGCGAGCTCGAGAAGCTGAAAGCTGAGAATGACGAGCTTAAAAAAGAACTTGAAAAGCTCCGCGCGGAAGTAGACATGCTCAAAGCAGAGAACAACAACCTCAAATCAGAGCTTGAAAAACTCAAAGACAAAATAAATGAGCTCGAAGCTGAATTGGAAAAGCTTAAGAGCGCTTTGGCGGCGGCCAATGATGAGGTAGAGAAGCTCAAAAATGCTCTGACTGCTGCTAACGCAGAAATTGAGAAACTGAAAAACGATCTAAACCAAATGAAAGCCGATCTTGATAATCTGAAATCTGAAAACGATCGTTTGAAAAATGAGCTAGCAGCTGAAAAGGCGGAAAACTTGAAGCTGAAAAACGAGCTGGAAGGGATGAAAGCGGAACTAGAGAAGCTGAAAGGAGAAAATGAGAAGCTTAAGGCTGAGAAAGACGCTCTGGAAGCAGAGTTGAACAAATTAAAGGAAGAAAATGGAAAACTGAAGTCGGAGCTCGAAAAGCTCAAGAGCGAGAACGATGCGTTGATATCAGAAAATCAGAATTTGAAGAAAAGCCTGAGTGACGCAGAGGCGAAGATCAAAGCTCTAGAAGCTGAGAACGCGGATCTATTGAAAAGTATATCCGAGCTTAAAGACCGGATAAAAAAGCTCGAGGACGAGCTCGAGGCAGAAAAAAGCGCTAAAGAAGCGGCGCTAAAAGAGCTCGCAGCCATAAAGTCAGAGCTCAAAGCTCTGTTGGCTGAAATGGACAAACTAAAGGCGGAGCTTGATAGACTGAAGGGAGAAATCGAAGAGCTCAATAAAAAGCTTGACGATGTGAAAAACGAGCGTGATCAGTTGAAATCAAAGTACAATGATCTGGTGGCAGAGAATGAAAAGCTCAAAGCTGAAGTTGAAAGGCTGAAGGTAGAGAACGACGGCCTGAAAGCTGACCTAGAAAAAATGAAAGCAGAGCTTGAAAAGCTCAAAACGGAGAACGAGAAGCTAAGAGGTGAGAATGAGAAGCTGAAGAAAGAGCTGAAAGACGCAGAGGAGAAGATAAAAGCTCTTGAAGATCAGGTAAAAGCTTGCGAAGAGGAGAAAGAAAGGCTACGAAAAGAGATCCAGGAGCTCAAAGACCGGATTAATCAGCTGGATAATGAGCTCGCTGCAGAGAGAGCCGCGAAAGACGCTGCTTTGAAGGAGTTGGCAGCCCTGAAGACAGAGCTAGCTGCGTTGAGAGCGGAGCTTGATAAAGTTAGAGCAGAAAATTCCAAGCTCAAAGAAGATCTAGACAAACTCAAAGCAGAGAATGAAGCACTTAAGAACGAGAATAGCAGATTGAAGGAAGAAGTTGAGAAGCTGAAAGCAGACAATTCGAAGCTACAAGAAGAGCTCGATGTTCTAAAAGTGCAGAACGCGAAACTCAAAGAATCTTTAGATAAGCTAAATGACGAAATTAGAGCTCTGCAAGCTCAGAATGAGAAACTGAAAGCAGAACTCGATCAGCTCAAAGCTGAGAATGAAAAACTGAAAAATGAACTGGCCGCTGCTAGGGACGAAGCTGCGAAGCTCAAAAATGATTTGGACAAGTTGAAATCCGAGCTCGAAGCCCTTGCGGCAGAGAATAATAGATTGAAAGGCGAAGTTGAGAGGCTTAAAGCGGAGAATGCCAAGTTACAAGAAGACCTTAACGCCCTGAAGTCCGAAAACGCGAAGCTCAAAGAATCCTTGGAAAAATTAAACGACGAAATGAAAGCGCTCCGAGCTCAGAATGAAAAACTAAAAGCAGAGCTTGATCAGCTCAAAGCTGAGAACGAGAAGCTCAAAAATGAATTGGCCGCTGCTAGGGAAGAAGTTGCGAAGCTCAAAAGCGATTTGGACAGGTTGAAAAACGAGCTCGAAGCTCTTGCAGCAGAGAATAATCGACTGAAGGGAGAAGTTGAGAAGCTCAAAGCGGAGAATGCGAAGCTGCAAGACGATCTCAATGCTCTGAAGAATGAAAATGCGAAGCTTAAAGAAACCCTTGATAAGCTCAACGATGAAATAAAAGCTCTGCGCGCTCAGAACGACAAGCTCAAAGGAGAACTAGACCAGCTCAAAAAAGAACTTGACCAGTTGAAAGCCGAGAATGAGAAGTTGAAGAATGATTTGGCGGCTGCTAGAGATGAAGTAGCGAAGCTCAAAAATGATTTAGAGAAATTGAAATCTGAGCTCGCAGCTCTTGCGGCAGAAAATAATAGATTGAAGGGAGAGGTTGAAAAGCTTAAAGCAGAAAACGCGAAGCTATTAGACGATCTAAACGCTTTGAGGTCGGAAAATGCGAAGCTCAAAGAAACCCTGGACAAATTGAACGACGAAATTAAAGCTCTGCGAGCTCAGAATGAGAAGCTAAAAGGAGAACTTGATCAGCTCAGAGCAGAGAATGAAAAGCTGAAAAATGACTTGGCAGCTGCGAGGGTAGAAATAGGGAAGCTCAAAAACGATTTAGACAAGTTGAAATCCGAGCTCGAAGCTCTCGCTGCAGAAAATAATAAAATGAAAGGAGAACTTGAGAGGCTCAAAGCAGAAAACGCACAGCTCAAAGAAGCTCTTGACAAACTAAATTCTGAGATCAAGGCACTCCGAGCAGAGAATGACAAGCTCAAAGGGGATCTTGACAAACTTAAAGGAGAACTTGAAAAGCTCAGAGGAGAATTTGACCAGCTCAAAAAAGAATGTGACGAGCTCAAAAAAGAACTTGACCAACTCAAAGCTGAGAACGAGAAGCTGAAGAATGACTTAGCGGCGGCTAGATCAGAAATAGCGAAGCTCAAAAGCGACCTCGACAAGTTGAAATCTGAGCTCGAAGCCCTCGCAGCAGAAAATAACAAATTAAAGGGCGAACTCGATAGGCTTAAAGCAGAAAATGCTAAGCTATTAGATGATCTGAATGCCATGAAAGCAGAAAACGCAAAGCTCAAAGAAGCCCTTGACAAACTCAACGAAGAGATGAAAGCTCTGAGAGATGAGAACAACAAGCTCAAGGGAGAACTCGATAAGCTCAAAGGAGAGCTTGACCAGCTCAAAAAAGATCTTGACCAGCTCAAAGCTGAAAATGAGAAGTTGAAGAATGACTTGGCAGCTGCTAAGGCGGAGGTAGAAAAGCTAAAAAATGATTTGGGGAGACTGCAAGCTGAGCTTGAAGCTCTCGCTGCGGAAAATAACAGAATGAAAGGAGAGCTTGAGAGGCTTAAAGCGGAGAACGCGAAGCTGCTAGACGACTTGAAAGCACTTAGGGACGAAAACACGAAGCTGAAAGAATCTCTCGATAAGCTCAATGACGAGATGAAAGATCTGCGAGCTCAGAATGAAAAGCTTAAAGGTGATCTTGACCAGTTGAAAAAGGAACTTGACCAGCTCAAAGCTGACAATGACAAGTTGAAGAAAGACTTGGCGGCTGCTAAGGCGGAAGTAGAAAAGCTCAAAAATGATTTGGGGAAATTGAAAGCTGAGCTTGAAGCCCTCGCTGCAGAGAATGACAGAATGAAAGCAGACCTCGAAAAGCTGAAAGCAGAAAATTCGAAGCTTTTAGGAGACCTAAAAGCTCTGAAGGAAGAGAACAGCCGGAGGAAATCTGAGATTACGCCGGAGTCGGTTAAGAAACTACCGAAGGAACGAAAAGATGGTCGGAGGGCATTCGGAGAAGATCGGCCACCTTCGATAACAAAAAGGGACCAAGGCTCGCAGGGCGCGGGCTGTGGGGATTACGAAAACGCTAACGAACAGCTGAGGAGGAACATGAGCATGCAGGACAGGGCCGTGCAGAGGATCCTGAACTTCATGAAGTACCTACTAGGAGAGAGAACCTCTCCTCCGGAGATGGCCGGGGAACTCACCCACACGATGTCGTCGGTGATGAGGAACAGATTCGCCAGAGACATCATGGATGTGCTGAAGGAGTCACAGTTCCTTTCGGAAAGCATATTCAACGCTGAAACCGAGGTTCAACGTCTCGCCAGACTGCTCGACGACATGAACAAAGATACAAGAGACATGGACGGTCTGGGTGACGCCTTCGACGCAGAGTCTTGGCTGAAGTCCCTGACGCTGACCGAACTGGCGGAACTCCACGACCGTATTTGCATGGTGACATCCTGCATGGTGCAGCAGGACATAAACCCGGACGACTACGTGGACACCGTGACCGAAACGGACGGCGTGTGCAGGCCCTGCGTCGACGGTGACGACGTGGCCGGTGACTACGAGGCCCTGAGCAGACGGATAGCCGCTCTGCAGTCGGAGATAAACAGGAAACAGAACGAGGCCGCCGCCAAGGTCGAGAGCATGAGGAGAGCCATGTTGAGGGAACAGGAGAACCTCATCAGATTGTCGGACGAGATGAACAACCAGAAGCGGAGGAACCTTTCCATGAAGATTTGTCAGGAGGAAGTATGCGACTGCGAAGAGGAGGATGACCTTGAAAGGTACTCGACGACCCTCGAGGCTCAAACTCCCCGCATGATTCCAAGCTACCATTTATCGATTGTTAGAGATGAAGAAGTCCCGTGTCCGGGACCAACCGACGAAAGAGTTTCGAGACCGAAAGGCCCCCAGCCAGCGTGTTCGATGCCGGTGAAGCACGCGGACGTCCCTTGCTGCCCGAGGCCCTGCTGTCCGTCCAAGATGACCTCCAAAAACAGGGACTGA
Protein Sequence
MAGRTCRCGCADPVEMSVPDPPHEGSCGCGYNPFVDDRSDETEIKDLSYAVRKLSLMKCQMKKWRMERLQLESEARSLKQVLQAHGLNDDIVRPDPLLTHFREENERLENEKSELAERVKFLGDELAERERSEYPMCEAVDRMRDRIRAMREEHQAEKRRLRGIISDLKIRLQEAESESSCAAINRLRAKLRELMKGGKEADHRVSVVVQRSIETLVELTDNVDELKAEIERLRAEIKRLKDLLKACEDRPVPEAGEKPPAEMDVSELLNRIKELEELIAQLRKQLIDKDALINSLQNETFELGSDNKRLSTDLDQFKVSYNALMQEVKAMKEELKKRDAKVSELLRDLRASAIDMLGLNRLQSEMEAIKPQMYNLEIERDQLLSELGKVRGVVSERNDQIIKILEERDKHVRELKKASSLMQATIEPMKEKESALKGEINGYKDRIAELERELAELRKKLAELEAQNSKIPGLEARIKELEDELEKLRAQLAAANARMTELEKEIAGLKAAKEELEKELGAAKNEIEKLRAELASEKAEKEAALKELSNCRAENEKLKAENERLKNELDEAKAETEKLRKNLDELKKELEALKAENDDLKNILAGAKSEIEKLRGELEKLKAENDELKKELEKLRAEVDMLKAENNNLKSELEKLKDKINELEAELEKLKSALAAANDEVEKLKNALTAANAEIEKLKNDLNQMKADLDNLKSENDRLKNELAAEKAENLKLKNELEGMKAELEKLKGENEKLKAEKDALEAELNKLKEENGKLKSELEKLKSENDALISENQNLKKSLSDAEAKIKALEAENADLLKSISELKDRIKKLEDELEAEKSAKEAALKELAAIKSELKALLAEMDKLKAELDRLKGEIEELNKKLDDVKNERDQLKSKYNDLVAENEKLKAEVERLKVENDGLKADLEKMKAELEKLKTENEKLRGENEKLKKELKDAEEKIKALEDQVKACEEEKERLRKEIQELKDRINQLDNELAAERAAKDAALKELAALKTELAALRAELDKVRAENSKLKEDLDKLKAENEALKNENSRLKEEVEKLKADNSKLQEELDVLKVQNAKLKESLDKLNDEIRALQAQNEKLKAELDQLKAENEKLKNELAAARDEAAKLKNDLDKLKSELEALAAENNRLKGEVERLKAENAKLQEDLNALKSENAKLKESLEKLNDEMKALRAQNEKLKAELDQLKAENEKLKNELAAAREEVAKLKSDLDRLKNELEALAAENNRLKGEVEKLKAENAKLQDDLNALKNENAKLKETLDKLNDEIKALRAQNDKLKGELDQLKKELDQLKAENEKLKNDLAAARDEVAKLKNDLEKLKSELAALAAENNRLKGEVEKLKAENAKLLDDLNALRSENAKLKETLDKLNDEIKALRAQNEKLKGELDQLRAENEKLKNDLAAARVEIGKLKNDLDKLKSELEALAAENNKMKGELERLKAENAQLKEALDKLNSEIKALRAENDKLKGDLDKLKGELEKLRGEFDQLKKECDELKKELDQLKAENEKLKNDLAAARSEIAKLKSDLDKLKSELEALAAENNKLKGELDRLKAENAKLLDDLNAMKAENAKLKEALDKLNEEMKALRDENNKLKGELDKLKGELDQLKKDLDQLKAENEKLKNDLAAAKAEVEKLKNDLGRLQAELEALAAENNRMKGELERLKAENAKLLDDLKALRDENTKLKESLDKLNDEMKDLRAQNEKLKGDLDQLKKELDQLKADNDKLKKDLAAAKAEVEKLKNDLGKLKAELEALAAENDRMKADLEKLKAENSKLLGDLKALKEENSRRKSEITPESVKKLPKERKDGRRAFGEDRPPSITKRDQGSQGAGCGDYENANEQLRRNMSMQDRAVQRILNFMKYLLGERTSPPEMAGELTHTMSSVMRNRFARDIMDVLKESQFLSESIFNAETEVQRLARLLDDMNKDTRDMDGLGDAFDAESWLKSLTLTELAELHDRICMVTSCMVQQDINPDDYVDTVTETDGVCRPCVDGDDVAGDYEALSRRIAALQSEINRKQNEAAAKVESMRRAMLREQENLIRLSDEMNNQKRRNLSMKICQEEVCDCEEEDDLERYSTTLEAQTPRMIPSYHLSIVRDEEVPCPGPTDERVSRPKGPQPACSMPVKHADVPCCPRPCCPSKMTSKNRD

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_00718290;
90% Identity
iTF_00719142; iTF_00718290; iTF_00718265;
80% Identity
iTF_00719142;