Nfab008290.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Nomada fabriciana
Gene Symbol
-
Assembly
GCA_907165295.1
Location
OU015697.1:8446328-8460092[-]

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 43 0.12 1e+02 3.1 0.1 25 50 56 81 52 87 0.61
2 43 0.24 2.1e+02 2.1 0.6 39 62 101 124 97 127 0.65
3 43 0.44 3.9e+02 1.3 0.1 40 56 200 216 183 220 0.87
4 43 0.86 7.7e+02 0.3 1.5 33 61 277 305 267 309 0.75
5 43 0.011 9.5 6.4 0.0 27 63 321 357 319 359 0.91
6 43 2.3 2.1e+03 -1.0 3.9 24 46 360 382 359 400 0.81
7 43 0.0069 6.1 7.1 0.7 24 63 391 430 383 432 0.81
8 43 0.024 22 5.3 1.4 24 62 433 471 431 474 0.86
9 43 0.0045 4 7.6 6.2 25 64 469 508 465 509 0.90
10 43 0.014 12 6.1 6.8 24 63 517 556 514 565 0.66
11 43 0.0027 2.4 8.4 2.3 29 56 578 605 559 614 0.53
12 43 1e-06 0.0009 19.3 1.2 26 63 638 675 634 677 0.92
13 43 0.00027 0.24 11.6 4.2 33 64 680 711 678 719 0.71
14 43 0.0049 4.4 7.5 0.2 22 63 725 766 716 768 0.75
15 43 0.0013 1.1 9.4 4.8 26 60 771 805 766 808 0.91
16 43 5.7e-06 0.0051 16.9 3.9 24 65 804 845 803 845 0.92
17 43 3.9e-05 0.035 14.2 1.7 26 64 855 893 853 893 0.96
18 43 7.5e-05 0.067 13.3 0.7 25 64 910 949 900 950 0.82
19 43 0.00031 0.28 11.4 6.7 20 60 961 1001 954 1005 0.87
20 43 0.0098 8.8 6.5 3.2 36 64 1005 1033 1000 1034 0.87
21 43 0.00013 0.12 12.5 1.1 24 64 1035 1075 1033 1075 0.95
22 43 0.0045 4.1 7.6 1.9 30 64 1090 1131 1081 1132 0.69
23 43 0.0043 3.8 7.7 0.2 28 55 1123 1150 1119 1154 0.86
24 43 0.00036 0.32 11.2 6.2 24 63 1140 1179 1137 1180 0.90
25 43 0.00065 0.58 10.3 8.3 22 64 1159 1201 1158 1209 0.69
26 43 0.0047 4.2 7.6 0.6 24 59 1217 1252 1209 1257 0.84
27 43 0.0092 8.2 6.6 8.7 23 63 1272 1312 1256 1314 0.85
28 43 0.00081 0.72 10.0 3.9 24 62 1301 1339 1298 1355 0.88
29 43 0.43 3.8e+02 1.3 1.1 28 64 1333 1369 1331 1379 0.70
30 43 0.08 72 3.6 5.8 24 63 1364 1403 1361 1405 0.79
31 43 0.058 52 4.1 7.2 27 63 1381 1417 1377 1419 0.92
32 43 0.00095 0.85 9.8 5.5 19 64 1422 1460 1414 1468 0.56
33 43 1.1 9.9e+02 -0.0 0.1 32 60 1470 1498 1466 1503 0.77
34 43 4.7e-05 0.042 14.0 3.1 24 61 1500 1537 1499 1540 0.92
35 43 0.0035 3.1 8.0 10.1 23 63 1569 1609 1555 1611 0.81
36 43 6.3e-05 0.056 13.6 8.8 24 63 1609 1648 1605 1650 0.90
37 43 5.8 5.2e+03 -2.3 6.6 33 54 1681 1702 1646 1718 0.63
38 43 0.29 2.6e+02 1.9 2.4 26 64 1695 1733 1685 1734 0.75
39 43 0.00054 0.48 10.6 2.1 24 63 1728 1767 1726 1769 0.89
40 43 0.056 50 4.1 1.8 28 64 1777 1813 1765 1814 0.86
41 43 0.4 3.6e+02 1.4 7.9 34 59 1860 1885 1797 1889 0.84
42 43 0.0029 2.6 8.2 1.6 24 60 1871 1907 1870 1911 0.91
43 43 1.2 1.1e+03 -0.2 0.4 41 60 1978 1997 1950 2015 0.52

Sequence Information

Coding Sequence
ATGGAGGTGTGTCGATGCGGATGCGCCTCATCGACGTCTCTAGAATCGTTCAATCCGCCGAACGAGCCATGCTGTTGCTGCAGTTACAATCCCTTCAGCGACAATTCCAAAGAATCAGAGATCTATGATCTCTCGTTCGCCCTGAGGAAGCTCGGCGTAATGAAGTGTCAGATGAAGAAGTGGCGAATGGAACGACTTCAGCTCGAGAGCGAAAATAGGTCTTTGAAACAAACCCTGCAGTCATTCGGTGTAAATGCGGATGAGATATTGAAGCCTGATCCACTGCTAGTGCACTCCAGAGAAGAAATCGAAAGGCTGCAAAATGCAAACGCGAGTCTCGAAGATAAAGTGAGGGATCTGGAGGAAATTCTCGCCGAACGAGATTGCTGCGACGATCCTGACGCCACGATTCACTTCCTCAGAGAGAAGATGAGACATCTCAGGGAGCGTTTCGCGCTTGAAAAGAAAGACATGCGGGACATAATATCGAATTTGAAGTTGAAGCTGACGCAAACCGAAGAGGACGTCAGTTGTCCGGCGATATATCGTCTTCGGGCGAAGTTGCGTGACTTGATGAAGGGTCAAACGACCCTTGGCGAAAACGACCATCTTCTTGCCGAGATAGACGAGTTGCGACGCGGTTTAGGCGGCCGCGAGAAAAGGGAAGTAGTAGAGACGAGGGCAATGGAAACGGCCACTGTGCCTGAATACGCCGACGTCTCGGATCTACTGAAAAAATTGAACGACTGCGAAGACGTTGTGGGCGACCTGGAGAGGAAGTTAGAAGAGAAGGACGACAAGATTGCAGACCTTCTGAACAGACTGAAGCAGTTCGACGTAATGCAGGCCGAGCTCGAAGATCTTAAACGTAAACTGGCAGAACGCGAATCGGAGAACGGCAAGCTCAAGGCAGACTACGACCATAGAACTTCCAACCTTCAGTTACAACACGACGGCAGAACTTCCATGTTGCAGATACAAATGGACGAATTGTCGGCCGAAATAATGGGTCTGAATCAGACCATCGGCACCCTCAACAAAAACATCGACGATTTGAATCAAGAGATCGCCGATCTGAAGTCGCGAATAGCCGATCTCGAGACCCAACTGGAGCAGTGTAACAAGCGAAACGCCGAACTAGAAGAGTGTTGCCAGGACAGGGACTCCGTTTTAGAGAGGAACGGGGCCTTGGAGCAAGAGCACGCGTCCGCAATGGCCAGGATACAAGATCTCGAGGCAGAGGTGGACGCTTTGAAGGCGCAGATCGAGGCACTGACCGGGCAACTGGAGAACGAGAAGACGGCGAGGAGCTCGCTGGAAAAAGAACTGGAGGATAGCCGGGGTGAGATCGAAAGCCTGCGCAAGGAGAATACGGATCTGAAGGGCCAGATAGACGCAGCGAACGCTGAGAACGATGAACTTCGCGATGCGTTAAGGAAATTGTCCGAGGAGGACGAACAGCTGAAGGCGCAGATCGAGCAACTGCAGAACAATATGAAGGACCTGGAGGACCTGAATAGCGCCCTGAGGGGCGACTACGACAACATGAAGCAAGCGCTGGATAATTTGGAGGCGGAGATCAACAGACTGGAGGAGGAATTAAGGAGAGCGGCGGATGAACGGCAGGCATTGTTGAATGAGATCGACAGCACTAGAAAGCAGCTAGAGGACTCCTTGGCAGCGAACGAGACGCTGAAAGCTGAACTGGACGAGGCCGGCGAGCAACTCGGAAAACTGAGAGCGGAGAAGGACGAGCTGCAGAAGAGTGTCGACGCGCTCCGGCACGAGAACGATTCGTTCAAACGGGATATGAGGGCGTTAAGGGAGGATCTCGATGACGCGCGGAGGCAGGTGGACGAGCTGAAAGCATCTGGCGACGGGCTGAGAGCCGCGGACGACGATAAGATGTCTGAAATCGAGAGGCTGACACAGGAGGTGGAGGGTTTGATGTCTGAAAAGGATCGCCTGACGAGCGAGAACGCCGATCTGAAAGGCGAAAACGCGGAACTGGGGCGAAAACTGGAGGATGCCGTGAAGGAGTTGGAACAATTGAGAGCGGAAAATGCTGATTTACGCGCGGAGGTGGATCGTTTGAGGCAGGAATTGGAGACAGCGAGAGGCGAGCTGGATCAATTGAAATCGGAAATGGCTGCCGTGAAGGACGCGCTCGATAAGTGCGTCGACGAGTTGGAAAAGTTGAAGGGTGAAAACAGTGATCTTAAATCGCTGAACGAGGCCTTGAAGACGGAGATTCAAGGGGTTAGGGGCGAAGGTGATGGTTTGGCGGTCGAGTTGAACTCTCTGAAGGGCGAGAGGGATCAATTGAAGGACCAACTGAGCGAGCGTAACGCGGAGAACGAGAGATTGAAAACTGAGAAGAGCCAGTTGGAGGGCGAAATCGATAGCTTGAAGACGGAGAAGGGTCAATTGGAGGCCGAAGTCGAGAAGCTGAAGGGAGAGAATGCCGGGCTGAGGGATGAGATTGAGAAGCTGCGAGGACAATTGCAATCGTTGAACGATGAACTGAATGCATTGAAGACGCAGCTTGAGGAGGCCGGAAAGAAAATTCAGTCACTGGAGTCATCGGTCTCGAGTCTTCAAGGTGAAAATGAGAAATTTCAAAATGATTTGAGCTCTCTGCAGAACGAGATAAACAATTTGAGAGCACAATTGGAGCAGGAAGCCGCTGATAATATAAAGTTGAGGAACGATCTCAAGGTGCTCGAGGACCAGGTGCAAGATCTGACCAAGCAGGTCGAAAATGCCAGGACAGAAAACGAGGCCTTGAAGTCGGAGATTCAAGGGGTTAGAGGTGAAGGTGACGGTTTGGCGGCCGAATTGAACGCTCTGCGGGATGAAAAGTCCGCTTTGACGGGCGAGAGGGATCGATTGAAAGAACAACTAAGCGAATGCAACGCGGAAATCGAGAGATTGAAAACAGAGAAGGACCAATTGGAAGCCGAAGTCGACAGACTGAAGGGAGAGTTAAATACCTCCAAAGAAGAAAATGGCAGGCTGAAGGATGAAATGGAAAAACTGCGAGGAGAATTGCAGTCATTGAACGATGAAATAAATGCATTGAAGGCGCAGCTTGAGGAGGCCAGAAACAAAATTCAGTCACTGGAGTCAACGGTCTCGGGCCTTCAAGGTGAAAATGAGAAGTTTCGAAATGATTTGAGCACTCTGCAGGGCGAGGTACAAAATTTGAAAGCGCAATTGGAGAAGGAAGCTGGCGATAATCTGAAGTTGAGAAACGATCTGAAGCAACTGGAGGACCAAGTGCAAGATTTTGCCAAGCAATTGCAAAATTCCAAGGCGGAAAACGAGGCCTTGAAGTCGGAGATTCAAGGGGTCAGGGGCGAAGGTGACGGTTTGGCGGTAGAATTGAACGCTCTAAGGGATGAAAATTCGGCTCTGAAGGATGAGAGAGATCGATTGAGGAACCAATTTAACGAGTCCCATGCGGAGAACGAGAGGCTGAAAGCTGAGAAGGACCAATTGGAGGCTGAAATCGAGAGACTGAAGGGTGAATTAAATACTTGCAAAGAAGAAAATGGCAGGCTGAAAGACGAAATTGAACAACTGCGGGGACAATTGCAGTCCTTGAACGATGAAATTAGTGGATTGAAGACGCAGCTGGAGGAGGCCAGGGACAAAATTCAGACACTGGAGTCAACGGTCTCGAGTCTTCAAGGTGAAAATGAGAATTTTCGAAATGATTTGAGCTCTCTGCAGACCGAGCTAAAGAATTCGAGAGCGCAATCGGACAGGGAAGCCGATGAAAATCTGAAGTTGAAGAATGATCTGAAGATGCTGGAGGACCAGGTGAAGGATTTGATCAAGAAATTGGAAAATGCCAGGGCAGAAAACGACGCCTTGAAGGAGGAAAATCAAAATTTGAAAGCACAGGTGAACGACATGAATCAAGAATTAGCCAGTTTAAGAACAGAGTGCGCGGACCTGAAGTCAGAGATCGCGGATTTGAAAAAGTCAATCGAAGAATTGAAAGCAAAGATTGGTAAACTGGAGGAAGATTTGGAGTACTGGAAATTGGAGAACTGTAAATTTCAGATGGAGGTGGACAAAGTGAAAGCTGAACTTCAGAAAGCTCTGAAGGAGTTGAGTGAAGCTCAGTCTCTGAATCAGCAGCTGGAGGTAGAGGTGAATCGTCTCAAGGGCGAGAAGGCCGAGCTTGAGAAAAAACTTGCAGACGCAATGACACAGCTCGAGCAACTGAAGAAAACACTCGAAGCGGAAAAATCGGCGAAAGATAAGGCCGAGTCACAAGTCGCGGCCCTAAGGGCGGAACTCGATGCATTGAAAGCGGAACTAGAAAAGCTGAGGGCCGAGAACAGCAAGTGCAAAGGTGAGCTGGACGATCTCGCAAAACTGTTGTCAGCCACGAAGAACGAACTTGACGCGTGCAAACAAGAGTTGTTCGCATTGAGGGAGGCAAACAACGCTCTGAAGTCGGATTTCGATGCGTTGAAAGGCATAAAGGACGAGCACAACAAATTAAAGGCGGACGTGGATGCAATAAAAGCGGAGAACGCGAATCTTCAACAAGAGAGACAAAGACTGCAAGACGAGTACGCCAAGTTGAAAGCGGAGGCCGATGGTCAAAAGCTGGAGCTGGACAAACTGCGATCGGACTTGGCTTCGGAGAGGGCAGCCGCAGAAAAGCTGAGAACAGATCTGCAGAACCGGCAAGCTGAAAACGCCAAGCTGCAGTCAGAACTGAACGAACTGAAGACTGAATTGGACAGATTGAAAAACGAGAGCGCCAGCTTGAGAAACGAAATGAACGAGGTGAAGAAAGCGCTCGAAGCCAAGATCAAGTCCTTGGAGGATCAACTATCGAACCTTCTGGCCGAGAAGGAGGAGCTGCTGAAGGAACTGGATCGTCTGCGCGACGAGGTGGCCAGTCTGAAAAACGAAATCGAGAAACAGAAAGCCGCCAAGGAAGCAGCCTTGAGCGAACTGGCGGGTCTGAAGAAGGAGCTGGCCGACCTAGAAAATGTCTTGGCCGGCCTCAGAGCCACGCTGGACAAGGCTAACAGTGAAAATGAAGCGCTGCGCAAGGACAACGAGAAGATGAAAGCAGACCTGGCGAACGCGAGCAAAGATCTGGAAGCACTTAGAAACCAGAACTCGCTGTTGGCGGCTGACTTAGCTGGGGCGAAGGAGAAATTAACAGACTTGGAGAAACAGTTCGAAGACTTGAAGAAGGAGAACGGCGATCTGAAGTACAAAGCCGCCCGCCTCGATGACACGTTGGCAGACCTAGAAGCTTTGAAGAAACAATTGGACGGTGCTAATGCGGAGCTGGATAAGCTGCAGTCAGGATTGGATAGATTGAATTCGGAAAATGCAAAACTGCGGGACGATTTCAATAGGGCGACGGACGAGGCGAATAAGTTGAAGGACAGTTTGGATAAACTGCGAAACGAATACACCGGGCTGCAGGATGAATTATCTAAGGCGCAGGATGAATTATCTAAGACGCAGAATGATTTGTCTAAGCTGCAGGACGAAGCTGCGAAGCAGAAGGCGTTTGGAGCATCGCAAGTTGGAGACCTGAATAAATTGCAGGAGGAAAATAACGATCTGCGGGATCAAATCGCGAAGCTGAAGAGTCAGTTGCACGATTGCCGCGAGGAGAGCGATGGGCTGCACAAGGAACTGGGAAATTTGCAGAGGAAGAATGCCAAGCTGATGGAGGCAGCAGAGAGGCCGATGGAGCCAAAGGAGACGGAAATGGACAAAGATATTCTGGATGAATGCGGCGACTTCATTAAGGCGAACGAATTACTGGGGGACAAGTTTGAAAAGCAGAACGAAGGCGTTCAACGTGTTCGAGATTACATATCATATTTGGAAGGCAAAGCCGAGGAGCCCAAAATGGCTGATCATTTAGAAGAATCGCATATTGAACCGCAATTAAGGGAAGACATTGCTGACTTGTTGAAGAAATCTCAGGCGTTATCGAAATCTATTTATGAAACGGAGCAGACAATACAAAATCTCACTGACATCCTGAAAAAACCTGCGGAGGCCGTGGCTCCAGGAGCCTTCGATCCCGATTCTTGGCTGAGTGCGCTGACGTTGACGCAGTTAGCGGAGCTTCACGATAAGATTTGCCTGTTGACATCGGACATGGTGCAGCAGGATAGCAAAGCGGTGCCATGCAGGTCAGCCCCCGGGCCAGCGAATCCGCAAGCGGATTACAATGTTTTGAACAAGCGGATAGCCGCTTTGCAGAAACAGATAGCTGAGAAGCAAATGGAGGCAGCGTGGAAGATGCAGGAATTGAAGCGGTCTCTTCGAATGGAGCAGGCTAACCTAATTGAAATCTCCGACTATATGAATTTGGAGAGAAAACGAAACTTGGCCCTTCAGTTCACCATTGATGAATCACCATAG
Protein Sequence
MEVCRCGCASSTSLESFNPPNEPCCCCSYNPFSDNSKESEIYDLSFALRKLGVMKCQMKKWRMERLQLESENRSLKQTLQSFGVNADEILKPDPLLVHSREEIERLQNANASLEDKVRDLEEILAERDCCDDPDATIHFLREKMRHLRERFALEKKDMRDIISNLKLKLTQTEEDVSCPAIYRLRAKLRDLMKGQTTLGENDHLLAEIDELRRGLGGREKREVVETRAMETATVPEYADVSDLLKKLNDCEDVVGDLERKLEEKDDKIADLLNRLKQFDVMQAELEDLKRKLAERESENGKLKADYDHRTSNLQLQHDGRTSMLQIQMDELSAEIMGLNQTIGTLNKNIDDLNQEIADLKSRIADLETQLEQCNKRNAELEECCQDRDSVLERNGALEQEHASAMARIQDLEAEVDALKAQIEALTGQLENEKTARSSLEKELEDSRGEIESLRKENTDLKGQIDAANAENDELRDALRKLSEEDEQLKAQIEQLQNNMKDLEDLNSALRGDYDNMKQALDNLEAEINRLEEELRRAADERQALLNEIDSTRKQLEDSLAANETLKAELDEAGEQLGKLRAEKDELQKSVDALRHENDSFKRDMRALREDLDDARRQVDELKASGDGLRAADDDKMSEIERLTQEVEGLMSEKDRLTSENADLKGENAELGRKLEDAVKELEQLRAENADLRAEVDRLRQELETARGELDQLKSEMAAVKDALDKCVDELEKLKGENSDLKSLNEALKTEIQGVRGEGDGLAVELNSLKGERDQLKDQLSERNAENERLKTEKSQLEGEIDSLKTEKGQLEAEVEKLKGENAGLRDEIEKLRGQLQSLNDELNALKTQLEEAGKKIQSLESSVSSLQGENEKFQNDLSSLQNEINNLRAQLEQEAADNIKLRNDLKVLEDQVQDLTKQVENARTENEALKSEIQGVRGEGDGLAAELNALRDEKSALTGERDRLKEQLSECNAEIERLKTEKDQLEAEVDRLKGELNTSKEENGRLKDEMEKLRGELQSLNDEINALKAQLEEARNKIQSLESTVSGLQGENEKFRNDLSTLQGEVQNLKAQLEKEAGDNLKLRNDLKQLEDQVQDFAKQLQNSKAENEALKSEIQGVRGEGDGLAVELNALRDENSALKDERDRLRNQFNESHAENERLKAEKDQLEAEIERLKGELNTCKEENGRLKDEIEQLRGQLQSLNDEISGLKTQLEEARDKIQTLESTVSSLQGENENFRNDLSSLQTELKNSRAQSDREADENLKLKNDLKMLEDQVKDLIKKLENARAENDALKEENQNLKAQVNDMNQELASLRTECADLKSEIADLKKSIEELKAKIGKLEEDLEYWKLENCKFQMEVDKVKAELQKALKELSEAQSLNQQLEVEVNRLKGEKAELEKKLADAMTQLEQLKKTLEAEKSAKDKAESQVAALRAELDALKAELEKLRAENSKCKGELDDLAKLLSATKNELDACKQELFALREANNALKSDFDALKGIKDEHNKLKADVDAIKAENANLQQERQRLQDEYAKLKAEADGQKLELDKLRSDLASERAAAEKLRTDLQNRQAENAKLQSELNELKTELDRLKNESASLRNEMNEVKKALEAKIKSLEDQLSNLLAEKEELLKELDRLRDEVASLKNEIEKQKAAKEAALSELAGLKKELADLENVLAGLRATLDKANSENEALRKDNEKMKADLANASKDLEALRNQNSLLAADLAGAKEKLTDLEKQFEDLKKENGDLKYKAARLDDTLADLEALKKQLDGANAELDKLQSGLDRLNSENAKLRDDFNRATDEANKLKDSLDKLRNEYTGLQDELSKAQDELSKTQNDLSKLQDEAAKQKAFGASQVGDLNKLQEENNDLRDQIAKLKSQLHDCREESDGLHKELGNLQRKNAKLMEAAERPMEPKETEMDKDILDECGDFIKANELLGDKFEKQNEGVQRVRDYISYLEGKAEEPKMADHLEESHIEPQLREDIADLLKKSQALSKSIYETEQTIQNLTDILKKPAEAVAPGAFDPDSWLSALTLTQLAELHDKICLLTSDMVQQDSKAVPCRSAPGPANPQADYNVLNKRIAALQKQIAEKQMEAAWKMQELKRSLRMEQANLIEISDYMNLERKRNLALQFTIDESP

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_01067355;
90% Identity
iTF_01065989;
80% Identity
-