Loen016389.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Lasioglossum oenotherae
Gene Symbol
-
Assembly
GCA_028455765.1
Location
CM052287.1:9345758-9355904[-]

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 46 1.4 1.2e+03 -0.3 0.1 26 50 44 68 39 75 0.67
2 46 1.4 1.2e+03 -0.3 0.8 33 55 89 111 86 114 0.66
3 46 0.00016 0.14 12.3 2.0 30 61 168 199 161 202 0.90
4 46 5.1 4.3e+03 -2.1 3.5 30 63 235 268 234 270 0.91
5 46 0.11 95 3.2 0.4 30 55 321 346 311 355 0.71
6 46 5.1 4.4e+03 -2.1 4.6 27 62 360 399 357 402 0.55
7 46 3.8 3.3e+03 -1.7 6.9 33 62 408 437 382 440 0.78
8 46 6.9e-05 0.059 13.5 3.9 24 63 441 480 440 482 0.94
9 46 0.018 15 5.8 5.5 24 64 469 509 469 510 0.94
10 46 0.00042 0.36 11.0 3.7 26 64 506 544 503 545 0.90
11 46 0.032 27 5.0 6.9 21 60 543 582 543 587 0.94
12 46 0.00015 0.13 12.4 3.1 24 63 595 634 594 636 0.95
13 46 0.0034 2.9 8.1 8.2 24 63 623 662 622 664 0.95
14 46 0.051 44 4.3 8.7 18 63 638 683 635 688 0.81
15 46 9.3e-05 0.079 13.1 1.4 33 62 688 717 683 727 0.82
16 46 0.0019 1.6 8.9 7.1 22 62 740 780 738 786 0.62
17 46 0.0016 1.4 9.1 4.4 23 63 783 823 781 825 0.88
18 46 0.049 42 4.4 8.4 26 62 821 857 819 860 0.79
19 46 1.1e-05 0.0094 16.1 7.4 22 62 852 892 851 895 0.93
20 46 0.00076 0.65 10.2 3.6 22 64 894 936 893 937 0.89
21 46 0.0002 0.17 12.0 11.8 22 65 943 986 935 986 0.94
22 46 0.0013 1.1 9.4 3.2 26 56 975 1005 973 1012 0.88
23 46 0.19 1.6e+02 2.5 1.7 39 56 988 1005 987 1042 0.83
24 46 0.00017 0.15 12.2 2.4 32 64 1037 1069 1019 1070 0.90
25 46 6.5e-05 0.055 13.6 4.3 25 63 1044 1082 1035 1084 0.86
26 46 0.064 55 4.0 2.9 24 62 1085 1123 1084 1126 0.80
27 46 0.00056 0.48 10.6 5.3 24 64 1127 1167 1125 1168 0.93
28 46 0.023 20 5.4 5.9 27 64 1172 1209 1168 1210 0.80
29 46 0.057 49 4.2 6.7 24 64 1190 1230 1186 1231 0.88
30 46 0.017 15 5.8 7.7 25 58 1212 1252 1210 1255 0.61
31 46 4.7e-05 0.04 14.1 11.7 21 64 1236 1279 1232 1280 0.92
32 46 0.00061 0.52 10.5 7.9 21 59 1250 1288 1249 1292 0.83
33 46 0.0071 6.1 7.1 8.4 23 53 1308 1338 1306 1352 0.84
34 46 3.1e-06 0.0027 17.8 5.8 26 65 1356 1395 1353 1395 0.91
35 46 0.14 1.2e+02 3.0 9.5 24 63 1410 1449 1393 1450 0.88
36 46 1.2e-05 0.01 15.9 12.1 22 64 1436 1478 1434 1479 0.94
37 46 0.029 25 5.1 6.2 24 64 1473 1513 1471 1514 0.89
38 46 0.008 6.8 6.9 10.9 28 63 1508 1543 1506 1545 0.93
39 46 0.00099 0.85 9.8 5.6 24 64 1553 1593 1545 1594 0.93
40 46 0.12 1e+02 3.1 6.6 25 60 1596 1631 1593 1634 0.82
41 46 1.2 9.9e+02 -0.0 16.6 21 64 1613 1656 1612 1664 0.93
42 46 0.31 2.6e+02 1.8 6.8 21 60 1634 1673 1628 1677 0.82
43 46 1.6e-05 0.014 15.5 7.2 27 64 1679 1716 1670 1717 0.91
44 46 0.005 4.3 7.6 3.1 24 61 1711 1748 1710 1751 0.91
45 46 0.67 5.7e+02 0.7 0.5 31 60 1805 1834 1785 1852 0.75
46 46 3.2 2.7e+03 -1.4 1.2 36 51 1938 1953 1917 1961 0.64

Sequence Information

Coding Sequence
ATGGAATCGATGAATCCGCCGAACGAGCCATGTTGTTGCTGCAGTTACAATCCCTTCAGCGACAATGCGAAAGAATCGGAGATTTACGACCTCTCGTTTGCCCTGAGGAAACTGGCCGTAATGAAGTGTCAGATGAAGAAATGGCGAATGGAACGACTTCAGTTCGAGAGCGAAAATAGGTCTTTGAAACAAGCCCTCCAGTCATTCGGTGTAAATGTGGATGAGATATTGAAGCCTGATCCGCTGCTCGTGCAGTCCCGGGAAGAAATCGAATGGCTGCAAAATGCAAACGCGGCGCTCGAAGATAAAGTGAGGGATCTAGAAGAAACCCTCGCCGAACGAGATTGCTGCGACGATCCTTGTGCATCGACTGAGGAGGACGTGAGCTGTCCTGCGATATATCGCCTGAGGGCGAAGCTCCGCGAACTGATGAAAGGAGGTCAAACAGCGGACCAGCAGGTCTCGAAAGTCGTGGAGAGATCGATTGAAACGTTGGTGGATCTGTCGAACAGCTGCGACGATCTGCGTCTTGAAAACGAGCAGCTTTTGGCTCAGATAGCCGAGCTACGTCGTCAATTGGCGGAACTTGAACAAATGCGACCGAAAGAACCTGTGGAAGAAACGCGAATGGAAGACCCGGTGAAAGAAATGCTACGAACAGCCGAGACAACGACGGTCCCTGAATACATAGACGTCTTCGACTTGCTGCAGAAACTCGAAGACTGCGATCACACTGTTTCCGAATTGAAACGTCAATTAGACGAGAAAGATAAGCTTATCGAGGCGCTGAAGAAACAACTTGAAAACATGGTAGATCAGCAGGCATTGTTGGATGAGATCGCTGCCATGAAGGGGGAACTCTCGAAAAAGGACGATAAGATGAGGAACCTTCTGAACGAGATGAGGCAATCAGAGATAGACATGTTGGGCATGAGCAACCTAAGATCGGAGCTGGACATCTTGAAGCCTCGATTATCTGAACTCGAGGAGGAGAGGGACTCGTTGATAGACGAAGTGGCGAAGATGAGAAAATTATTAGCAGAAAGGAACGATCAAATAATTGATATACTGGAGCACAAGAACAAGTTAGAGCAAGAGTTGGCGGAGAAGGAGGCGGAGGCTCAGCAGATCATCGACAGCTTGAAAAAGGAGATGGACGACTTGCTGGCGCGAATGGCGAATTTGCAGGACGAGCTCGACGAGCGTGATAAGCGAATCGCGGAGCTGGAGAAGTGTTGCTCCGAGAGGGACGAGCTTTTACAGAAATTACAGGCCGCGCAGGACGAGTTGGATTCGCTGCGAGGCGAACTAGCGTCTGCGAAAGCTACAATAGAGGATCTTAAGGGTGAAGTAGATGCCCTGAAGAAAGACAAGGAGAAACTGCTGAAAGAGTTGGACGAAATCAAGGAGCAGATGAATGCGTTGAGTGACCAACTAGCGGAGGAGAGAGCCGCGAAGGAGGCTCTACAAAAGGAGCTAGAATCTGCCCGGAAAGGCCTCGAAGACCTGCGGAAGGAGAACTCCGATCTGAAGGGTCAGCTGGAGCAAGCAAGGGAGGAGAATGACAAGCTCAAAAACGAGAACGATGCTTTCAAAGCTGAGTTGGATGACATAACCTCGGAGCTTGATAAACTGAAGAAAGCGAATGACGAGCTGCAGAAGACCTTGGACGCAGCGAAGCTGGAGAACGATAAATTGAAGAACGATCTTGAAGAATCTCGACAAGAGATGGACAAGTTGCGAGCTGATGGTGATGCGTTGAAGAGTTTAGATGCGGATACAAAAGCTAAGATGGACAAACTTCAGTCGCAATTGGACGATCTGAAAGGGGAAAGGGATCGGTTGGCTGACGAGAATGCGGACATGAAGGCCAAGAATTTGGAATTAGAACGGCAATTGGATGACGCGACGAAAGCATTGGAAAAAATGAGAGCAGAGAATGCCGATCTGCTGGAGGAGCTGGAACGTTTGAAGACAGAACTAGCGAGAGCAAAAAGCACGATTGAACAATTGAAAGAGGAGATGGAGTCCCTGAAGAACGCGTTGGATAAGTGCGTGGGTGAGATGGAGAGGCTAACATCCGAGAATGAGGACCTTAAGGTGAAGAACGAGGCTCTTAGAGCGGAGCTTGATCGATGCAAGGCCGATAGGGACTCGCTGAAGAACGATTTAGAGCGGACCAAGGCGGAATTGGACGGTGTGATCAACGAACTGAACAAGCTGAAGGAGGAGCACGGTTTGCTTAAACAAAATTTCGACCGACTGGAAGGTGAAAGGGATAAGCTGCAGGAGGAGCTAAACAATCTGAAGAACGAGATGGGGAAGCTTCGAGAGGAAATAGATGCCGCGAAGCAAAGAGAAGCTGCGTTAAATTCCGAGCTTGATCGTGTTAAGAAGGAGAAGGATGCGTTAGCATCGGAATTGGGTAAACTGAAAGATGAAAATGCAGCTTTGCAGGACGAGAGGGATCGGTTGAAAAAACAATTGAACGACGCGAACGCTGAGATCGAGAAGTTGAAGGAAGAGCTGGATAGGTTGAAGGACGAGCTGGCTAGGTTGAAGGACGAGCACGAGAACCTGGGGAAGGAGAGAGATCAGTTGAAGCAGGACAACGAGAAACTGAATGCCGAAGTTGAGCAACTTCGCAAAGAAAGAGACTCGTTAAACGGCGAGCTTGATCGCGTTAAGAAGGAGAAGGATGCGTTAGTATCGGAATTGGGCAAACTGAAAGATGAAAATTCAGCTTTGCAGGGCGAAAGGGATCGATTGGAGAAACAATTGGACGACGCGAACGCTGAGATCGAGAAGTTGAAGGAAGAGCTGGCTAGGTTGAAGGACGAGCACGAGACGCTGGGGAAAGAGCGAGATCAGTTGAAGCAGGACAACGAGAAACTGAATGCCGAAGTTGAGCAACTTCGCAAAGAAAGAGACTCGTTGAACGACGATTTAAAGAAGCTGCGAGATGAGAATAGCAGGCTACAAGGCGAGGTGAATGATTTGAGGGAAAAACTCAATGATGAGAGAAAGGCCAACGATATCTTGAAGAAAGATTTGATGATGTTAGACAGCGAGGTGAAGGATTTGGGTAAGGCTCTTGATGAGGCCAGGGCGAAAAATGCTGCCTTAGCGGAGGAGAATCAAGCACTTCAGTCAAAGTTAAAGGATTTGCAAGATGAGCTTGGCAGTTTGAGGGCAGAGTGCGCTGATTTGAAGTCGGAGATCGAAGACTTGAAGCAGCAAATTGCTGATTTGAAGGCGAAGATCGCTAAATTGGAGGAAGACGTGGAACATTGGAAGTTGGAGAACTGTAAGATCAAGATGGAGGTAGATAAACTGAAGGAAGACTTGGAGAAGGCGTTAAAGGAGCTGAATGAGTGCAAGGCCGCGAAGGAAGCGTGCCAGGCAGAGGTGAACCGTCTCAAAGCCGAGAAAGCCGATCTAGTGAAGAGACTCGCAGATTTACAGTCAGAAATTGAACAGTTGAAGAAGTCGCTTGAAGCAGAAAAATCGGCTAGAAGCAAGTGTGAGGCGGAGCTTGCAGCCCTGAGGAATGAGCTGGACGCGTTGAAGAAGGAGTTGGAAAACCTTCGAGACGAGAGCAGAAGGTGTAAAGGAGAATTGGAAGAGCTTAGAAAGAAGATCTCGGAGCTGACCAACGACCTGAACAAGTGCAAAGAAGAGGTGAACGCGTTGAGAGATGCGAACGAAAAGTTGAAGGCGGAGGTGAACGCGTTGAACAACGAGAAGAACAAACTTCAAGAGGAGCGAGATAGATTGAAGAACGAAGCGGAATCTCTTCGGGCAGAGAACGCAGAGCTTCGTCAAGATCGGGACAAACTAGCGAACGAAACTAACAGGCTGAGGGGCGAGGGTGATGGACAGAAATCAGAGCTTGACAACTTGAAGTCTGACTTATCTGCGCAGAAGGCTGCTGTTCAGAAGCTGCAAAACGATTTGAAGAAATGCCAGGACGAGAACGACAGGTTGAAACAGCAACTGACTGAGATGGAGAAGTTGAAGGACGAGAAGAATCGATTGGAAAAGGCGTTAGCAGATGCGGAAGCTAAAGCGAAGGCTCTGGAAGGCCAGCTGAAAGATCTGCAGGCTGAGAAACAAGAGCTGCTCAATGAGCTGCAACGGCTGCGCGACGAGCTGGGTCGCCTTATAAACGAGATTGACAAACATAAAGCTGCTACTGAAGCAGCCATGAAAGAACTGGCTGCCTTGAAGCAGGAGTTAAGCAATTTGAGAGCTACGCTGGATAAAGCCCGCGCCGAAAACGAAGCATTGAACAAAGAGAACGAGAAGCTGAAGTCGGACATGGTGAAATTAAATCAGCAACTGCAGGCATTGCAGGAAGAGAACGGGAAGCTGAAGAAGGAGAACGAGCAGCTGGCCTCGGAATTAGCAGCGGCAAAGGAGAAATTAAAAGAAGCCGAAGACATGTTGAATAATCTGCGCAAGGAAAATGATGATTTGAAGAAGAGGATCGCTGATCTTGAAAATACTGTGAAAGAGTTGGAGACGCTGAATAAACAGCTGGAGGATTGCAGGGCCGAGTTGGCGAGGTTGAAGGCGGAATTGGAGAAATTGAAAGAGGAGAATGAGAATTTGAAAAACCAGCTAAGGGATGCTCAAAATGAGTTGAAGGAGATTAAGGACTTGAAGGATAAGTTGCAGCAGGAACTTGATGCGTTGAAGGCTGATCATGATAGATTGAAGGACGAGTTAGGGAAACTGAAGGAGATTAATGAGAAATTGAAGGACGAGTTGGACGATTTGAAGGCACTGAATGATAAATTGAAGGATGATTTGAAAAATCAGAAGGCGATCAATGATAAGCTGAAGGAGGAGGCAGAGAAGTTGAAGAAAGAACTTGAAGCGCAGAAGGCTGCCAATGATATGCTGAAGGATGAGGCAGAGAAGCTGAAGAAAGAACTTGAAGCGCAGAAGGCTGCCAATGATAAGTTGAAGGATGATCAGAAGAAGTTGCTGGCTGACATTGATAAATTAAAGGATGCGGGTAGAAGTTCTGAGGCAGGGTTAACGAATGAATTGGAAAGGTTGAAGATGGAAAATAATGACTTGAAGTCTGAAATTGAGAGGTTGAAGAAGGAAAATGATGAATTGAAGTCTGAAATCGAGAGGTTGAAAAAGGAATTGAATAATTGCCAGGATTATAATGATAGGTTGCGCAGAGAATTGGAAGGCTGCAAAGACGAACATAAGAAACTGAAAGCTGCTGCAGATCAAGATACAGTGACTTTAAGAAGCCTAGCAGACGATTGTGGCGATTACATCAGGGCAAATGATTTGTTAAGGAAAAGACTTGACAAGCAAAACGAAGGTGTACAACGTGTCCGTGACTACATAACTTTCCTGGAGGGTAAAGTTGAAAATGAACCCAAAATGGCGGACGAATTGGAGGACGAATCCAGCATTGACCCAGAAATGAAAAAGGAGATAGAAGAGTTACTGAAAAAGTCGCGGGATTTATCTGAAAATATTTATAACACTGAAAAAGAAATTCAGAATATTGCTGCTATTCTGAAACAACTTAAGGATGTTCCACCTATTGTTAGCGACAAGGCGTTCGATCCCGATTCGTGGCTGAACTCGTTGAAGTTAACGCAATTGGCAGAGCTCCACGACAAGATTTGCCTATTGACATCGGACATGGTGCATCAGGACAAACCGAGGGCAGTTAGTTGTATACCAGGGAGTCCACTAAGTGCGGATTACAATATTTTAAATCAGCGGATAGCCGCTCTGCAGAAACAGATAGCGGAGAAGCAAATGGAAACGGGATGGAAGCTAGAAGAGCTGAAGCGAGCTCTTCGGCAGGAGCAGGCTAACCTAATTCGAATCTCCGACGAAATGAATTTAGAGAGAAAACGTAATTTGGCCCTTCAGTTAGGAATGGATGATGCATCTTAA
Protein Sequence
MESMNPPNEPCCCCSYNPFSDNAKESEIYDLSFALRKLAVMKCQMKKWRMERLQFESENRSLKQALQSFGVNVDEILKPDPLLVQSREEIEWLQNANAALEDKVRDLEETLAERDCCDDPCASTEEDVSCPAIYRLRAKLRELMKGGQTADQQVSKVVERSIETLVDLSNSCDDLRLENEQLLAQIAELRRQLAELEQMRPKEPVEETRMEDPVKEMLRTAETTTVPEYIDVFDLLQKLEDCDHTVSELKRQLDEKDKLIEALKKQLENMVDQQALLDEIAAMKGELSKKDDKMRNLLNEMRQSEIDMLGMSNLRSELDILKPRLSELEEERDSLIDEVAKMRKLLAERNDQIIDILEHKNKLEQELAEKEAEAQQIIDSLKKEMDDLLARMANLQDELDERDKRIAELEKCCSERDELLQKLQAAQDELDSLRGELASAKATIEDLKGEVDALKKDKEKLLKELDEIKEQMNALSDQLAEERAAKEALQKELESARKGLEDLRKENSDLKGQLEQAREENDKLKNENDAFKAELDDITSELDKLKKANDELQKTLDAAKLENDKLKNDLEESRQEMDKLRADGDALKSLDADTKAKMDKLQSQLDDLKGERDRLADENADMKAKNLELERQLDDATKALEKMRAENADLLEELERLKTELARAKSTIEQLKEEMESLKNALDKCVGEMERLTSENEDLKVKNEALRAELDRCKADRDSLKNDLERTKAELDGVINELNKLKEEHGLLKQNFDRLEGERDKLQEELNNLKNEMGKLREEIDAAKQREAALNSELDRVKKEKDALASELGKLKDENAALQDERDRLKKQLNDANAEIEKLKEELDRLKDELARLKDEHENLGKERDQLKQDNEKLNAEVEQLRKERDSLNGELDRVKKEKDALVSELGKLKDENSALQGERDRLEKQLDDANAEIEKLKEELARLKDEHETLGKERDQLKQDNEKLNAEVEQLRKERDSLNDDLKKLRDENSRLQGEVNDLREKLNDERKANDILKKDLMMLDSEVKDLGKALDEARAKNAALAEENQALQSKLKDLQDELGSLRAECADLKSEIEDLKQQIADLKAKIAKLEEDVEHWKLENCKIKMEVDKLKEDLEKALKELNECKAAKEACQAEVNRLKAEKADLVKRLADLQSEIEQLKKSLEAEKSARSKCEAELAALRNELDALKKELENLRDESRRCKGELEELRKKISELTNDLNKCKEEVNALRDANEKLKAEVNALNNEKNKLQEERDRLKNEAESLRAENAELRQDRDKLANETNRLRGEGDGQKSELDNLKSDLSAQKAAVQKLQNDLKKCQDENDRLKQQLTEMEKLKDEKNRLEKALADAEAKAKALEGQLKDLQAEKQELLNELQRLRDELGRLINEIDKHKAATEAAMKELAALKQELSNLRATLDKARAENEALNKENEKLKSDMVKLNQQLQALQEENGKLKKENEQLASELAAAKEKLKEAEDMLNNLRKENDDLKKRIADLENTVKELETLNKQLEDCRAELARLKAELEKLKEENENLKNQLRDAQNELKEIKDLKDKLQQELDALKADHDRLKDELGKLKEINEKLKDELDDLKALNDKLKDDLKNQKAINDKLKEEAEKLKKELEAQKAANDMLKDEAEKLKKELEAQKAANDKLKDDQKKLLADIDKLKDAGRSSEAGLTNELERLKMENNDLKSEIERLKKENDELKSEIERLKKELNNCQDYNDRLRRELEGCKDEHKKLKAAADQDTVTLRSLADDCGDYIRANDLLRKRLDKQNEGVQRVRDYITFLEGKVENEPKMADELEDESSIDPEMKKEIEELLKKSRDLSENIYNTEKEIQNIAAILKQLKDVPPIVSDKAFDPDSWLNSLKLTQLAELHDKICLLTSDMVHQDKPRAVSCIPGSPLSADYNILNQRIAALQKQIAEKQMETGWKLEELKRALRQEQANLIRISDEMNLERKRNLALQLGMDDAS

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_00860130;
90% Identity
-
80% Identity
-