Edil015005.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Euglossa dilemma
Gene Symbol
-
Assembly
GCA_002201625.1
Location
NIJG01000241.1:74043-96156[-]

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 42 0.091 62 3.4 0.9 29 60 42 73 37 77 0.74
2 42 0.26 1.8e+02 2.0 0.8 33 54 91 112 86 115 0.63
3 42 0.00079 0.54 10.1 2.8 28 60 190 222 182 225 0.88
4 42 0.082 56 3.6 5.2 29 63 326 360 324 362 0.92
5 42 1.9 1.3e+03 -0.8 1.4 32 52 399 419 381 444 0.60
6 42 0.0011 0.73 9.6 7.4 26 64 445 483 441 484 0.93
7 42 0.00024 0.16 11.7 9.0 32 64 482 514 480 515 0.93
8 42 0.001 0.71 9.7 0.8 28 62 506 540 505 542 0.93
9 42 0.0018 1.3 8.9 8.2 29 63 535 576 529 578 0.61
10 42 0.0018 1.2 8.9 10.7 21 60 590 629 585 634 0.94
11 42 1.2e-05 0.0079 15.9 1.6 28 59 646 677 641 680 0.92
12 42 0.00079 0.54 10.1 4.0 25 63 678 716 676 722 0.89
13 42 0.0073 5 7.0 0.3 42 64 723 745 718 746 0.90
14 42 3.7e-05 0.025 14.3 5.6 27 65 743 781 738 781 0.88
15 42 0.00089 0.61 9.9 9.5 23 62 753 792 750 794 0.80
16 42 0.049 33 4.3 1.9 25 59 776 810 775 811 0.64
17 42 0.19 1.3e+02 2.4 0.3 42 63 821 842 816 844 0.80
18 42 0.00069 0.47 10.2 6.7 24 64 831 871 828 872 0.88
19 42 9.1e-05 0.062 13.1 6.1 25 65 874 914 871 914 0.93
20 42 3e-05 0.021 14.6 10.1 26 59 910 943 908 945 0.93
21 42 0.0024 1.6 8.5 3.1 37 64 942 969 941 970 0.89
22 42 0.0018 1.2 8.9 1.4 25 52 979 1006 977 1011 0.90
23 42 3.3e-05 0.022 14.5 9.4 21 65 1010 1054 1007 1054 0.93
24 42 5.4e-05 0.037 13.8 0.7 25 62 1063 1100 1061 1102 0.93
25 42 0.001 0.71 9.7 6.4 22 62 1109 1156 1105 1159 0.72
26 42 0.11 74 3.2 1.2 29 64 1144 1179 1142 1180 0.89
27 42 0.0049 3.3 7.5 2.9 24 62 1181 1219 1174 1222 0.76
28 42 0.0068 4.6 7.1 5.2 31 63 1230 1262 1224 1266 0.83
29 42 0.00026 0.18 11.6 4.3 20 63 1268 1311 1263 1313 0.86
30 42 0.094 64 3.4 0.1 31 63 1314 1346 1311 1348 0.87
31 42 0.026 18 5.2 3.5 30 62 1344 1376 1343 1382 0.53
32 42 1.3e-05 0.0085 15.8 3.7 24 62 1415 1453 1399 1455 0.89
33 42 0.0047 3.2 7.6 6.3 26 64 1459 1497 1456 1498 0.89
34 42 0.74 5.1e+02 0.5 8.4 29 64 1518 1553 1496 1554 0.72
35 42 0.021 14 5.5 8.4 28 63 1538 1573 1534 1582 0.50
36 42 0.023 15 5.4 5.3 24 60 1583 1619 1580 1624 0.79
37 42 0.3 2e+02 1.8 7.5 28 62 1618 1652 1615 1655 0.88
38 42 0.015 10 6.0 2.6 32 63 1657 1688 1654 1690 0.74
39 42 3.6e-05 0.024 14.4 8.7 22 57 1689 1724 1687 1725 0.95
40 42 0.00022 0.15 11.8 5.4 28 63 1716 1751 1715 1753 0.92
41 42 0.033 23 4.9 1.6 32 60 1755 1783 1751 1788 0.78
42 42 0.019 13 5.6 16.4 8 61 1786 1844 1781 1847 0.72

Sequence Information

Coding Sequence
TCGTCGTTGGAATCGATGAATCCGCCGAACGAGCCGTGCTGTTGCTGCAGTTACAATCCCTTCAGCGACAATTCCAAAGAATCGGAGATCTACGACCTCTCGTTTGCCCTGAGGAAGCTCTCGGTAATGAAGTGTCAGATGAAGAAGTGGCGAATGGAAAGACTTCAGCTCGAGAGTGAAAATAGGTCTCTGAAACAGGCCCTCCAGTCATACGGTGTAAATGCGGATGAGATATTGAAGCCCGATCCGCTGGTAGTGCACTCTCGCGAAGAAATCGAAAGGCTGCAAAATGCAAACGCGGCGCTCGAAGATAAAGTGAGGGATCTGGAGGAAACTCTCGTCGAACGAGATTGCTGCGACGATCCTGGAGCTACGATTCACTTCCTCAGAGAGAAAATGAGATATCTCAGGGAGCGCTTCGCGCTTGAAAAGAAAGAATTGCGGGACATGATATCGCATTTGAAGCTGAAGTTGGCGCAGGCCGAGGAGGACGTCAGCTGCCCGGCGATATATCGTCTAAGGGCGAAGCTGCGTGAACTCATGAAAGAGAGATCGATCGAAACCTTGGTGGAGCTCTCCGAGAGCTGCGGGGATCTTCGTTTGGAGAACGAACGCCTTCTATCAGAGGTGGCCGAGCTGCGTGACGCCTTGGCCAAGATGAAGGAACATGAGCTGGAATTCGATCCTATGATGAGAACCATCGACACGTCCACCGTGCCGGAATACGTTGACATCGACGAGTTGCTGGAGAAGCTGAAGAACTGCGAAGACACGGTGGCTGATCTGAGGAAACAGCTAGACGAGAAGGACACCTTGATAGACTCGCTGAACAAAGAACTGGAGACGATGGTTAGTCAGATGGGTCTGCAAGAGCAGATAGAGGCCATGGCTGAGGAACTTAAGAGGAAAGATGAGAAGATCACCGATCTACTGAACACTCTGCGACAATCAGAAATAGACCTGCTCGGTTTAAGCGGGCTGAAATCCGAGCTGGAGGACCTGAAGCCAGAACTGCAAACTCTGAAACTAGAAAAAACCGAGATGCTAGACGAATTATCTCGTCTACGAGAGGCACTGAAAAACAGGAACGACCAGATAATAGACATCTTAGAACAGAAGGAGAAGATCGAAAGAGAACACCAAGCCAAGGTCTCGGCGTTACAGTCTAGCCTCGATGAGGCATTGGCTGCTCAAGCTCAGCTCGCTAAACTGACGGATGAGCTGGCCCAATGTAACAGTCGGAACGCGGAGCTCGAGGAGTGTTGCAAAGATAGGGATGCTCTCGCGGAGAGGGTACGCAGTCTGGAGGACGATCTGGCTACCGCGAAGGGCACAATAGCAAATCTCGAGACAGAGTTGGACACCCTGAAGTCGGAGAAGGAAAAGTTGTTAGCGGAGCTGGACAAGGCTAAGAAACAGATCGAGAAACTTCGCGAAGCGTTGCAGCAGGCGGAGAAGCTGGCCGAGGAGAACGAAAAGTTAAGGGCTCAGTTAGAAGAGCTGAGGAGCGAGAACGAAGGTCTGAAGAAGCAGATAGCCGAGCTGGACGATTTGAATAATCGGCTGAAGGACGAGTATGACAGCATGAAGCAAGCGTTGGGCAATTTGGAAGCGGAGGTGAACAGGCTGGAGGACGAACTGAGCAGGGTGGTGCAAGAACGCGACGCGTTGCAGAATGAGAATAAGGACATGAAAGAGCGACTCGAGCAGTTGATAGCCGAGAACGAGGCCCTGATGGCCAGGCTGGACGAGGTCGCTGAACAACTTGATAAACTGAAGTTGGAGAAGGAAGAGCTACAGAGGAGTCTCGACGAGATGAGGAAGGAGAACGATTCGCTGAAACGAGAAGCGAAGGCGTTAAGGGACAACCTTGAGGAGCTGAAAGCTGCAGGCGACGCGCTGAGAGCGGCAGATGGGGACATGAAACTCGTATTAGACAAATTGGAACGGGACATGAAGGATCTGACGGCGGAAAGGGATCGTCTGGCGAGCGAGAATGCGGATCTGAAAAACGAGAACGCCAATCTGAAGATCAAGATGTTGGAGTTGCAACAGAGGTTGGACGATATCACGAAAGAGTTGGATAACTTGAAGCTCGCAAACTCCGATCTGCTGGCTGAGATAGATCGCCTGAAAAACGAATTGGAAGTCGCGCGGAACAACATCGAACAATTGAAATCCGAGGTAGCTTCGTTGAAAGAGGCTCTCGACAAGTGCGTGGGCGAGATGGAGAAACTGAGAATGGAGAATCAACAGCTCAAAACGGAGAACGAGTCTCTGCAATCTGAAAGGGATCGCCTGACGAACGAAAACGCCGGTCTGAAGGCGAAAAACTCGGAATTGCAAGAAAAATTGACGAACGTCGAGAAAGAACTGGCTAAGATAAAGGCAGAGAATGCTGGTCTGCTCGGTGAAATAGATCGTTTGGAGCAGTAATTGAAGGAAGCCTGGGAGGATATCGATCAATTGAAATCCGAGATGGATTCGCTGAAAGAAGAGCTCGACAAGAGCACAGCCGAGATAGAAAGGCTGAGTGCCGAGAACAACGACCTTAAATCGCAATTGCAATCGTTGAACAACGAATTGAATAGGCTGAAGAGTCTACTAACTGAAGCTGAGGATAAGATTCGATCTCTGGAGCCGCAGATCACTAGTTTACAGGCAGAGAACGATAAATTGCGAACAGCCAAGGCCGAGCTAGAGGCTGAGAAGGAGAAGTTGGAAGCTGAGAACAAAAAGCTGGAGGCTGAGATGGAGAAACTAGAGGCTGAGAAGGAGAAACTAGAGACTGAGATTAAGAAGCTGAAAGAAGAGCTGGGCGAGTGTAAGGGAGAGAATGACCAGTTAAAGGAGGAGATTGGTAAATTGAAGGAACAGTTGCAATCGTTGAACGACGAATTGAATAGGCTGAAGGGTCAGCTAACTGAAGCTGAGGACAAGATTCGATCTCTGGAGCCGCAGATCACTAGTTTGCAGGCAGAGAATGATAAATTGCAAGCGGCCAAAGCTGAGCTGGAGGCTGTGAAGGAGAAACAAGAGGCTGAAATCGAGAAGCTAAAAAAAGAGCTGGCCGAGTGTAAGGGAGAGAATGACAGGTTAAAGGAAGAGATTGGTAAATTAAAGGAGCAATTGCAATCGTTGAACGACGAATTGAACGAACTGAAGGGTCAGCTGGCCGAAGCTGAGGAGAAGATTCGATCTCTGGAGCCGCTGGTCTCTAGTTTGCAAGCAGAGAACGATAAATTGCGGAGCGATTTGGCCGCATTGGAGAACGAGGCGAGCGGGTTGAGGGCGAAAGTGGCTAGAGAAATGGACAGCAATGAAAGGATGAGGAACGATATGAAAATACTGGAGGATCAGGTGCAAGACTTGAGTAAGAAACTGGACAACGCCAGGGCCGAGAACGAAGCGTTGAAGCAGGAAAATCTGGCTCTCAAGGCGAAATTGGCAGATGTCGAAAGATATTTGTCGGAATTAAAACTGGAGTGCACGGATTTGAAAACGGAAATCGCGGATTTGAAAAAATTAATAGAGGAATTGAGGGCGAAAATCGCTCAGCTGGAGGCAGATGTAGATCATTGGAAAATGGAGAATTGTAAGCTTCAGCTGGAGATCGATAAGTTGAGTGCTGATCTTGAGAAAGCATTGAAAGAACTAAGCGAGATACAGGCTCTGAAAAAAGCACAAGAGGCAGAGCTGAACCGTCTACAGACAGAGAAAGCTGATCTCGATAAAAAGCTGGCGGATCTAACCTCCGAGATCGAGCAGCTGAAGAAAGCTCTAGAGGCAGAAAAATCAGCCAAAGACAAAGGAGCCTCGGAAATCGCTGCTCTGAAAGACGAGCTGGAAGCATTGAAGAAGGAACTAGAAAAATTGCGAGCGGAGAACAACAAATTCAAAAACGAGATCGACGACCTAGAGAAACTTCTCTCAGCCACGAAGAGGGAACTGAACGATGCTAAAGACGAGATCGCCGCTCTAAGAGACGCGAACGGCGTGTTGCGAACCGAATTGGACGGTCTGAAGAACTTAAAGGCCGAGCACGACAAGCTGAAAGCCGAGCTGGAAGCTGTGAAAGCGGAGAACGCGAATCTTCGCGAGGCCACGAAGAACCTGGAGGACCAATACGGCAAACTGAGAGGAGAAGGCGATGGCCAAAAGGTAGAGATCGACACGCTGAGATCAAACCTGGATGCAGAGAAGGCAGCTGTTGCCAGGCTAAAGTCAGACCTCGAAACCTGCAAGGCTGAAAACGACAAGTTGCAAGCGCAGTTGAACGAGTTGAAGAAGGATCTAGACAAATTAAGAACAGAGAACGATGCCATGAAGAAAGAGATCGATGGTTTAAAGAAGGCTCTCGCAGACGCAGAGACAAGGGTGAAGTCTCTCGAAGGCGAACTTTCGAATCTGCTAGCAGAGAAACAGGAACTGGTCAACGAATTGAATCGTCTTCGGGACGAGGTGAACAACCTCGAGAACGATCTGCAAAAGCAGACGGCCGCCAAAGACATGGCTACCAAAGAGTTAAACGATCTCAAGGATGAGCTGGCAAACCTGAGAGCAATGCTAAACAAGAGTCGCGATGAAAATGATACTCTGAAGAACAAGAACGAGAAGCTGACCAAGGATTTAGAGGAGTTGAACAAGCTGATGGAAGCTCTCAGAAACGAAAACGCGAAGCTTCAAAACGAGATCGCTGACGCGACCAGCAAGAACGCAGAACTGACAGCGGAGCTGACCAAAGTGAAGGATAAATTAAAAGACGCCGAAAATAATTTGAAAAATCTGACCAAGGAGAATGAGGATTTGAAGAACAAGATTGCTGATCTCGAGAATATAATAAAACAGCTCGAAGGTTTGAAGAAACAGTTGGAAAATGCTAAGAAGGAGCTGGATAAGCTGTTACCAGAGCTGGACAGGTTGAAGTCGGAGAACGCGAAACTGAAAGAAGACTTGGTCAAGGCTACGAATGAATCGTCGAAGTTAAGGGACGAGCTGGATAAATTGAAGAAGGATCACGAGGCTTTGCAATCGGAATTAGGTGGTCTGAAGGAGGAGATGGAGAGACAGAAGGAGCGCGAAGCAGCGATGGAAAAGGAACTGGTCAGGTTGAAGAAGGAGAACGACCAGCTGAAGAATGGCAATTCGAAATTGAAAAAAGAGTTAGAGGACTGCCAAGCTGAGAACCAAAGGTTGCGAGGTGAACTCGAGGATCTCAAGGCGAAGAATGCAAAGTTGCATAATGATCTAAGCAAGGCGAAGAATGATGCCGATAAATTGAAGGCTGATCTGGATAAATTGAAGAGCGAATATGCAGATCTAAGAAAAGAATTGGCTAATGCAAGGGACGAGAAGAACAAACAGAAGGAACGCGACTCCGCGGATTTGGCGAAGATGAAGAAGGAGAACAACGAGCTGAAGAACGGGAACGCAAAGCTGAAAAGTCAGTTATACGATTGTCAGAAGGAGAACGATAGACTGCGCAAGGAATTGGAGAATTTAAAGAGAGAAAATGCAAAACTGAAGAAGGCTGCAGAGAGAAAGGTGGAGCCAAAGGCGACGGAAATGGACAAAGATATTGTGGATGATTGCGGCGACTTCATTAAGGCGAACGAATTACTGGGGGAAAAATTTGAAAGGCAGAACGAAGGCTTAAATCGTCTTCGAGATTATATTAAATACTTGCAAGGAGAAATCCAAGAACCCAAGATGGCGGACAAGTTAGACGAAGAACCGAAAGCTGATTCGGAAGCAAAGAAAGAAATCGTAGATATATTGAAGAAATCTCACGGTTTGTCTAAAAATATTTATGAAACGTTTTTCTGTTTGAAATTATTTTAAGCACTGAAACGAAATGTCTCTGAAGGAGTCTTCGATCCTGATTCTTGGCTAAATCTGGCAGACCTTCATGACAAGATCTGCCTATTGACATCGGACATGGTGCACCCTGACACTAAACCGAAGATCTGCGACCAAGCACGCGGAGTACCGTGTCCCGGAGCATCGAGGCCGGATCCGAATATTTTGAACAAGCGTATAGCCGCTTTGCAGAAACAGATAGCCGAGAAGCAAATGGAGGCAGGCTTGAAGCTCCGGGATCTGAAGAGAGCTCTTCGGAACGAACAGGCTAACCTAATTCGAATGTCCGATCAGATGAATCGAGAGAGAAAACGCAATTTGAACCTCCAGCTCAACATGGAT
Protein Sequence
SSLESMNPPNEPCCCCSYNPFSDNSKESEIYDLSFALRKLSVMKCQMKKWRMERLQLESENRSLKQALQSYGVNADEILKPDPLVVHSREEIERLQNANAALEDKVRDLEETLVERDCCDDPGATIHFLREKMRYLRERFALEKKELRDMISHLKLKLAQAEEDVSCPAIYRLRAKLRELMKERSIETLVELSESCGDLRLENERLLSEVAELRDALAKMKEHELEFDPMMRTIDTSTVPEYVDIDELLEKLKNCEDTVADLRKQLDEKDTLIDSLNKELETMVSQMGLQEQIEAMAEELKRKDEKITDLLNTLRQSEIDLLGLSGLKSELEDLKPELQTLKLEKTEMLDELSRLREALKNRNDQIIDILEQKEKIEREHQAKVSALQSSLDEALAAQAQLAKLTDELAQCNSRNAELEECCKDRDALAERVRSLEDDLATAKGTIANLETELDTLKSEKEKLLAELDKAKKQIEKLREALQQAEKLAEENEKLRAQLEELRSENEGLKKQIAELDDLNNRLKDEYDSMKQALGNLEAEVNRLEDELSRVVQERDALQNENKDMKERLEQLIAENEALMARLDEVAEQLDKLKLEKEELQRSLDEMRKENDSLKREAKALRDNLEELKAAGDALRAADGDMKLVLDKLERDMKDLTAERDRLASENADLKNENANLKIKMLELQQRLDDITKELDNLKLANSDLLAEIDRLKNELEVARNNIEQLKSEVASLKEALDKCVGEMEKLRMENQQLKTENESLQSERDRLTNENAGLKAKNSELQEKLTNVEKELAKIKAENAGLLGEIDRLEQ*LKEAWEDIDQLKSEMDSLKEELDKSTAEIERLSAENNDLKSQLQSLNNELNRLKSLLTEAEDKIRSLEPQITSLQAENDKLRTAKAELEAEKEKLEAENKKLEAEMEKLEAEKEKLETEIKKLKEELGECKGENDQLKEEIGKLKEQLQSLNDELNRLKGQLTEAEDKIRSLEPQITSLQAENDKLQAAKAELEAVKEKQEAEIEKLKKELAECKGENDRLKEEIGKLKEQLQSLNDELNELKGQLAEAEEKIRSLEPLVSSLQAENDKLRSDLAALENEASGLRAKVAREMDSNERMRNDMKILEDQVQDLSKKLDNARAENEALKQENLALKAKLADVERYLSELKLECTDLKTEIADLKKLIEELRAKIAQLEADVDHWKMENCKLQLEIDKLSADLEKALKELSEIQALKKAQEAELNRLQTEKADLDKKLADLTSEIEQLKKALEAEKSAKDKGASEIAALKDELEALKKELEKLRAENNKFKNEIDDLEKLLSATKRELNDAKDEIAALRDANGVLRTELDGLKNLKAEHDKLKAELEAVKAENANLREATKNLEDQYGKLRGEGDGQKVEIDTLRSNLDAEKAAVARLKSDLETCKAENDKLQAQLNELKKDLDKLRTENDAMKKEIDGLKKALADAETRVKSLEGELSNLLAEKQELVNELNRLRDEVNNLENDLQKQTAAKDMATKELNDLKDELANLRAMLNKSRDENDTLKNKNEKLTKDLEELNKLMEALRNENAKLQNEIADATSKNAELTAELTKVKDKLKDAENNLKNLTKENEDLKNKIADLENIIKQLEGLKKQLENAKKELDKLLPELDRLKSENAKLKEDLVKATNESSKLRDELDKLKKDHEALQSELGGLKEEMERQKEREAAMEKELVRLKKENDQLKNGNSKLKKELEDCQAENQRLRGELEDLKAKNAKLHNDLSKAKNDADKLKADLDKLKSEYADLRKELANARDEKNKQKERDSADLAKMKKENNELKNGNAKLKSQLYDCQKENDRLRKELENLKRENAKLKKAAERKVEPKATEMDKDIVDDCGDFIKANELLGEKFERQNEGLNRLRDYIKYLQGEIQEPKMADKLDEEPKADSEAKKEIVDILKKSHGLSKNIYETFFCLKLF*ALKRNVSEGVFDPDSWLNLADLHDKICLLTSDMVHPDTKPKICDQARGVPCPGASRPDPNILNKRIAALQKQIAEKQMEAGLKLRDLKRALRNEQANLIRMSDQMNRERKRNLNLQLNMD

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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