Mlig013580.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Megachile ligniseca
Gene Symbol
-
Assembly
GCA_945859565.1
Location
CAMAOB010000094.1:311646-337755[+]

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 49 0.00052 0.5 10.7 3.5 34 59 47 72 45 75 0.91
2 49 1.4 1.3e+03 -0.2 0.3 29 50 99 120 96 133 0.63
3 49 0.0029 2.7 8.4 7.2 24 60 180 216 177 220 0.84
4 49 0.015 14 6.1 8.7 27 63 218 254 215 256 0.93
5 49 0.037 35 4.8 7.1 24 64 257 297 254 298 0.89
6 49 0.027 25 5.3 7.7 21 64 306 349 303 350 0.83
7 49 0.1 97 3.4 7.1 25 61 352 388 348 392 0.87
8 49 0.013 12 6.3 5.5 29 65 398 434 392 434 0.86
9 49 0.0023 2.2 8.7 3.0 22 55 468 501 456 505 0.66
10 49 8.8e-05 0.083 13.2 4.0 32 64 506 538 499 539 0.89
11 49 0.06 57 4.2 0.1 41 65 536 560 532 560 0.89
12 49 1.8e-05 0.017 15.5 1.5 25 64 548 587 540 588 0.85
13 49 7.4e-05 0.07 13.5 4.1 29 63 580 614 576 616 0.74
14 49 0.0023 2.2 8.7 10.5 27 64 599 636 598 644 0.89
15 49 0.011 10 6.5 13.8 25 64 618 664 610 665 0.67
16 49 5.5e-05 0.052 13.9 3.9 34 64 683 713 672 714 0.83
17 49 0.00036 0.34 11.3 9.7 24 61 708 745 707 748 0.92
18 49 0.0027 2.5 8.5 5.4 38 65 736 763 733 770 0.54
19 49 3e-05 0.028 14.7 5.5 26 64 773 811 768 812 0.92
20 49 0.00032 0.3 11.5 5.4 24 60 806 842 805 846 0.87
21 49 0.0021 2 8.8 1.9 32 63 835 866 832 868 0.92
22 49 1.1e-05 0.01 16.1 5.7 26 64 871 909 866 910 0.92
23 49 0.0013 1.2 9.5 4.4 35 64 908 937 905 938 0.88
24 49 0.25 2.4e+02 2.2 0.9 38 63 939 964 933 966 0.76
25 49 5.3e-06 0.0051 17.1 6.3 26 64 969 1007 965 1008 0.93
26 49 0.0021 2 8.8 5.6 35 64 1006 1035 1003 1036 0.86
27 49 0.0057 5.4 7.4 2.6 33 63 1032 1062 1031 1064 0.89
28 49 0.001 0.97 9.8 2.9 26 61 1067 1102 1062 1105 0.79
29 49 0.0033 3.1 8.2 6.9 30 63 1127 1160 1110 1169 0.73
30 49 0.11 1e+02 3.4 1.9 28 64 1153 1189 1150 1192 0.82
31 49 0.0036 3.4 8.1 2.3 28 63 1181 1216 1176 1225 0.67
32 49 0.37 3.5e+02 1.6 7.8 31 60 1233 1262 1226 1266 0.82
33 49 0.0048 4.6 7.7 7.4 24 62 1268 1306 1267 1309 0.92
34 49 0.00094 0.89 9.9 0.5 25 64 1304 1343 1303 1350 0.75
35 49 0.00088 0.83 10.0 2.3 21 59 1352 1390 1352 1396 0.88
36 49 0.011 10 6.5 4.2 24 57 1404 1437 1401 1455 0.86
37 49 0.01 9.5 6.6 5.3 25 62 1457 1494 1449 1497 0.70
38 49 0.007 6.7 7.1 8.9 24 65 1512 1553 1505 1553 0.87
39 49 9.2e-05 0.087 13.2 11.2 28 64 1544 1580 1540 1588 0.79
40 49 0.046 43 4.5 3.8 26 61 1584 1619 1580 1623 0.85
41 49 0.00025 0.24 11.8 7.1 25 62 1632 1669 1625 1672 0.79
42 49 0.059 56 4.2 3.7 29 61 1678 1710 1671 1714 0.87
43 49 0.0034 3.2 8.2 8.3 26 64 1724 1762 1718 1770 0.83
44 49 0.15 1.5e+02 2.8 3.4 28 55 1768 1795 1762 1797 0.85
45 49 0.00062 0.59 10.5 4.7 26 63 1794 1831 1792 1833 0.88
46 49 0.0055 5.2 7.5 5.3 26 55 1836 1865 1833 1873 0.58
47 49 0.0014 1.3 9.4 1.7 29 58 1878 1907 1870 1909 0.58
48 49 0.0098 9.3 6.7 9.2 28 63 1898 1933 1895 1935 0.87
49 49 1.5 1.4e+03 -0.3 0.3 30 64 2005 2039 2002 2040 0.76

Sequence Information

Coding Sequence
ATGATATCACATTTGAAATTAAAACTGGCGGAAGCCGAGGAGGACGTCAGTTGTCCTGCCATATATCGTTTAAGGGCAAAGCTTCGCGAATTGATGGCAGGTGGTCATGAACGGCATCCCAGGAGTGCACCGGAGAACTGCGATGATCTGCAACTTGAAAACGAGCGTCTTTTAGATGAAATAGCTGAGTTACGACGCCAGTTAGCCAAGCTTGACGAAAGGGAAATAACCACGCAGATAATGCCAGCGATATCGGTCGAAACAACCACTGTACCAGAATACATAGATGTATCTGATTTGTTGCGAAAGCTCAAAGATTGTGAAAATACTGTAGCCAGTTTGAGGCAACAGCTAGCAGAGAAAGATGATCTCATTGATTCAATGAATCAGGCACTTGAAGGCACGATCAGTCAAAAAGATTTATTGGATCAGATCGCGGCACTGAAAGCGCAACTTCAAGAAAAAGAGGACAAGATCCAGGAACTATTAAACGAACTAAGGCAAGCAGAAATAAATTTGCTCGAGTTAAATAATTTGAAATCACAACTGGATGACCTGAAATCAGAATTAGAGGACCTAGAATTGGAGAGGAACCAACTGTTGGAAGAGATCGCTAAATTACAAAACGAACTTGCGCACTGTAACGCAATGAAGGAAAGTCTAGAAAAGCAGCTAGAAGTTTTAAGGAATGAAAACGACAAATTATTGAATGAGCTGGATAATGCGAACGAACAACTCCTGGCACTGACTAATCAATTGGACGAGGAAAAGGCGGCCAGGAGTACCTTAGAAGAAAATTTGAAAAATTGCCAAGATGAACTCGAAAGGTTACGGAAAGATAATACTAATCTGAGGGATCAGCTGGAGGCTGCAAACGAAGAAAATAATAAACTGCGTGAAGATGTAGAAGCGGCGAAGAAGCTGGCTGAAGAGAACGAGAGATTAAAAGCGGATCTGGAGAAGATGAAGAAAGAGAACGAGGAATTGATGAATTTGAACAACCTCTTAAAGAGCGATTGTGACAGCATGAAGCAAGCATTGAATAACCTAGAAGAAGAAATTAACAGACTGCAGAACGAATTGAATAAGGCTGAAGAAGAACGCAAAGCGTTGCTAGACGAGAACAGTAACATTAAAAAGCAACTTGAAGATGCAATGGCGATGAACGAGAGTCTAAAAGCTGAACTGGATAATGTCGGTGAACAACTCAACAAACTGAAATTAGAGAACGATAAACTGCAAGAGACTCTCAACGATATGAAGCTTGAGAACGATGCGTTGAAACAAAATGTGCGGGCTTTGCAAAGCGACCTTGAGAATGCGAGAAAGGAAGCGGATGACCTAAGAGGCGCTGGAGACGCATTAAGAGCCGCGGACAGAGACAAAATGTCCGAGCTTGAAAGGTTGAAAGATGAACTGGACAATTTGACAACCGAAAAGGATCGCTTAACGAACGAAAATATCGATTTGAAGGCCAGAAATGCGGACCTCGAGAAAAATCTCAAGGACGCAATGGAACAGGTGGAACAACTGAAATCGGAGAATGCCGATTTACTGGCCGAGATCGATCGCCTAAAAAAGGAGCTCGACAAAGCTGTGAACGAAATCGATCAATTGAAGTCTGAAATAGGTTCTTTGAAGGACGCTGTCGACAAGTGTATGGACGAATTGGAGAAATTGCAAGCTGAAAATGGCGATCTTAAATCAGAGAATCAAGCTGTTAAAAGTGAAATTGAGAAGTGCAAAGCTGAGATGGACGCTTTGAAACGGGAAAATTCTACTTTGCAAAACGAGATTGACGAGTTGAGAAAACAACTGAACGATTGTAAAACAGAGAACGAAAACTTAAAGGCGCAGAAAAATCAATTGGAAGCTGAAATTGATAAGTTGAAAGAAGAGTTGAACGCTTGCAAACAAGAAAATGAGGCGTTGAAGGCTGAAGGTGAAAAACTACGAGAACAGGTACAATCATTGAATGACGACTTGAGTAAGCTAAGGAGTCAGCTGGATATTGCAGAACGTAAAATTCAGGAACTCGATCCTTTGGGCGATCGTTTGCAAAAGGAAAATGATCAATTGCAAAACGAGATTGGCGAGTTGAGAAAACAACTGAACGATTGGAAAACAGAGAACGAGAACTTAAAGGCGCAGAAAAATCAATTGGAAGCTGAAAATGATAAATTGACAGAAGAGTTGAACGCTTGCAAACAAGAAAATGAGGCGTTGAAGGCTGAAGGTGAAAAACTACGAGAACAGGTACAATCATTGAATGACGAATTGAGTAAGCTAAGGAGTCAGTTGGATACTGCAGAACGTAAAATTCAGGAACTCGAGCCTTTGGTCGATCTTTTGCAAAAGGAAAAAGATAAATTGCAAAACGAGATTGGCGAGTTGAGAAAACAACTGAACGATTATAAAACAGAGAACGAAAACTTAAAGGCGCAGAAAAATCAATTGGAAGCTGAAAATGATAAGTTGAGAGATGAGTTGAACGCTTGCAAACAACAAATTGAGGCGATAAAGGCTGAAGGTGATAAACTACGAGAACAGGTACAATCATTGAATGACGAATTGAGTAAGCTAAGGAGTCAGTTGGATACTGCAGAACGTAAAATTCAAGAACTCGAGCCTTTGGTCGATCTTTTGCAAAAGGAAAATGATAAATTGCAAAACGAGATTAGCGAGTTGAGAAAACAACTGAACGATTGTAGAACAGAGAACGAAAACTTAAAGGCGCAGAAAAATCAATTGGAAGCTGAAATTGATAAGTTGAGAGAAGAGTTGAACGCTTGCAAACAAGAAATTGAGGCGATAAAAGCTGAAGGTGGAAAATCACGAGAAGAGGTACAATCATTGAATGACGAATTGAGTAAGCTAAGGAGTCAGCTGGAAACTGCAGAACGTAAAATTCAGGAACTCGAGCCTTTGGTCGATCTTTTGCAAAAAGAAAATGATAAATTGCAAAACGAGATTAGCGAGTTGAGAAAACAACTGAACGATTGTAAAGCAGAGAACGAAAACTTAAAGGCGCAGAAAAATCAATTAGAAGCTGAAATTGATAAGTTGAGAGAAGAGTTGAACGCTTGCAAACAAGAAAATGAGGCGATGAAGGCTGAAGGTGAAAAATTACGAGAACAGATACAATCGTTGAATGACGAATTGGGTAAGCTAAGGAGTCAACTGGATACCGCAGAACGTAGAATTCAGGAACTCGAGCCTTTGGTCGATCGTTTGCAAAAGGAAAATGATAAATTGCAAAATGATCTGAAAGCGTTAGAGGACGATGCAAGAAACTTAAGATCAAGGCTAGATGGCGGAATGGGTGACAATGAAAGAATGAGAAAAGACATAGCGACGTTAGAAAATGAAATAGGAGATTTGAATGAGAAATTAAAGGGAGCTAAAGCAGAAAATGACGCTTTGCAGCAAGAGAATCAAGCGCTACGAGCAAAACTATTAGAACTGGATGACGAATTGTCTCAAGCGAAAGCAGAATGTGCGGATTTGAAGGCGGAAATTGCCGATTTAAATAAATTAATTTCCGAATTACGAGCAAAAATTGCTAAATTGGAAGAGGATGTAGAACATTGGAAACTGGAGAATTGTAAGCTGCAGATGGAAATAGATAAATTAAGAGCGGATCTCGAGAAAGCATTAAAGGATTTAGCCGAATGCCAGGCGCTGAAAAAAGCACAAGAAGCAGAGTTGAATCGGCTGCAGAACGAAAAAGCTGAGTTGAATAAACAAATCGCCGATCTAACAGCGCAGATGGAACAACAAAAGAAAGCTGCCGAATTAGAAAAAGCCGCCAAGGACGAAAATGAGGCAAAACTCAAAGCTTTGCGGGAAGAGCTGGATGCATTGAAGAGGGAGTTAGAGAAACTTCGAATGGAGAATAACGATTGCAAGAACGAAATGGATAATTTGAAAAGACAGATTTCTGCGTTAAACAGTCAGTTAGATTCGTGCAAAGAAGAGATCGCTGCATTGAGAGCCGCAAATGATGCGTTGAAGGCTGAAATAAACGCGTTGAGTGGTATAAAAGACGAATACGATAAACTAAAAGCTAAAGTGAACAGTTTGGAAAATGAAATCGCGGGCCTTCAAGAAAACGCAAGGAATTTAGAACAGGAACGCAACAAACTTAGAGGAGAGGGTGACGGACAGAGAAATGAAATTGATAGACTGAAATCAGACTTGGATGCCGAAAAAGCAGCCGCAGGGAGACTCAAGTCAGATTTGGAGAATTGTCAAGCTGAAAACGACAGATTGCGGGCACAGTTGAAAGAGTTAGAAAAATGTAAAAGCGAGATTGATCGGTTGAATGCCGAAATTGATGGACTGAAGAAGGCACTAGCGGCTGCTGAAGCTAAAGCGAAGTCGCTGGAAGATCAGCTCTCGAACCTCCAAGATGAAAAGCAACAATTGGTTAATGAACTCAACAAAGTTCGCGGAGATCTGAGCAATCTTAGAAATGAAATAGAGAAACAGACAGCAGCAAAGGACATGGCGTCAAAGGAGTTGGCTGACGCTAAAGAGGAGCTGAAAGCTCTGAAGTCAACGTTGGATAAAATGCGCAATGAAAATGAAACATTACAGAACGAGAATGAAAAGTTGAAGTCGAAATTGGCAGAATTAAATGGACAATTGGAAGCGTTAAGAAATGAGAACGAACAGTTAAAGAAAGAAAATGAGAACTTAAAGAACGAGATTGCAAAATTGACTTCGGAATTAGCTGCGCTGAGAAATAAATTAAAAGAAACGGAGGATCAATTGAACGCGCTAAAGAATGAGAACGATACTCTGAAGGATACGATAGCTAATCAACAGAAAGCAATAAAAGACCTCGAAGCAGCAAAAGCACAATTAGAGCAGGGTATGAACGAGTTGAAGTCGAAATTGGCAGAATTAAATGGACAGTTGGAAAAGTTAAGAAACGACAACGAAAAGTTACAGAAAGAAAATGAGATTTTAAAGAACCAGAATGCAAAATTGTCTTCGGACTTAGATGCGATGACAAATCTATTAAAAGAAGCGGAGAAACAGTTGGATGCGCTAAAGAATGAGAACGATAATCTGAAGAATACGATAGCTAATCAACAGAAAGCAATAAAAGACCTCGAAGCAGCAAAAGCACAATTAGAGCAGGGTATGAACGAGTTGAAGTCGAAATTGGCAGAATTAAATGGACAGTTGGAAACGTTAAGAAATGACAACGAAAAGTTAAGAAATGACAACGAAAAGTTAAAGAAAGATAATGAGAACTTAAAGAACCAGACTGCAAAGTTGACTTCGGACTTAGATGCGATGACAAACAAATTAAAAGAAGCGGAGGATCAGTTGAACGCGCTAAAGAATGAGAACAATAATCTGAAGAATAAGATAGCTAATCAACAGAAAGCAATAAAAGAGCTCGAAGCAGCGAAAGCACAATTAGAGCAAGCTATAAAGGAGTTGAAGTCGGAAAATGCAGGACTGAAAGACAAACTAGAAGACGCGCAAAACAAAGCGAATAAATTGAAAAATGATTTGGAGAAGCTGAAAACAGACAACGCGAAATTGCAAAATGAATTAGGTAAATTAAAAGAGGAGAAGGCAAAGTCTGATGCAGCGGCGAAGGGTGATGCAGACAGAATAAAAAATGAAAATGAGAAATTGAAAGCTGAAAACGCGAAATTGATAGCTGAAAACGCGAAATTGATGGACGAGTTGAAAACTTGTCGAGCAGAAAACGAAGAGTTACGTAAACAATTGGAAAAGTTACTGGAAGAAAATGATCAATTGAAAAAAGCTGCAGTGAAACATGTGGAGCCGAAGGAAACGGAAGTGGACAAAGAAATTATTGATGAATGCGGGGACTTCATTAAGGCGAACAATTTGTTGAAACAAAAATTTGAAAAGCAGAACGAAGGTGTACAACGGGTTCGTGATTACATTAAGTATTTAGAAGGCAAAGTTGAAGAAGAACCGAAAATGGGGGACCAATTAGACGAGTTAAAAATTGATCCGCAAATGAGGGACGACGTTGTAGATTTATTGAAGAGGTCGCAGTCGCTATCTGAAAATATTAATCAAACTGAAGAAGAAATTAAAAATATTGCTAATGTATTAAAACAACTTAAGGAGCTTGCCGATAAACCAGCTGGGTTTGATCCTGATTCTTGGCTGAATTCGTTAACATTGACGCAGTTAGCAGATCTTCATGACAAGATTTGCCTGTTGACGTCGGATATGGTGCAGCAGGATTCGGGAGCGGTTATGTGTGATCGCGCTGCTCCTTATGATGAGGCAAATCCACTAACAGCAAATTACAATAATCTGAACCAGCGAATAGCTGCTTTACAGAAGCAGATCGCGGATAAGCAAATAGAGGCAGGTTGGAAACTACAAGAGCTAAAACGAGCTCTTCGACAGGAACAATCTAACTTGCTCGAAATCTCCGATCAAATGAACCTGGAGAGAAAACGAAATTTAGCCCTTCAATTTAACATGGACCAACCATTGTAA
Protein Sequence
MISHLKLKLAEAEEDVSCPAIYRLRAKLRELMAGGHERHPRSAPENCDDLQLENERLLDEIAELRRQLAKLDEREITTQIMPAISVETTTVPEYIDVSDLLRKLKDCENTVASLRQQLAEKDDLIDSMNQALEGTISQKDLLDQIAALKAQLQEKEDKIQELLNELRQAEINLLELNNLKSQLDDLKSELEDLELERNQLLEEIAKLQNELAHCNAMKESLEKQLEVLRNENDKLLNELDNANEQLLALTNQLDEEKAARSTLEENLKNCQDELERLRKDNTNLRDQLEAANEENNKLREDVEAAKKLAEENERLKADLEKMKKENEELMNLNNLLKSDCDSMKQALNNLEEEINRLQNELNKAEEERKALLDENSNIKKQLEDAMAMNESLKAELDNVGEQLNKLKLENDKLQETLNDMKLENDALKQNVRALQSDLENARKEADDLRGAGDALRAADRDKMSELERLKDELDNLTTEKDRLTNENIDLKARNADLEKNLKDAMEQVEQLKSENADLLAEIDRLKKELDKAVNEIDQLKSEIGSLKDAVDKCMDELEKLQAENGDLKSENQAVKSEIEKCKAEMDALKRENSTLQNEIDELRKQLNDCKTENENLKAQKNQLEAEIDKLKEELNACKQENEALKAEGEKLREQVQSLNDDLSKLRSQLDIAERKIQELDPLGDRLQKENDQLQNEIGELRKQLNDWKTENENLKAQKNQLEAENDKLTEELNACKQENEALKAEGEKLREQVQSLNDELSKLRSQLDTAERKIQELEPLVDLLQKEKDKLQNEIGELRKQLNDYKTENENLKAQKNQLEAENDKLRDELNACKQQIEAIKAEGDKLREQVQSLNDELSKLRSQLDTAERKIQELEPLVDLLQKENDKLQNEISELRKQLNDCRTENENLKAQKNQLEAEIDKLREELNACKQEIEAIKAEGGKSREEVQSLNDELSKLRSQLETAERKIQELEPLVDLLQKENDKLQNEISELRKQLNDCKAENENLKAQKNQLEAEIDKLREELNACKQENEAMKAEGEKLREQIQSLNDELGKLRSQLDTAERRIQELEPLVDRLQKENDKLQNDLKALEDDARNLRSRLDGGMGDNERMRKDIATLENEIGDLNEKLKGAKAENDALQQENQALRAKLLELDDELSQAKAECADLKAEIADLNKLISELRAKIAKLEEDVEHWKLENCKLQMEIDKLRADLEKALKDLAECQALKKAQEAELNRLQNEKAELNKQIADLTAQMEQQKKAAELEKAAKDENEAKLKALREELDALKRELEKLRMENNDCKNEMDNLKRQISALNSQLDSCKEEIAALRAANDALKAEINALSGIKDEYDKLKAKVNSLENEIAGLQENARNLEQERNKLRGEGDGQRNEIDRLKSDLDAEKAAAGRLKSDLENCQAENDRLRAQLKELEKCKSEIDRLNAEIDGLKKALAAAEAKAKSLEDQLSNLQDEKQQLVNELNKVRGDLSNLRNEIEKQTAAKDMASKELADAKEELKALKSTLDKMRNENETLQNENEKLKSKLAELNGQLEALRNENEQLKKENENLKNEIAKLTSELAALRNKLKETEDQLNALKNENDTLKDTIANQQKAIKDLEAAKAQLEQGMNELKSKLAELNGQLEKLRNDNEKLQKENEILKNQNAKLSSDLDAMTNLLKEAEKQLDALKNENDNLKNTIANQQKAIKDLEAAKAQLEQGMNELKSKLAELNGQLETLRNDNEKLRNDNEKLKKDNENLKNQTAKLTSDLDAMTNKLKEAEDQLNALKNENNNLKNKIANQQKAIKELEAAKAQLEQAIKELKSENAGLKDKLEDAQNKANKLKNDLEKLKTDNAKLQNELGKLKEEKAKSDAAAKGDADRIKNENEKLKAENAKLIAENAKLMDELKTCRAENEELRKQLEKLLEENDQLKKAAVKHVEPKETEVDKEIIDECGDFIKANNLLKQKFEKQNEGVQRVRDYIKYLEGKVEEEPKMGDQLDELKIDPQMRDDVVDLLKRSQSLSENINQTEEEIKNIANVLKQLKELADKPAGFDPDSWLNSLTLTQLADLHDKICLLTSDMVQQDSGAVMCDRAAPYDEANPLTANYNNLNQRIAALQKQIADKQIEAGWKLQELKRALRQEQSNLLEISDQMNLERKRNLALQFNMDQPL

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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