Basic Information

Insect: Hestina assimilis
Gene Symbol: -
Assembly: GCA_016906905.1
Location: JAFDUZ010000052.1:458304-477290[-]

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 4 6.7e-05 0.027 15.0 1.1 31 60 212 241 204 245 0.89

2 4 1.7e-05 0.007 16.9 0.7 33 63 703 733 696 735 0.89

3 4 2e-05 0.0081 16.7 1.6 32 63 1167 1198 1161 1199 0.91

4 4 4.9e-05 0.02 15.4 1.4 33 63 1588 1618 1578 1620 0.90

#	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	4	6.7e-05	0.027	15.0	1.1	31	60	212	241	204	245	0.89
2	4	1.7e-05	0.007	16.9	0.7	33	63	703	733	696	735	0.89
3	4	2e-05	0.0081	16.7	1.6	32	63	1167	1198	1161	1199	0.91
4	4	4.9e-05	0.02	15.4	1.4	33	63	1588	1618	1578	1620	0.90

Sequence Information

Coding Sequence: ATGCCCAACAGGGCGAGGAGGGTCTGCGTCCGAATAGACGCAGACAACGCTGCGACGGCTAGACGGGGCCAGTTCCGGGGTGCGGAGGCGGTATCCGCCCAGACCGCACCATCGGTGGTTGAGGACAGGTCCTTTCTTTCGGAGACGACCACGGACTCCGAGGCGACGACGGGAAGCAAGCGAGGTCCTCGCAAGCGATCCCGTTCCGGATTGAGAAACTGCGACGGGGACTCCGACTCCAGCGTGGAGACGGAAGTCGAGGTCCCCAAGCAAAAACGAGGCCGGGGAAGGCCTCCTACAACGGGAAAGTGGGTCGGGTTCCTGAAGGCTAAAACGGATCTAGCCAAGGCTAAGAAAGATGCCGAGTATCAGGAAGCCGTACAAAATATGGAAGAGCGGGTGTATGTGACGCGAAAAGAGGTGGAGAAAAAGCGTGTTGCATGCCCCAACGACGAGAAGGCGATCACTGTCGCATCGGCGACTGAGCTGCACAACGCCATCGAGGCAGAGTGCAGCCTCATTGCGGAGGCTGCGGCGAAATCGTCGCACCTTAAAGGTCAAGTCATGAGGACCTTTAAGCAGAGCGTTGCCTCGATCAAGGAGCGGGCTGCTGAGCTGTCCTCGTTGACCACGACTGAGGAGACGAGGCGGCTCTTCAAAGAGAACGCGCGGCTAAGAGCGGAGGTGTCAGAGCTGCGCCAGGAGATTGCGCAACTTCGGACGGACCTATGGACCAGACCTGCTCCGATCGTACCTCCGACTGAGAGACCTGGTCCAACGGCCATGGAAACAGAGGCCACTCCTAAGGCGCTTTCGGGCGAAGTATCGGTCCCACGTGCGGACAAAGATGAATGGATGCGGGCGGCCATGCTAGAGATAGGGAGAATGGTTAACGCCCGCATAGAATCGCTGGAGGCCAGGCTTAACCTGCCTCCCGAGCGAGTGCGCCCACCGCTGGCCGCCGATAGCAAGGTGGCCAACACAACGGCCAGGCAGCCTACGCTGCAAAAGAAGAAGAAGTCTGCGGGCCCCCAGAAGAAGGGTGTCCAAAGCGTGCCGGAGGTAGTAGCACCGCCAGTCACGAACGCCGGTGATAGGGCCTGGACCCTGGTCACCGGCAAGAAAAATAAGAAGAAGTCGGCTTCTAAACCGACCACTCAGCCGTCACAAATGGCCAAAAAGAGGAAAGGACCTAAGAAGCCCAGGTCCAAGCGTGCCGTGAAGCCTCCGCGTACTCAAGCAGTGGTGATTGCCGCGCCACCGGAGGAGAAGCTTGACTACGCCGAGGTTCTCCGGAACGTACGGAGTCAAGTCAACCTGTCCCAATTGGGCATTGAGGGCGGGTTCAAGCGTCGAGGCGTAGGAGGATGGGGCAGCGTAGGTGGTTGCACCAAGCTGCGATGCCGTAGTGGGTGGCCTGCGGACGAATGTCGCTGGGGCGACAGACGTCCGCATTGCACAGGCCCCCACCGCGAGGATGAGAGCGAGCCTTATGGGTTTCTGCTCGCTCTCATGCCCAACAGGGCGAGGAGGGGTGACCTGAGCCAGGGGGGCTGTTCTTCCGGGGGTGTGGAGGCGGTATCCGCCCAAACCGCACCAACGGAACAAAAATCGGACTCCACGTCCAGACGTGCGCGTCAGCGCCACGAGAAGGAGAAGCGTAGCGCTTTAATTGACGAAGAGAGGTCGTTTCTCTCTGAGACCACGACGGACTCCGACGGGTCGAAGAGAGGACGAAAACGATCCCGATCCGGTATCAGACGAGATGGGGAAAGCGGCTCTGACTCTAGCAGAGAAAGAGCACTTGAAATTCCTACCCAGAAGAGGGGCCGTGGCAGGCCTCCTACAACGGGGCAATGGGTCGGCTTCTTAAAGGCAAAGCAGGAGCATGCTAGGGCCAGAGCTGACGCCGAATACAGGGAGGCTCCGATGAGCAGTGCAACGGCGGAAGAACTGAATAAGGCCATCGACGCAGAGTGTGGGCTGATCGCAGAGGCGGCGGCAAAGTCCAAACACCTCAAAGGGCAGGTGCTGAGGACTTTTAACCTAAGTGTCGCGTCAATCAAAGAGCGGGCAGCTGAACTATCCTCACTGACCGTGTCTGAGGAGACTCGTAGGGTCTCAAGCGAAAACGCGCGTCTCAGAGACGAAGTTGCGGAACTGCGCAAGGAGATCGCGCAGCTCCGAACAGAAATAAAGGCGACCACGGGGCCAGCCGTCGAACCGACGAATCGGATGGAGACCGATGCCGCTCCTGTGGTGCCTCAGGGCGCGACGCCGGGTCGGTCTCCGGACATGGAGGAATGGATGCGGGCGGCCATGCTGCAGATTGGCAACATGGTTAACGCCCGCATCGAATCATTAGAGGCAAGGCTAAACCTGCCGCCAGAGCGAGTGCGTCCACCACTGGCGGCGGATTCCAAAGCGGCCAAAACAGCGGGAAAGCAGCAACCACGACTCGGTGGGAAGGGGCCAAAGTCCCCAGAAAAAGGTGCGGGCCTCGCGAAAGAAGGTGACCAGAGCTTGGTGGTAGCAGGCCCTTCAGCTCCAAAGGCCAACAAAGAGGCTGGCTGGACTCTAGTGGCCAAAAGAAGAAGGCGAGCAAGAAGCCTCCACCGCCAACGAAGAAGAGTAAGGGAAAGGGCCCAAAAAGCCCAAACGGAGACGTGCAGCCAAACCACCACGCACTCAGGCTGTGGTAATCGCTGCGCCGCAGGACGCGAGCATAAACTATGCGGACGTCCTAAAGAACGTGCGGACCCACGTGAGCCTGGCCGAACTAGGGCTGGAGGGCGGGTTCAAGTTCCGCACGACGGCGACCGGCGCTCGTTTATTGGAGATGCCCCCTGCGGCTACGCTGCCGTAGTGGGTGGCCTGCGGACGAATGTCGCTGGGGCGACAGGAGTCCGCATTGCACAGGCCCCCCGCGAGGATGAGAGCGAGCCTTATGGGTTTCTGCTCGCTCTCATGCCCAACAGGGCGAGGAGGGGTGGCCTGAGCCAGGGGGGCTACAGTTCCGGGGGTGCGGAGGCGGTATCCGCCCAGACCGCACCATCGGTGGTTTTGGAACGGTCGTTCCTTTCGGAAACGACTACCGATTCCGACGCGACGGCGGGACGCAAGCGGGTACCTCGCAAGCGATCCCGCTCAGGTTTAAGGACGTGTGACGGGGACTCCGACTCCAGTGTGGAGACGGAGGTCGAGGTCCCTAAACTGAAGAGAGGCAGAGGAAGGCCTCCGACCACGGGCCAGTGGGTCGGCTTCTTAAAGGCGAAGCAGGAGCACAGTAGGGCCAGAGCTGACGCCGAATACAAGGAGGCACCGATGACCAGTGCAACGGCTGAAGAGCTTAATAAGGCCATTGACGCAGAGTGTGGGCTGATCGCAGAGGCGGCGGCTAAGTCATCGCACCTGAAGGGGCAGGTCCTCCGGACCTTCAAGCTGAGCGTCGCGGCAATTAAAGAGCGAGCGGCGGAACTATCGTCACTGACCGTGTCGGAGGAGACTCGAAGGGTCTCAGCCGAGAACGCGCGACTCAGGGAAGAAGTCGCGGAACTACGCACGGAGATCGCGCAGCTCCGAGCGGAACTGAAGGTGGCCACAACGCCAGCCGTCGAACCGACGATTCGTATGGAGACCGAGGCTGCTCCTGCGGTGCCCCAGGGCGCGACGCCGCGTCGATCCTCGGATATGGATGAATGGATGCGGGCGGCCATGCTGCAGATTGGCAACATGGTTAACGCTCGCATCGAATCCTTGGAGGAGGCTGAATTTGCCACCCGAACGGGTTCGTCCACCATTGGCTGCCGATGCCAAGGCGACGAAAGCAGCGGCTCAACAGCCTACGCTCCTAAAAGAGAACACGAGCGGCAAGAAAGCTGCGGGCTCCAGAAAAAGGGTGCCCAAAGACCGGGAACTGTAGCAGTTTCAAACGCTGGTGAGGAGGCCTGGACCCTCGTCACCGGCAAGAAAAAGAAGAGGTCCGCCCGAAAACCGGGGGCGAAGACTGAATCCAAGAAAGGAAAGGGCCCAAAAAGCGCCTCAGAATCGACGATCCCTTGGCGGAGGCGTCGAGGCGTAGGAGGATGGGGCAGCGTAGGTGGTTGCACCGAGCTGCGATGCCGTAGTGGGTGGCCTGCGGACGAATGTCGCTGGGGCGACAGACGTCCGCATTGCACAGGCACCCACCGCGAGGATGAGAGCGAGCCTTATGGGTTTCTGCTCGCTCTCATGCCCAACAGGGCGAGGAGGGTCGTTTCTCTCAGAGACGACCACGGACTCAGAGGCGACGGCGGGAAGCAAGCGAGGTCCTCGCAAGCGATCCCGTTCCGGGATGAGAACCTGCGACGGGGACCTGACTCCAGCGTGGAGACGGAGGTCGAAGTCCCGAAGCAGAAGCGAGGCAGAGGAAGGCCTCCTACAACGGGCCAATGGGTCGGCTTTTTTAAGGCCAAACAAGACCTGGCCAAAACGAAGAAGGCGGCGGAGTATGAAGAGGCAGTGAGGGAGTTGGAGAAGCGGGCTTATATAACGCGAGTTGCGGTCCAAAGCAAACGGATTGAGTGCCCCCGAGAACAACTCCCGATCACCGAGGCGACGACGGCGGAGCTGCACAACGCCATCGAGGTGGAGTGTGGGCTCATCGCGGAGGCGGCGGCGAAGTCGTCGCACCTCAAGGGCCAAGTAATCAAGGCCTTCAAACAGAGCGTGGCTGCCATTAAAGAAAGGGCGGCTGAGTTAGCCTCGCTATCATCGACTGAGGAGTCAAGGCGTGTCACGAAGGAGAACGCGCGGCTCAGGGGGGAGGTGGCGGAACTGCGCCAAGAAATTGCGCAGCTCCGGGCGGAAGTGCGGGCGTCAATCCCTGCCGCACCACCGACCCCATGGAGACAGCGGTTCCGGGCGCAAGGTCGGCTCCACCGGCTAACAGGGAAGAGTGGATGCGGGCGGCCATGCTGGAGATAG
Protein Sequence: MPNRARRVCVRIDADNAATARRGQFRGAEAVSAQTAPSVVEDRSFLSETTTDSEATTGSKRGPRKRSRSGLRNCDGDSDSSVETEVEVPKQKRGRGRPPTTGKWVGFLKAKTDLAKAKKDAEYQEAVQNMEERVYVTRKEVEKKRVACPNDEKAITVASATELHNAIEAECSLIAEAAAKSSHLKGQVMRTFKQSVASIKERAAELSSLTTTEETRRLFKENARLRAEVSELRQEIAQLRTDLWTRPAPIVPPTERPGPTAMETEATPKALSGEVSVPRADKDEWMRAAMLEIGRMVNARIESLEARLNLPPERVRPPLAADSKVANTTARQPTLQKKKKSAGPQKKGVQSVPEVVAPPVTNAGDRAWTLVTGKKNKKKSASKPTTQPSQMAKKRKGPKKPRSKRAVKPPRTQAVVIAAPPEEKLDYAEVLRNVRSQVNLSQLGIEGGFKRRGVGGWGSVGGCTKLRCRSGWPADECRWGDRRPHCTGPHREDESEPYGFLLALMPNRARRGDLSQGGCSSGGVEAVSAQTAPTEQKSDSTSRRARQRHEKEKRSALIDEERSFLSETTTDSDGSKRGRKRSRSGIRRDGESGSDSSRERALEIPTQKRGRGRPPTTGQWVGFLKAKQEHARARADAEYREAPMSSATAEELNKAIDAECGLIAEAAAKSKHLKGQVLRTFNLSVASIKERAAELSSLTVSEETRRVSSENARLRDEVAELRKEIAQLRTEIKATTGPAVEPTNRMETDAAPVVPQGATPGRSPDMEEWMRAAMLQIGNMVNARIESLEARLNLPPERVRPPLAADSKAAKTAGKQQPRLGGKGPKSPEKGAGLAKEGDQSLVVAGPSAPKANKEAGWTLVAKRRRRARSLHRQRRRVRERAQKAQTETCSQTTTHSGCGNRCAAGREHKLCGRPKERADPREPGRTRAGGRVQVPHDGDRRSFIGDAPCGYAAVVGGLRTNVAGATGVRIAQAPREDESEPYGFLLALMPNRARRGGLSQGGYSSGGAEAVSAQTAPSVVLERSFLSETTTDSDATAGRKRVPRKRSRSGLRTCDGDSDSSVETEVEVPKLKRGRGRPPTTGQWVGFLKAKQEHSRARADAEYKEAPMTSATAEELNKAIDAECGLIAEAAAKSSHLKGQVLRTFKLSVAAIKERAAELSSLTVSEETRRVSAENARLREEVAELRTEIAQLRAELKVATTPAVEPTIRMETEAAPAVPQGATPRRSSDMDEWMRAAMLQIGNMVNARIESLEEAEFATRTGSSTIGCRCQGDESSGSTAYAPKREHERQESCGLQKKGAQRPGTVAVSNAGEEAWTLVTGKKKKRSARKPGAKTESKKGKGPKSASESTIPWRRRRGVGGWGSVGGCTELRCRSGWPADECRWGDRRPHCTGTHREDESEPYGFLLALMPNRARRVVSLRDDHGLRGDGGKQARSSQAIPFRDENLRRGPDSSVETEVEVPKQKRGRGRPPTTGQWVGFFKAKQDLAKTKKAAEYEEAVRELEKRAYITRVAVQSKRIECPREQLPITEATTAELHNAIEVECGLIAEAAAKSSHLKGQVIKAFKQSVAAIKERAAELASLSSTEESRRVTKENARLRGEVAELRQEIAQLRAEVRASIPAAPPTPWRQRFRAQGRLHRLTGKSGCGRPCWR

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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