Basic Information

Insect: Pheosia tremula
Gene Symbol: -
Assembly: GCA_905333125.1
Location: HG995420.1:2783569-2788813[+]

Transcription Factor Domain

TF Family: MYB
Domain: Myb_DNA-binding domain
PFAM: PF00249
TF Group: Helix-turn-helix
Description: This family contains the DNA binding domains from Myb proteins, as well as the SANT domain family [1].
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 8 7.6 9.9e+03 -3.1 0.0 1 13 72 84 72 89 0.80

2 8 4.4 5.7e+03 -2.3 0.1 30 45 113 128 105 129 0.81

3 8 0.0048 6.2 7.1 0.0 23 44 344 364 334 366 0.90

4 8 0.0013 1.7 8.9 0.4 8 43 423 463 413 466 0.78

5 8 0.54 7e+02 0.6 0.4 22 46 577 611 565 611 0.72

6 8 3e-06 0.0039 17.4 0.7 3 45 662 713 660 714 0.87

7 8 8.4e-05 0.11 12.8 0.1 13 43 855 892 839 895 0.80

8 8 0.079 1e+02 3.2 1.8 4 15 1050 1061 1047 1065 0.88

#	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	8	7.6	9.9e+03	-3.1	0.0	1	13	72	84	72	89	0.80
2	8	4.4	5.7e+03	-2.3	0.1	30	45	113	128	105	129	0.81
3	8	0.0048	6.2	7.1	0.0	23	44	344	364	334	366	0.90
4	8	0.0013	1.7	8.9	0.4	8	43	423	463	413	466	0.78
5	8	0.54	7e+02	0.6	0.4	22	46	577	611	565	611	0.72
6	8	3e-06	0.0039	17.4	0.7	3	45	662	713	660	714	0.87
7	8	8.4e-05	0.11	12.8	0.1	13	43	855	892	839	895	0.80
8	8	0.079	1e+02	3.2	1.8	4	15	1050	1061	1047	1065	0.88

Sequence Information

Coding Sequence: ATGGAGCAAATAGTAGTGAAAACTGAGATGCCAAATAATGGAGAGATATTGCTCTTCTATGTTGACGAAAATGGTGGTAATGAACAAGGTGTACTCACAACAGTAGAAAGCATAGAGAATCAAGCAGTACAAATGCAGCAAGACAACTCATATGTCATTGAAGATGTTGGCGAGTTGTCCAATGATTACAACCTACTCCAAGCAACTAACCAGAAAGAACACTGGACCGAGAATGACATCAAGAGACTATTAGTATTCTACAATGACAATAAACACACATTTATTTCTGGAACAACCAAGAAGGAACACCTTTGGACTGTTGCATGCAAAACTATGCTCATCGGCAAGAATCCAAACTCGTGTGAAATGCAACTCCAAAACTTAAGAGTCAAGTACAACGAAATCTGCGGCCACTTACAAAAGGGTATATATGCCAAATGGCCATACTTTGAAATTTGCCATTCGGTATTCCAAGATGATTATTACACTGAGAAACCAATAGATGAATATGAAATACAACTGCAAGATGATGCTGCAGATATACCTCTTGTAACAGAGAACCTCAACAGCTTTGTTGTGAAGAAATCAAATAGTCGTCCTGTGTCCGATGAGAAGGTGGAAAAAATGCTCAACTTATACCTGAAGTATAAGAAGAACTTTCAACAGGAATATTGGAGACGTGGTTTATGGGAAACCATTGCAATGGAGATAGGCGAGGAAGACGGGGAGTACTGGCAAAAACGGTTCTTGAATTACAAACAGCATTACATACGATTGCTTGACAAACAACGGGAATTCGGTTCTGATAGCATCAGCTGGCCATACTTCGCCGTGTTTGAAAACATCTTCGAAAGCGATGAGGATTTCCGCAGAAAATATTTGAATCAGGATGTAAATGTTGCTCCGATTAATAAAATAACTATTCAAATCCCTTTGGAGTGGGATAATACTGAAAAGACAGTGCTGGTGAAATATTGCTTCGATTGTTTCGATGAGTTTCAGGACTATACCATACCAGATAGTTTTCTTTGGAACGAAATTGGACGTCTGCTAGACAAGACGGCTGACGAATGCAAGCAGAAGTACGAGGAACTTAAAAACGCTCATTTAGACAGATACATAAACGAAGGGTACGACATACGTACACGAAAACCTATAGAGATATTATTCGACAATATAATATCAAAGGAAATTGAATTGGAAATATCGAAAAACCAGAATAAAATAGAAGGGATGGAACATTGGAAGACGGAAGAATTAGACGAATTGGCGCAATTTTTCTATGAGAACATAGAGATGTATAAGGACCCTTTATGCCATTTTGTCTGCTGGGCTGCTATTGCTAAGAAACTTAAAAGGGACCTCGAAAGCTGTAGGGGTCAGTGGGAGGACCTTGTGACCCTATACAAGACCATATTGGCCGACAAGAAAGAGAATCCAGACATGCAAATAGATTGGAGATATATAGAACTATTTGATAGAATATTCGACTACGGTATGGATGAAACATTGCTTGCTGGTTATAAAAGATTGGTGACATTGAATCCGAATCAAGGAATTGGGAAAGTTGGTGTAAAAAAAGTAAAAATAAATCTCGATGAAAACACCGAAGATTTCACCGACGATGACGATTCATTCGACGAGGGAGGCTTCCCGAAACACACTAAACGCCCCGTCGGCGACTCGAAAGCGTTCAAAATACTAGAATACTACCAAAAAAATAAAGACAAGTTCAACACAACGAAGCGTAACAAGCATTCGCTGTGGGAAGTTCTAGCCAAACAAATTGGCATATCGGCCATCAAGTGCTCTCACCGGTTCCGTAACTTAAAGCAAGTGTACACAGCATACGTCCAGAGAGAGATTAACAAACCAGAAATGCCAATACTCTGGCCGTACTACGCTCTATGTAAGAAAGTTTTCGGTTACAGAGCGATCAAAACTAAACTAAAAAATGGCAAACACGACTACGATGACACCGAAGACTGGACCGCCAAAGAAATAAAGCAGTTAATCAACTATTTCTCGCGACATTTTCACGAAATTAACAATAATACCGACAATATTAACAAGTGGTCTGAATTGGCGAGGGAGATCGGCAAAAGTAAGGGTTCCTGCAAGGAGAAATTTATGGAGTTGAGAAAGTCATATCGAAAGTTGAAGACTATGAGGAGTAGGAACCCAGAAGTGAAGATATCTTGGAAGTATTTTAATATGTTTGAGAAGATTTATATGGAGAAAGAGAGTCCAGAAGCGATGGATCAGGACGGGGAGAATTATGTTGAAATGCATTTGGAACAAGATGGTGTTTGGAAGAGTGAACAAGGAGAAGACGATTATCAATGCATCATAGTGATGTCAGAAGGAGAAGATATTTCTAACATAGATAGCAACCAAATCAACACAGACAACACCCAAATCGACATAGACAATACCCAAATGAACATAGACAACACCCAAATCATGATACAAGAGAACTCTGTAAAATCCCTACAAGTCGACGGAATAAAACGACCAAACAAATGGACGAAACGCACCAAGAAACGATTACTAATCTTGTACATCAACTACGTAAGGTCGCACAAAGGGAAGGAAATTATACCAAAAGATATGTGGGGGGCCATCGCTTCGAAATTACAGGACAAGACCCCAGTGGCGTGTAGGAAAATGTTCACAAAAATGAAAGCCAATTACAAGCAAGACGAACACGACATCAATAAGAAAAAGACGCCTTATCACACTTTACTAGAGAAAGTAATGCGTTTGAAGCCGAAATTCGTTAAATCTGATAGTACTAAAACTTTGACAGACGGCCGGACTTACAAGGACGTTTCTTTGTCCGATGAAAAAGTGGAGCAAGCGTTGACATACTATTTACAACATGTTGAAGACTTTGTCAACCCGAAATTCGAGAAGAAATATGTCTGGACTGAATTAGCCAACTTTATCTCTGAGCCTGTCACAAAAGTGTTTAACAAAATCAATTATTTGAAGCAATGTTTTAATACTGAAACAGTCGCTGTCACTGGAGATAAGACACCGTTCTTTGAGCTCATAAAAGAGATTTTGGCCAAAGAAATTGACCTAAAGCAATTCATCGATAGTCAACCAAAGCCTATCATTGATGAATCCGTAACCGAAGACCTATGGACTGACGAAGAAACGGAGAAACTCCTGGAATGGTATCTGAGTAATTTGGAGAAGTTTAAGAATCCGAAATTCGTTAGAAGCTACCTATGGATGGAGGCGTCGAGTATTCTCGATAAGAGCGCTATAGTTTGCTCAAAGAAGATGTATGAAATCAGAACTGAGTATAGGAATATGGTTCGGGAAAGACCCGAGGAGTTGAACAGTTGGAGGTTCCATGATTTGTGTCAGAAGATTTATGGAACGGGAAAGAAGGGAAGTAGTGCTATTGCTAGTTAG
Protein Sequence: MEQIVVKTEMPNNGEILLFYVDENGGNEQGVLTTVESIENQAVQMQQDNSYVIEDVGELSNDYNLLQATNQKEHWTENDIKRLLVFYNDNKHTFISGTTKKEHLWTVACKTMLIGKNPNSCEMQLQNLRVKYNEICGHLQKGIYAKWPYFEICHSVFQDDYYTEKPIDEYEIQLQDDAADIPLVTENLNSFVVKKSNSRPVSDEKVEKMLNLYLKYKKNFQQEYWRRGLWETIAMEIGEEDGEYWQKRFLNYKQHYIRLLDKQREFGSDSISWPYFAVFENIFESDEDFRRKYLNQDVNVAPINKITIQIPLEWDNTEKTVLVKYCFDCFDEFQDYTIPDSFLWNEIGRLLDKTADECKQKYEELKNAHLDRYINEGYDIRTRKPIEILFDNIISKEIELEISKNQNKIEGMEHWKTEELDELAQFFYENIEMYKDPLCHFVCWAAIAKKLKRDLESCRGQWEDLVTLYKTILADKKENPDMQIDWRYIELFDRIFDYGMDETLLAGYKRLVTLNPNQGIGKVGVKKVKINLDENTEDFTDDDDSFDEGGFPKHTKRPVGDSKAFKILEYYQKNKDKFNTTKRNKHSLWEVLAKQIGISAIKCSHRFRNLKQVYTAYVQREINKPEMPILWPYYALCKKVFGYRAIKTKLKNGKHDYDDTEDWTAKEIKQLINYFSRHFHEINNNTDNINKWSELAREIGKSKGSCKEKFMELRKSYRKLKTMRSRNPEVKISWKYFNMFEKIYMEKESPEAMDQDGENYVEMHLEQDGVWKSEQGEDDYQCIIVMSEGEDISNIDSNQINTDNTQIDIDNTQMNIDNTQIMIQENSVKSLQVDGIKRPNKWTKRTKKRLLILYINYVRSHKGKEIIPKDMWGAIASKLQDKTPVACRKMFTKMKANYKQDEHDINKKKTPYHTLLEKVMRLKPKFVKSDSTKTLTDGRTYKDVSLSDEKVEQALTYYLQHVEDFVNPKFEKKYVWTELANFISEPVTKVFNKINYLKQCFNTETVAVTGDKTPFFELIKEILAKEIDLKQFIDSQPKPIIDESVTEDLWTDEETEKLLEWYLSNLEKFKNPKFVRSYLWMEASSILDKSAIVCSKKMYEIRTEYRNMVRERPEELNSWRFHDLCQKIYGTGKKGSSAIAS

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_01179447;
90% Identity: iTF_01179447;
80% Identity: -