Basic Information

Insect: Anorthoa munda
Gene Symbol: ct
Assembly: GCA_945859655.1
Location: CAMAOM010000155.1:367709-396349[-]

Transcription Factor Domain

TF Family: CUT
Domain: Homeobox|CUT
PFAM: PF02376
TF Group: Helix-turn-helix
Description: The CUT domain is a DNA-binding motif which can bind independently or in cooperation with the homeodomain, often found downstream of the CUT domain. Multiple copies of the CUT domain can exist in one protein (eg Swiss:P10180).
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 3 1.6e-27 6.5e-23 81.7 0.0 3 70 242 310 240 316 0.94

2 3 1.9e-32 7.6e-28 97.5 0.0 4 77 641 715 639 717 0.96

3 3 2.7e-31 1.1e-26 93.8 0.0 3 75 843 916 841 920 0.95

#	of	c-Evalue	i-Evalue	score	hmm coord from	hmm coord to	ali coord from	ali coord to	env coord from	env coord to	acc
1	3	1.6e-27	6.5e-23	81.7	3	70	242	310	240	316	0.94
2	3	1.9e-32	7.6e-28	97.5	4	77	641	715	639	717	0.96
3	3	2.7e-31	1.1e-26	93.8	3	75	843	916	841	920	0.95

Sequence Information

Coding Sequence: ATGTTCTTTTTACGTAAACTAATCAACAAGAACAAGCACACAATCATCACAAACAATCATCACATCATCAACATCTCATCTGCACTAACAATCAGAAACGGCATAAAACTTGAATTGGAAAAACGGCCGTCTCAAGACATCGCCCAACTAGTAGAAGACGTGCGCCGTCTCCAAGCATCTCTGACAGCGCTGCAGGAAGCGCATGCTCAGCAGTTGCAGCGGCTAGAGGAGCGACTGGATGAGAAAAAGCAGCACATCGCCAGGCTTGAAGCGAGGCTCGACACGCAGAGAGACTATGATGATATCAAAAGAGAAATCAGCATGCTCCGAGCACTCGACCTGGGCGGTGGAGAGAGATCTTTAGAGCGAAAACCTGAAATTCGCTCGCCGAGCACCGCACCTTCGCTCCGGGACCATTCAGCCGAGAGAGAGCGAAGTGCCGAGCGCCGCGATACAGGTGTGGAGGAGTGGCCCAGCACGCCGCCGCCGCTCAACAACAACACCACTCACCACAACAACAACGGGCCCATGCCGCTGCCGCTGCCGCCGCCAAGCCCTTTCCGCTTCGAGGAGCACCGTACCTACAGATTCGCGGAGGACATGGGACCGCTGCCACCTGGCGCGCTGGTCGGACGCCTCGGAGACTCCCTCATCCCCAAAGGCGACCCGATGGAGGCGCGACTGCAGGAGATGCTAAGATACAACATCGACAAATATGCGAACACCAACCTGGACACGTTGCATATAAGCCGGAGAGTGCGAGAATTGCTGTCGGTCCACAACATTGGACAGAGGCTGTTCGCTAAGTACGTACTGGGGCTGTCGCAAGGCACGGTGTCGGAGCTGCTGTCCAAGCCCAAACCCTGGGACAAGCTGACGGAGAAGGGACGCGACTCGTACCGCAAGATGCACGCGTGGGCCTGCGACGAGGCCGCCATCATGCTGCTCAAGTCACTGATCCCTAAAAAAGTCGGAACGAAGGATGGCACCGGAGCAGTATTCGGTCGTCCGGAGGGAGAGGGTGATGACAGGCTCACGCACGCTATCTTGAGTGAAGCGCATATGATGAAGACGCCTAGTGGACCTCCCCACAACGATGACTCCAGAAGCAATGAGGACTCCAGCTCGCCGAGGACTCAGTGCCCCTCACCTTTCTCCAATAAGGACGGGAGTCAAAACAGAAGACTTAAGAAGTATGAGAACGACGACATTCCTCAAGAGAAGGTGGCGCGCATATACCAGGAGGAGCTTGCCAAAATCATGACCAGGAGAGTAGAAGACATCCGCCGCGAAGGTTTCCCTGGCATGTTTCCTCCTTTTTTCAGCGGCGGCATGCCACCACACATGGAGAGGCCACCGGAAGACATCCGCATGGCCCTGGAAGCGTACCACAGAGAACTTGCCAAGATCCAGCCTACTGGCAACATTCCCAGCCTGCACAACTTGCCAGCCATGCCGCCCTTTCCCAACCTTCTCGCGTTGCAACAGCAAGCGATGCAACAAGCACAGAACCAACAGATGAATGGCTCAGGAGCGGTCCAAGATCTCTCTTTGCCAAAAGACAAAAACGCCAAAATGAATGGAATGACTGATAGTGATAAGGAAAGGTCAATGGATGCCGAAGAGGCTATTAGGCACGCGGGGAGCGCCTTCTCGTTAGTGAGGCCTAAACTAGAGCCGGGACAGCAATCTACGGGGTCGTCCGCGTCCAGCCCACTGGGGAACGCGATACTACCTCCCGCAATCACTCCAAATGAGGATTTCAGTAATTCAGCGGCAGCAAGCCCACTACAGAGGATGGCGTCGATCACGAACAGTCTCATCTCCCAGCCATCAAATCCTCCTCATCATCCTCCAGTACAGAGGTCGATGAAAGCAGTTCTTCCACCAATCACACAGCAACAATTTGATCTCTTTAACAATTTGAACACTGAAGATATAGTGAGGAGAGTGAAAGAGGCTCTTAGCCAGTACTCCATTAGCCAAAGACTTTTCGGAGAATCCGTCCTTGGTCTATCACAAGGATCCGTGAGTGACTTGTTAGCGAGGCCGAAGCCCTGGCACATGCTCACGCAGAAGGGACGAGAGCCTTTCATCCGCATGAAGATGTTCTTGGAGGATGATAACGCTGTCCACAAATTGGTTGCATCACAGTACAAAATCGCGCCGGAAAAATTAATGAGGACTGGAAACTATAGCGGAGCACCTCCTTGTCCGCCAAATATGAACAAACCTATGCCGCCAACACAGAAGATGATTTCCGACGCGACCTCCCTGCTGAGCAAGATGCAGCAGGAGCAGCTGCTGGGCGCGGGCCACCTGGGCCACCTCGGGACGCCCACGCCGCTGCTGCTGACGCCGCCCGGCTTCCCGCCGCACCACGCCGTCACGCTGCCGCCGCAGCACCACGACAACAACAAGGAGCGCAAGCCGCCGCCGCCCCCGCAGCCGCACCACCAGCCCCCCATCATGCGCAGCCTGCACCAGCACATATCGCCAAGCGTCTATGAGATGGCCGCGCTCACGCAAGACTTAGACACTCAAACAATTACGACCAAAATTAAGGAAGCGCTCCTGGCGAACAACATTGGCCAGAAAATCTTCGGCGAAGCCGTTCTAGGTCTATCACAGGGTTCTGTCAGTGAATTGCTATCAAAACCGAAACCCTGGCATATGCTCAGCATTAAGGGTAGGGAACCATTCATTCGCATGCAGCTATGGTTAAGTGATGCCCACAATATTGACCGCCTTCAGGCTTTGAAGAATGAGAGACGAGAAGCGAGTAAACGACGACGGTCCAGCGGCCCCGGACAAGACAACTCGTCTGACACATCGTCGAACGATACGTCAGAGTTCTACCACTCCAGCTCGCCGGGCCCCACCGCGGGAGCGCCGTGTGCCAAGAAACAACGAGTATTGTTCTCCGAAGAACAGAAGGAGGCACTAAGATTAGCATTCGCACTCGACCCTTACCCAAACATGCCAACGATCGAATTCCTCGCCGCAGAATTGGGTCTATCATCGCGAACCATCACCAACTGGTTCCACAATCACCGCATGCGGCTAAAACAACAGGCACCTCATGGCTTGCCGGCCGAACCTCCCGCGCGGGATCAGTCTTCGGCACCTTTCGACCCAGTCCAGTTCCGACTTCTCCTCAATCAGAGACTACTGGAGCTGCAGAAGGAGAGGATGGGTCTTGCTGGCGTACCCCTACCGTACCCGCCGTACTTCGCAGCCAACTCCAACTTAGCGGCACTGATTGGTCGCGGGTTAATACCTCCCGAAGACCGGGTGAAGGACCAATCTGGCGGCCTCGACCTCTCGATGCCACTGAAACGAGAACCCGATGGTGATGACTTTGAGGACGATGACGTCGAGAGCAACCTCGGCTCCGAGGACTCGTTGGACGAGGAATCTAAGACTGAGCCGAAAGCGGCGTCGACGCCGCACGCTACAGGGCGATCCAGCAGACGAAAGCCCGCAGCGCCGCAGTGGGTCAACCCTGACTGGCAAGATGAGAAGCCGCGTAACCCTGACGAAGTGATAATCAATGGAGTTTGTGTGATGCGAAGTGATGACTTTCGGAGAGAATCCGAGGAGACGGTGCGTGTAGAGCCGTCGCCGGTGGCGCGCGAGGGCTCGCCGGCCGCGTCGCCCGCGCCGCGCACGCCGCTCACGCCGCACACGCCGCACGCGCCGCACGCGCCGCACACGCCCCACACGCCGCACACGCCGCGCCCGCCACATACGCCTGACGATGTGATCCCCGAAGACAAAATCAAATCCGAGACCGACGACGGTTGGGAGTACTAA
Protein Sequence: MFFLRKLINKNKHTIITNNHHIINISSALTIRNGIKLELEKRPSQDIAQLVEDVRRLQASLTALQEAHAQQLQRLEERLDEKKQHIARLEARLDTQRDYDDIKREISMLRALDLGGGERSLERKPEIRSPSTAPSLRDHSAERERSAERRDTGVEEWPSTPPPLNNNTTHHNNNGPMPLPLPPPSPFRFEEHRTYRFAEDMGPLPPGALVGRLGDSLIPKGDPMEARLQEMLRYNIDKYANTNLDTLHISRRVRELLSVHNIGQRLFAKYVLGLSQGTVSELLSKPKPWDKLTEKGRDSYRKMHAWACDEAAIMLLKSLIPKKVGTKDGTGAVFGRPEGEGDDRLTHAILSEAHMMKTPSGPPHNDDSRSNEDSSSPRTQCPSPFSNKDGSQNRRLKKYENDDIPQEKVARIYQEELAKIMTRRVEDIRREGFPGMFPPFFSGGMPPHMERPPEDIRMALEAYHRELAKIQPTGNIPSLHNLPAMPPFPNLLALQQQAMQQAQNQQMNGSGAVQDLSLPKDKNAKMNGMTDSDKERSMDAEEAIRHAGSAFSLVRPKLEPGQQSTGSSASSPLGNAILPPAITPNEDFSNSAAASPLQRMASITNSLISQPSNPPHHPPVQRSMKAVLPPITQQQFDLFNNLNTEDIVRRVKEALSQYSISQRLFGESVLGLSQGSVSDLLARPKPWHMLTQKGREPFIRMKMFLEDDNAVHKLVASQYKIAPEKLMRTGNYSGAPPCPPNMNKPMPPTQKMISDATSLLSKMQQEQLLGAGHLGHLGTPTPLLLTPPGFPPHHAVTLPPQHHDNNKERKPPPPPQPHHQPPIMRSLHQHISPSVYEMAALTQDLDTQTITTKIKEALLANNIGQKIFGEAVLGLSQGSVSELLSKPKPWHMLSIKGREPFIRMQLWLSDAHNIDRLQALKNERREASKRRRSSGPGQDNSSDTSSNDTSEFYHSSSPGPTAGAPCAKKQRVLFSEEQKEALRLAFALDPYPNMPTIEFLAAELGLSSRTITNWFHNHRMRLKQQAPHGLPAEPPARDQSSAPFDPVQFRLLLNQRLLELQKERMGLAGVPLPYPPYFAANSNLAALIGRGLIPPEDRVKDQSGGLDLSMPLKREPDGDDFEDDDVESNLGSEDSLDEESKTEPKAASTPHATGRSSRRKPAAPQWVNPDWQDEKPRNPDEVIINGVCVMRSDDFRRESEETVRVEPSPVAREGSPAASPAPRTPLTPHTPHAPHAPHTPHTPHTPRPPHTPDDVIPEDKIKSETDDGWEY

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_01338275;
90% Identity: iTF_00445005;
80% Identity: iTF_00111517;