Lclr006427.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Lordiphosa clarofinis
Gene Symbol
ct
Assembly
GCA_018904275.1
Location
JAEIGQ010000018.1:774261-821977[+]

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 4.7e-27 4.5e-23 81.2 0.0 3 72 672 742 670 747 0.95
2 3 1.7e-31 1.6e-27 95.4 0.1 3 73 1074 1145 1072 1149 0.96
3 3 2.8e-31 2.7e-27 94.7 0.0 3 76 1217 1291 1215 1294 0.96

Sequence Information

Coding Sequence
ATGTCAAAAGCCAGCCAACCCCCCAACCCCTCAACATCAACAACAAATTCCAAATATGAAAAGCTTGCGCGCGCTACCCTTGCCGAAAAGGAAGTTAACACACTCAAGGAGCAACTATCCACTAATTCACCCGGCAGCAACATCGACACCACCAACGACAACAACAGCAACACAGCCACATCAGCCACTGTTGCCCACGTAGCCAGCGACGAGGACCATCAGCAGCTGCAGATTAACGATAGTGACAAACTGCTGAACAGCTCCATTGTTGCAGCGGCCATTACGCTGCAACAGAACGGCGGCAATCTGCTGGCCAATACCAATACACCATCGCCATCGCCACCGTTGCTGAGCGCCGAGCAGCAGCAACAGTTGCAGAGCAGCCTACAGAACGGTGGTGCGGTTGGCGGTGCTTGTCTCAATCCCAAGCTCTTTTTCAATCACGCCCAACAAATGATGATGGAAGCGGCCGCAGCGGCAGCAGCCGCCGCTGCAGCAGCAGCAGCCGCTGTACAACAGTCGCCGCTCCGTTCGCCGTCAGCTGATGCAAGCATTAAAGCACTTTTGGATGAACTGCAGCGCCTGCGTGCCCTGGAACAAACTCATCTGGTACAAATTCAACGACTTGAGGAACATTTGGAGGTCAAGCGACAGCATATCATGCGACTGGAGGCCCGTCTCGATAAGCAGCAGATCAATGAGGCATTGGCCGAGGCCACAGCCCTGGCAGCTGCCACCATAACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAGACAACGTTAACAGCAAAGCAAGCGAAACAGTTGCCGTTGAACAGGAGGTGGCCACAGCCATGCTGGTGGAGGGCGAAGATGATGAAGAGGATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTGATCGTGATGAGGAACAGGATGAGGATGAAGAGAACGATGAACAGGATGTGGAAATGTCCACAACTAACAACCATCCAACAGAGGGCAATGAGTTGAAAATCAAAAATGAACAGCACAGTCCCCTTGATCTAAATGTGCTGAGTCCACAATCGGCTTTAGCCGCTGCAGCTGCAGCCGCTGCCGCTGCCGCCTGTGCCAATGATCCCAACAAATTTCAGGCTCTTTTATTGGAACGCACCAAAGCTTTGGCCGCAGAGGCTTTGAAGAATGGTGCAGTTGCCGCTGCAGCCGCTGCAGCCAGCGAGGAAAAGACGCTCGAACCTGTACAGGAAACAACCAAGAATGAAACACCAGAGAAAGTTGCCCATGCTGAGCAGCTGCAGCCGCCACATGCAACACTCGAAGAGCAGCTGGTGAATAGCTATTGGAGACGTGGCTTTGAAGCTGGCCCTGTGGGGAATGGCAGCAAAACGCCAACAATTTATCAAAATTCGCTGCCGCCGCCTTTGCCACTGCCGCCGCCGCCCACCGCAGCAGCAGCAACTCTTACTACCCCTCAGCAACAACAACAACAACAACAGCAACCTCAACATGGACCCTCGTCCACCGCTTTGCTCAGTCAATTGTTGTTGCATCAGGCCGCCGCCGCTGCCCATCAATTCGATTCCAATTCCTCAACCAGCTCCAACAGCACCGCCCAATTGGCCGCCAGCATAGCCAATAGTAGCAAATCCTTGCTCCAGGCCGCCGCCGCTGCCGCCGCCGAGGATAACAACAACAGTTTGACGCCCAATGCAAATGCAGCGGCTGCTGCCGCCGCTATGGCCGCCCATGCCCAGCATGCGGCCGCCTTGGGTGCACCCGGTTTCTTGCCGTTCCAATTTGCCGCTGCTGCAGCGGCCGGACAAGATGCGCGTGCCCATTATCGTTTCGCCGATGCGGAACTGCAATTGCCGCCGGGCGCATCGATGGCGGGTCGTTTGGGTGAATCGCTGATACCCAAGGGTGATCCCATGGAGGCCAAATTGCAGGAGATGCTGCGCTACAATATGGACAAGTATGCCAATCAGGCATTGGATACGCTGCACATATCGCGTCGTGTGCGGGAATTGCTCTCCGTGCACAATATTGGTCAGCGTCTGTTTGCCAAATATATATTGGGCCTGTCGCAGGGTACCGTGTCGGAGCTCTTGAGTAAACCGAAACCCTGGGATAAGCTAACGGAGAAGGGGCGTGACAGTTATCGGAAAATGCATGCCTGGGCGTGTGATGATAATGCGGTAATGCTGCTTAAGTCGCTGATACCCAAGAAAGATTCTGGACTGCCTCAGTATGCGGGACGTGGAGCTGGAGGCAGTGGCGGTGATGATTCCATGACCGAGGATCGCATTGTGCATATACTCAGTGAGGCCTCCTCGCTGATAAAGAATAATGTGGCAGCTGTCCAGCAGCAGCAGCAGCAGCAGGAGCAACACCGACGTCACGAGGATACGCACAGCAATGAGGATAGCAAGTCACCACCACAGAGTTGCAGTTCGCCGTTCTTCAAGGTGGAGCAACAAATGAAGCAACAGCATCACAGTGCGGAGCATAGGGATCAGCGTGATGCAGTGGTGGCGGCAGCTGCACAGCAGCAACAGCAGCGAGAGCAAAGGGAACAGAGGGAGCAACGTGAGGCTGCCCAAAGAGAACAGCAGCAACGCTTACGTCAGGAGGATTTGGCACAGGATAAGATGGCACGTTGGTATCAGGAACTAATGGCCAGGCCACGTGAGGCAGCCTTTCCCAGCCTGATGGCCTTGCAGCAGCAAGTGTTGAATGGGGCTCAGGACTTGTCGCTGGCCGGCAAGGATATCAAATTGAATGGACAGCGCAACTCCTTGGATCACAGCAGCAGCAGCTCCAAGGATGGCGACCGTGACGACAGTTTCCCCTCAATGCATGGCCGCAAATCTGAAGGTGGTGTGACCACACCCGCTCCTCCAGCACCACCGGCAATAACAAACGCTTCCAGCGGAGCCAGTGGTAATGCTCCCGCCTCGGCAGGGGCCAGCAACTCAGCTGCGCCCAGCCCTCTAAGTAATTCCATTCTGCCACCGGCTCTAAGCAATCAGGGTGAGGAATTCGCAGCCACTGCCAGTCCCTTGCAGCGTATGGCTTCCATTACCAATTCACTGATTACCCAACCCCCGGTAACGCCGCATCACAGTCAACCCCAAAGACCCACCAAGGCGGTGTTGCCGCCCATTACCCAGCAACAGTTTGACATGTTCAACAATCTCAACACGGAGGACATAGTGCGTCGGGTGAAGGAGGCCTTGTCCCAGTATAGCATCTCGCAGCGTTTGTTTGGCGAGTCGGTGTTGGGTCTGTCTCAAGGATCCGTGTCCGATTTGCTGGCCCGACCCAAGCCCTGGCATATGCTGACCCAAAAGGGACGTGAACCCTTTATAAGAATGAAAATGTTTCTGGAGGATGAGAATGCGAATATGCTGCTGACCTCGCCTGGTCTACCGCCCCAGCATGCCATCAGTTTGCCCGCCAATCCGGGCCCAAACCCTGCGAATAACTCCGTTAATGCCTCTGGAGAGGAAAAGAAACCCATGCTAATGCCTGTCCATGGAGGAGCACATCCTGCCAATGCCATGCGTAATCTACACCAGCATATGTCACCCACCGTTTATGAAATGGCTGCTCTCACCCAGGACTTGGACACGCACGACATCACCACCAAAATCAAGGAGGCTCTGTTGGCCAACAACATAGGCCAAAAGATTTTTGGAGAGGCCGTCTTGGGCCTATCGCAGGGCTCAGTGTCCGAGCTTCTAAGCAAGCCCAAACCCTGGCACATGCTGTCCATCAAGGGACGTGAACCCTTCATACGCATGCAGCTGTGGCTGAGCGATGCCAACAATGTGGAACGTTTGCAGCTGCTCAAGAATGAGCGACGTGAGGCCAGCAAACGTAGACGCAGCACTGGACCCAATCAGCAGGACAACAGCAGTGATACCTCCAGCAATGATACCAATGATTTCTACACCAGCTCCCCGGGACCCGGCTCTGTGGGGTCCTCCGTGGGTGGAGCCCCGCCCAGCAAGAAGCAGCGTGTGTTGTTCTCCGAAGAGCAAAAGGAGGCCTTGCGTTTGGCCTTTGCTTTGGATCCCTATCCCAATGTGGGCACCATAGAATTTCTGGCCAATGAATTGAGTTTGGCCACTCGAACCATCACCAACTGGTTCCACAATCATCGCATGCGCTTGAAGCAACAGGTGCCGCATGGTCAACCGGGTCAGGATAATCCCATACCCAGTCGTGAGAACACCAATTCCACACCCTTTGATCCCGTCCAGTTTCGTTTGTTGTTGCAGCAGCGTTTGGTAGAGCTGCATAAGGAGCGCATGGGTTTGGGTGGTGCACCTATACCCTATCCACCCTACTTTGCCGCTGCTGCTCTATTGGGACGCAGTCTGGCGGGCATACCAGGAGCAGCAGCGGCTGCAGGAGCAGCAGCAGCGGCAGCTGCGGTGGGTGCAGCTGGCGGAGATGAGCTGCAGGCCTTGAATCAGGCTTTCAAAGAGCAAATGAGCGGTTTGGATTTGTCCATGCCTACTTTGAAGCGAGAACGCAGCGATGACTATCAGGATGACATGGATTTGGAGGGAGTAAGTCGTCACAATATGAGCGACAATGAGTCGCTGGAAGGTCCCGAGGGTGAGGCTGGTGACAAGGCCACCATGGACTTTGAGAGGGCTTTGCAAAAGTCTGCCTTGGCCTCGGTGGCCGCCTATAATGTGGTGCGTAGCTCCAGGCGCAAACCGGCTGCCCCGCAGTGGGTGAATCCCGCCCAAACCACCGCCCCAGGGGCCGTCAGCGAAGCCGAGCGCATTATCAATGGGGTGTGTGTCATGCAACCCTCGGACTATGCCCGCGAGGAGGCGGAACAAAAGACCGATTCAGTTAGCGAAAATGAACCAGACATCGATCATCGTTTCATGGAGCCAGAGGTGCACATAAAGCAAGAGGACGATGACGACGAGGAGGAGGACAAGTCGGAACAGTTATCGGAAGCAGCGGACATCAAGGTGATCAATGAGGACAAGCTGCGTCTGGTGCGTGTGCGTCGTCTGAGCAGCAGCAATGGCGGAGCCGTGTCCTCAGGCGAAGCGGAGGAGGCGCCCAGCTCGGCCGTAACCACAGCAGCTGCCTGGAATTACTAG
Protein Sequence
MSKASQPPNPSTSTTNSKYEKLARATLAEKEVNTLKEQLSTNSPGSNIDTTNDNNSNTATSATVAHVASDEDHQQLQINDSDKLLNSSIVAAAITLQQNGGNLLANTNTPSPSPPLLSAEQQQQLQSSLQNGGAVGGACLNPKLFFNHAQQMMMEAAAAAAAAAAAAAAAVQQSPLRSPSADASIKALLDELQRLRALEQTHLVQIQRLEEHLEVKRQHIMRLEARLDKQQINEALAEATALAAATITXXXXXXXXXXXXXXXXXXXDNVNSKASETVAVEQEVATAMLVEGEDDEEDXXXXXXXXXXXXXXXXTDRDEEQDEDEENDEQDVEMSTTNNHPTEGNELKIKNEQHSPLDLNVLSPQSALAAAAAAAAAAACANDPNKFQALLLERTKALAAEALKNGAVAAAAAAASEEKTLEPVQETTKNETPEKVAHAEQLQPPHATLEEQLVNSYWRRGFEAGPVGNGSKTPTIYQNSLPPPLPLPPPPTAAAATLTTPQQQQQQQQQPQHGPSSTALLSQLLLHQAAAAAHQFDSNSSTSSNSTAQLAASIANSSKSLLQAAAAAAAEDNNNSLTPNANAAAAAAAMAAHAQHAAALGAPGFLPFQFAAAAAAGQDARAHYRFADAELQLPPGASMAGRLGESLIPKGDPMEAKLQEMLRYNMDKYANQALDTLHISRRVRELLSVHNIGQRLFAKYILGLSQGTVSELLSKPKPWDKLTEKGRDSYRKMHAWACDDNAVMLLKSLIPKKDSGLPQYAGRGAGGSGGDDSMTEDRIVHILSEASSLIKNNVAAVQQQQQQQEQHRRHEDTHSNEDSKSPPQSCSSPFFKVEQQMKQQHHSAEHRDQRDAVVAAAAQQQQQREQREQREQREAAQREQQQRLRQEDLAQDKMARWYQELMARPREAAFPSLMALQQQVLNGAQDLSLAGKDIKLNGQRNSLDHSSSSSKDGDRDDSFPSMHGRKSEGGVTTPAPPAPPAITNASSGASGNAPASAGASNSAAPSPLSNSILPPALSNQGEEFAATASPLQRMASITNSLITQPPVTPHHSQPQRPTKAVLPPITQQQFDMFNNLNTEDIVRRVKEALSQYSISQRLFGESVLGLSQGSVSDLLARPKPWHMLTQKGREPFIRMKMFLEDENANMLLTSPGLPPQHAISLPANPGPNPANNSVNASGEEKKPMLMPVHGGAHPANAMRNLHQHMSPTVYEMAALTQDLDTHDITTKIKEALLANNIGQKIFGEAVLGLSQGSVSELLSKPKPWHMLSIKGREPFIRMQLWLSDANNVERLQLLKNERREASKRRRSTGPNQQDNSSDTSSNDTNDFYTSSPGPGSVGSSVGGAPPSKKQRVLFSEEQKEALRLAFALDPYPNVGTIEFLANELSLATRTITNWFHNHRMRLKQQVPHGQPGQDNPIPSRENTNSTPFDPVQFRLLLQQRLVELHKERMGLGGAPIPYPPYFAAAALLGRSLAGIPGAAAAAGAAAAAAAVGAAGGDELQALNQAFKEQMSGLDLSMPTLKRERSDDYQDDMDLEGVSRHNMSDNESLEGPEGEAGDKATMDFERALQKSALASVAAYNVVRSSRRKPAAPQWVNPAQTTAPGAVSEAERIINGVCVMQPSDYAREEAEQKTDSVSENEPDIDHRFMEPEVHIKQEDDDDEEEDKSEQLSEAADIKVINEDKLRLVRVRRLSSSNGGAVSSGEAEEAPSSAVTTAAAWNY

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_00915228;
90% Identity
iTF_00915228;
80% Identity
iTF_00915228;