Atri011529.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Abrostola tripartita
Gene Symbol
LIG4
Assembly
GCA_905340225.1
Location
HG996487.1:4506584-4528416[-]

Transcription Factor Domain

TF Family
DM
Domain
DM domain
PFAM
PF00751
TF Group
Zinc-Coordinating Group
Description
The DM domain is named after dsx and mab-3 [2]. dsx contains a single amino-terminal DM domain, whereas mab-3 contains two amino-terminal domains. The DM domain has a pattern of conserved zinc chelating residues C2H2C4 [1]. The dsx DM domain has been shown to dimerise and bind palindromic DNA [3].
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 2 0.16 9.2e+02 0.1 0.1 6 18 747 759 742 762 0.86
2 2 6e-25 3.3e-21 75.2 11.4 1 47 1632 1678 1632 1678 0.99

Sequence Information

Coding Sequence
ATGGAAATGGAAAAAGATTTAACAAGTAAATTTTTGAGTGGGGAGATGTCTTTTGCCGAATATTCTAACGAATGGTACAATTTCGATGACGAAGAGGACATAGAGGAAGCAAGCAAGAAAAATGATGATGAGCCTTTTATGTTCACTGGAAAAGAAATACACAGACGTCGTAAATTTGCACGTCTGCCCCCAGGTCTCCTGGGTTTGATGGGTGAAGCAAATTTGCGATTTGTTCGCGGGGATAGAGATACAGCTGAAAAAATGTGTCATGAAATTATAAAACAATTCCCAACAGCTCCAGAGCCATACCAAACTTTAGCACAAATATATGAACAAGATACTGAAAAGTCTTTACAGTTCTCATTGCTTGCTGCTCATCTGAGTCCTCCAGATGCTGAGGAATGGTTGAGACTTGCCGCTATATTTAAACAAAGAAATGACGTAAGACAAGAAATGATTTGCTATACACAAGCCATTGCAGATGATCCACATAATTTTGACATTCATATGAAAAGACTCGATCTTCTTACTAAACTAGAAGAGATGAAATATCCTATTCAAACATTAAAAATCACTAAGTTAAAATGTTATCATAAAATTGTAACCTCCTTGCCAGCATCTGAAGGAGAAACTTTAATGAAATATGGTAAAATGGCTGTCACACAGTATCATAATAATAATGAAATGGAGAGAGCACTTGCAGTCATGTCTTCAGCTTATAAAAAATGTCCATCATTGTTTACTATAGAAGATCTCAACATATTTTTGGAGTTACTCATTGGGCAGAAACAATTTCAGTCATGTATTGAAATATTTGTTGCTAGTGCTGGAGTAGAAATTGAAGCTGAAATAGAAACTGTTAAAAATGCTGAAGGCCAAATAGAAGAACAAACTAATTATCTGAAATGTACCATTCCTAATTCCTTACCAATTGATTTAAAAAGTAAGCTATTAGTGTGTTTCATACATCTTGGGGCAATTAATTTAGTACAAACATTATTAAATGATTTTTTGTCAAATGATGTAGAAAAGGCTGGTGACTTATATATGGATATAGAAGAGGCACTTTCTTCAACTGGTTGTCATGAACTGGCAATACAACTTTTAGAGCCTCTGGTAAGAAATGATAGTTTTGATCTTGGAGCAGTGTGGCTTAAACATGCAGAATGTTTGTTTAAGTTGGGCAAAGAAACTGATGCAATAAATTCATATTATAAAGTATTAAAACATGCACCACAGCATCCTGATGCTAGGAGAAAATTATTCATTATACTTGAGAAAAAAGGTCGCATTGATGAAGCTTTGAAGATGTTGGAACAAGATTTTAAATATGTAGTAAGTGCCAATCTTCTTTATGAACAATGTTTGGCTTTGAAGAAATACAATAGATGGCTTAAATATTTAGAAACTGGTGAAGCTCTTCTCTCTAAAACATTTGTTAGGTTTACACATCAAGAAGAATTAAATATGGCATGCAAAGCAAGATGTGGAATTGATCTTATCCACAATTTTCGTACTATGCGTGGAGAGAACCAATATCATGAAAATGATATTCACTTTGATGAAGATGAAACATTCAAATTTACCCCACAGCAAAAGTGGGATTTTTTCATTGAAATGTTAAATATTGCTTGTAAATTTAAGCAATATTTTACAATGCAACGATTGACATTTGGAGCAATGATGTCTAAAAGTCTATCTTCACATCGCCTTGATATAGAATTTTACTGTTTCCAAGCCTGCCTTTTGAGTAATGACAACCACAATGCATTTCGTTTTATAAGAGAATTCTCACAAAAGCATTCAAGTTCCCGCTCATGGAATTTGTTAAATCTGGTTATTAACTACATAGACAGAAATACTCATTCAAAATTTTTGTTAAGATTGTTTCAAAGAGATAGTAATAATGTTGTCAAGAACCTTTTCTTGGGTAATAATTTTCTTATATCAGGGAGATACTTGGTTGCATTAAAATACTATTTAGAATACCATGAAAAATGTAGAGATGCTTTATCAGCATTTTTAATTGCCATAACAATTTTGGTAATGGCAGCACAAAGAACTGTAGACAAACATCATAATCTTATCCTTCAAGGAATGGCTTACATGCAAACATATTGTAATTTAAGGAAATTTGATCAAGAAACAAATTATAACATGGGAAGGGTTTATCAGATGTTAAATATTAATAACCTTGCAATTGAGTATTATGAGAGAGCACTTGCTTGTGAGTATATCACTAAATGTGAGAAGCACGGAGTTGTAGATCTCACAAAGGAAACTGCTTATAATTTATATTTGTTGTATAAAGACCATTCACCTGTAATGGCTAGGAAGTATTTGTTAAAATATCTTAATACAACTTTTTTTCCTATTCTAAGACTGCTGTTACCGGAAGATGATAGAGAAAGAAATGCCTATAACTTAGCAGAAAGTAAATTAGGTGTTTTACTGGTAAAAGTTCTCTCGCTCTGCAAACATTCGCGTGACGCCAAGAAGTTGCTGAACCATAGGTCCGTCAGTAGCTCGCAGGATAGCGACTTTGCAGGTGTAGCATGCTTGGTATTAAAAAGCAGACTCCCTCCAGAATCCGGAAAATTCACTGTTGGTGACATCAATGAAATTCTAGAAAAGATTGCTTCTGCAGAAGTTGGGAAAAAAGCTTCTGTCTATGATGATATATTTAGTCACGTTATAAAAGAAGCTAGCCCAGTCCAACTGAAGTGGTTCCTGAGGTTAATCCTTAAGGACTTGAAACTTGGCATGGGGCGAAATCGTATATTGGCTTTGTTTCATCCTGATGCACCGGAATATTATACACAATTTGGAATATTGTCCAAGGTGTGCGAAGACCTTGGTGACGATGAAGCTCGTTCTGAAAATGTCGGAGACCAGATGTTTTACGCTGTTAGCCCAATGCTGTCCGAAAAACTTGATGTTAAATACGTTACCAGCCAACTGTCCCCGAACAAGACATATCAGATTGAAGACAAGTTTGATGGCGAGAGATCTCAGGTTCACATGAAGGATGGGAGATTTAAATATTTTACTCGAAGAGGCTTCTCTGTGACCAGTAATTATGGAAGCTCTTACGACTCGGGTCTGATGACGCCTTTTTTGAAGGACTGCTTTAAATCGGACGTCACTAGCTTTATTTTGGACGGCGAGATGATGGGCTGGCACAAAGAGTACCAATGTTTGGGTTCCAAAGGAATGCCTTTTGATATAAAAAAGGTGACGGAGTATTCAAAGTTTCGTCCTTGCTTTTGCGCATTTGATATTCTGTATTATAACGGCAAATCTCTGGTAGGCCCGCCAGAGAAGGGAGGCCTTCCTCTTAAGGAGAGACTTCGCATCCTGGACGGCTTATTTGTCAACAAGCCTGGTGTCATACTGCATAGTGAAAGACAAGTTATTCAACAGGGGATGATTGCGCAGGACATACTGAATGCGTTAAACAAGGCCATAGAGAATCAAGATGAAGGTATTGTGGTCAAGGATGTCGATTCCTACTACATTCCCGATTCGCGTAACGGTGGATGGTACAAAGTAAAGCCCGAGTACACAGACGGTACCATGACTGATCTGGACCTTGTTATCGTCGGGGCTGACGAAGCCGAGAACAAGAGACAGGGGCGCGCCAAGAGCTTTCTAATGGCGTGCGCAGATGGTGGAGCTCCAGGTGAGATGCCGGAGCGTTGGGTAGCAGTAGGATACGTGTCTTCAGGGCTGACAGCGGACGAGCGTGAGCGGTTATGTGCCATGCTTGAACGTACTTGGACGCCGTACAAACAAACACCTGCTCCGTCTAACCTGGGCTTCAACAAACAGAAGCCCGACTTCTGGGTCTTGCCTGAACACTCCGTCGTTTTAACGGTGCGTGCATCAGAATTGGTCTGCACCTCGGGCTTCGGCTCTAACTACACACTGCGGTTCCCGCGCGTCATGCGCGTGCGCGAAGACAAGCCTATTAAAGATGTCATGAAGTTGGAAGAGTTCCAGCGACTTAGTGCAAACAAAGGGCTGGTAGCAAAGCTAAGTACGAATCAAATAAACGGGGATCTAATAAGTGAGGTGAAACCACGAGTGAAGCGCAAGGCGCAGGCGCCGCAGGTCGCCGAACAGTTTCTGATCACCTCGCGCGGTGACGTAGAGGCCACGTCGAAAGCTCTGCTCGGACGGAAAGTGTGTATATTGTCGGAGGACGAAGACTGCCCGCGATCTCAACTGTACAACATTGTCGCGTCCCACGGCGGGCAGGTAGTCGCTAACCGTGGTATGGACACCTGGTGTTGCGTCGCCGGGCATATAACGCACTATGTTCGCGCTGTTATGAACTCTGGAACTGCTGACGTCGTAAGCACAGCGTGGCTACGCTCTCTGCCGCCTGCGCAGGCGCCGGTCCCTCACTCCCCCCTCCATATGCTGGCATTACAACCAAAGACGAAGCTGGAGCTCTCTCGAAATTATGATGTCTTTGGTGACAGCTACACGGAACCGACTGATGAGGAAACTTTGAAAAAGTGTTTCAAGAAAATGGATGATGACGTACAAATTTACCTCACCACTGAAGAGATGCTGAACTTAGACAAGGAATTATTCGGTGAAAACAACCCACACTCGTTCTTACGACCGTGCTCCATACATATTGTAAACAAACATAATATTTCGGGTATACTAGCGAAGATGTACGGCGCCACCGTACGCGACGCGCCTTCAGACAACTGCACCCATATCGTGGTGCCTGACACATCCACTCGGAACGAGGTCGACAATCTGAGGAAACAATACTCGTTGAAAAGTGATACTTTGATCGTGCATGAAGTTCGTATGTCTAAAATGCAAACGGAAGTGGGAGATAGTGAAGGAACTGTTAACAATCGGAAGGCGCTGAGAACTCCGAAGTGCGCCCGGTGCAGGAACCATGGGGTCATCTCGTGCCTGAAGGGACACAAGCGACTGTGCCGTTGGCGGGACTGCCGATGTCCTGGCTGTCTGCTGGTCCTCGAGCGGCAGCGTGTCATGGCTGCTCAGGTGGCATTGCGCAGGCAACAGGGTGCTGGCGGTGCAGATTGCCGCGACGGCGAGGCGGCGGCGCTGGCGGCCCGCAAGCGCGCCTACCGCGCCCGACTGCGCTGCATGCAGATGTCCAGGACATTCCCAGTCCAACAACCCGTTTATGGTAACGACAGGCTATTTTCAAATGATCCAGTATGGAACGAGCGTGTGCGCAGACGTCGAGCCTTCGCGGACGTGGAGTTAGAGCGCGGAGCAGCACCGCCGCCGGCCGCGCCTCCCGCCCCGCCCGCTGCTCTCCTCTGCAGGAACCTTCTGGCAGCTTTGCTCACAACTTATGCACCAGCGCCACCTCACCACCAGCCGCAACGTCAGAAATTGTCGTTTTCAATCGAATCCATTATAGGAGTCCAATAG
Protein Sequence
MEMEKDLTSKFLSGEMSFAEYSNEWYNFDDEEDIEEASKKNDDEPFMFTGKEIHRRRKFARLPPGLLGLMGEANLRFVRGDRDTAEKMCHEIIKQFPTAPEPYQTLAQIYEQDTEKSLQFSLLAAHLSPPDAEEWLRLAAIFKQRNDVRQEMICYTQAIADDPHNFDIHMKRLDLLTKLEEMKYPIQTLKITKLKCYHKIVTSLPASEGETLMKYGKMAVTQYHNNNEMERALAVMSSAYKKCPSLFTIEDLNIFLELLIGQKQFQSCIEIFVASAGVEIEAEIETVKNAEGQIEEQTNYLKCTIPNSLPIDLKSKLLVCFIHLGAINLVQTLLNDFLSNDVEKAGDLYMDIEEALSSTGCHELAIQLLEPLVRNDSFDLGAVWLKHAECLFKLGKETDAINSYYKVLKHAPQHPDARRKLFIILEKKGRIDEALKMLEQDFKYVVSANLLYEQCLALKKYNRWLKYLETGEALLSKTFVRFTHQEELNMACKARCGIDLIHNFRTMRGENQYHENDIHFDEDETFKFTPQQKWDFFIEMLNIACKFKQYFTMQRLTFGAMMSKSLSSHRLDIEFYCFQACLLSNDNHNAFRFIREFSQKHSSSRSWNLLNLVINYIDRNTHSKFLLRLFQRDSNNVVKNLFLGNNFLISGRYLVALKYYLEYHEKCRDALSAFLIAITILVMAAQRTVDKHHNLILQGMAYMQTYCNLRKFDQETNYNMGRVYQMLNINNLAIEYYERALACEYITKCEKHGVVDLTKETAYNLYLLYKDHSPVMARKYLLKYLNTTFFPILRLLLPEDDRERNAYNLAESKLGVLLVKVLSLCKHSRDAKKLLNHRSVSSSQDSDFAGVACLVLKSRLPPESGKFTVGDINEILEKIASAEVGKKASVYDDIFSHVIKEASPVQLKWFLRLILKDLKLGMGRNRILALFHPDAPEYYTQFGILSKVCEDLGDDEARSENVGDQMFYAVSPMLSEKLDVKYVTSQLSPNKTYQIEDKFDGERSQVHMKDGRFKYFTRRGFSVTSNYGSSYDSGLMTPFLKDCFKSDVTSFILDGEMMGWHKEYQCLGSKGMPFDIKKVTEYSKFRPCFCAFDILYYNGKSLVGPPEKGGLPLKERLRILDGLFVNKPGVILHSERQVIQQGMIAQDILNALNKAIENQDEGIVVKDVDSYYIPDSRNGGWYKVKPEYTDGTMTDLDLVIVGADEAENKRQGRAKSFLMACADGGAPGEMPERWVAVGYVSSGLTADERERLCAMLERTWTPYKQTPAPSNLGFNKQKPDFWVLPEHSVVLTVRASELVCTSGFGSNYTLRFPRVMRVREDKPIKDVMKLEEFQRLSANKGLVAKLSTNQINGDLISEVKPRVKRKAQAPQVAEQFLITSRGDVEATSKALLGRKVCILSEDEDCPRSQLYNIVASHGGQVVANRGMDTWCCVAGHITHYVRAVMNSGTADVVSTAWLRSLPPAQAPVPHSPLHMLALQPKTKLELSRNYDVFGDSYTEPTDEETLKKCFKKMDDDVQIYLTTEEMLNLDKELFGENNPHSFLRPCSIHIVNKHNISGILAKMYGATVRDAPSDNCTHIVVPDTSTRNEVDNLRKQYSLKSDTLIVHEVRMSKMQTEVGDSEGTVNNRKALRTPKCARCRNHGVISCLKGHKRLCRWRDCRCPGCLLVLERQRVMAAQVALRRQQGAGGADCRDGEAAALAARKRAYRARLRCMQMSRTFPVQQPVYGNDRLFSNDPVWNERVRRRRAFADVELERGAAPPPAAPPAPPAALLCRNLLAALLTTYAPAPPHHQPQRQKLSFSIESIIGVQ

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
-
90% Identity
-
80% Identity
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