Cvom019388.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Calliphora vomitoria
Gene Symbol
-
Assembly
GCA_942486075.2
Location
CALNXM020001568.1:587153-592975[-]

Transcription Factor Domain

TF Family
THAP
Domain
THAP domain
PFAM
PF05485
TF Group
Zinc-Coordinating Group
Description
The THAP domain is a putative DNA-binding domain (DBD) and probably also binds a zinc ion. It features the conserved C2CH architecture (consensus sequence: Cys - 2-4 residues - Cys - 35-50 residues - Cys - 2 residues - His). Other universal features include the location of the domain at the N-termini of proteins, its size of about 90 residues, a C-terminal AVPTIF box and several other conserved residues. Orthologues of the human THAP domain have been identified in other vertebrates and probably worms and flies, but not in other eukaryotes or any prokaryotes [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 15 4.4e-14 4.6e-11 43.6 2.6 1 87 36 106 36 106 0.80
2 15 6.3e-15 6.6e-12 46.2 2.1 1 87 129 200 129 200 0.81
3 15 3.4e-06 0.0035 18.3 0.1 1 59 216 263 216 287 0.78
4 15 5e-12 5.3e-09 36.9 5.0 1 86 304 373 304 374 0.81
5 15 4e-12 4.2e-09 37.3 2.8 1 86 399 469 399 470 0.80
6 15 4.8e-15 5.1e-12 46.6 1.8 1 86 490 562 490 563 0.78
7 15 3.8e-11 3.9e-08 34.1 4.4 1 86 583 652 583 653 0.80
8 15 6.2e-14 6.5e-11 43.1 1.5 1 86 999 1075 999 1076 0.83
9 15 3.5e-08 3.6e-05 24.6 1.2 1 86 1095 1164 1095 1165 0.75
10 15 4.7e-11 4.9e-08 33.8 1.2 1 86 1191 1259 1191 1260 0.81
11 15 0.00014 0.14 13.1 1.7 1 67 1280 1350 1280 1368 0.70
12 15 8e-13 8.4e-10 39.5 1.0 1 87 1385 1459 1385 1459 0.83
13 15 1.4e-16 1.4e-13 51.6 3.5 1 85 1484 1556 1484 1558 0.85
14 15 2.9e-13 3e-10 40.9 2.7 1 87 1699 1772 1699 1772 0.77
15 15 9e-14 9.4e-11 42.5 0.8 1 86 1797 1866 1797 1867 0.81

Sequence Information

Coding Sequence
ATGGTGGGTTCGGACAATCTGAAAATCAATGCTGTGCCTGTTTTACATTTGGGCGTGAAAGACGAACGTCATTTATTGTTGACCACAAATCCCGATGAAAGCAAATGTCTGGTGGAAAATTGTCAAAAAACACCAAGTGTGGATAAGGTTAAACTGTTTAAGTTTCCTCCTAAACCTGATATACTCAAAAAGTGGCTTTTTAACTTGAATTTGTCTGCGGAGACCTTTAATAGTAATGATGTTATCTGCAGCAAGCACTTCGATAAGAGTTGTATTAGGAATGGTCATTTACATGAAAATGCCATACCCACCAAGTTCTTGGAGGTATCACCCAAAGGCTGGTTCTATAAAAACAATGAGGAGTTGTATGAACTAACTAAAAAGTGTTGTGTGTTAAATTGTGAACAAACTTCTGAAGAAGCCAAACATTTGTATAGATTCCCCAAACATAAAGAGGATTTGGAAAAGTGGTTGTATAACTTAAAATTGCAAGTAGAGGAGTCGGAGGTTAAAGATTTAAGGGTATGCGACAGACATTTCGAGCAAAGCTGTAAAATCTCCAACAAAGACTTGATAACACAGGCTTTGCCTACCCTAAACTTGGGTCACAGTGATTCTGATATCTATGGCAATAATTTCATAAAATGTTGCTTGGATAATTGTGGAATAGAGGGTTTTTACTATCACAAATTGCCCGAAGACTTAATGCTGCAAAGCTTTTGGTTTCAAGAACTGGAAATGGAGACCACCTACAATACCTCCATGTATATATGTTCGGTGCATTTTGTAGCTTTCTTTGAAAGAATATTGGAGAAATATAGTGCTTTCCTTAAGGAATCCAAGGAATATGTTAAATTGCTGGTTACCTATAATGAGCTTAAAGCTTTGCCTGGCATACAGTGCTATAAATGTAATATAGCCAAATGCAATTCCGGATTTAAATTAATATGGAAGCTTTTTAAATTTCCCAAAGATCAAACACTCTTCAATAAATGGCTGCATAATACAGGCTTACAATTTGACTACGAACAGCGCCACTGTTATAGAATATGTGCCCAACATTTCGAGGAAAGATGTTTGAGTGAGAAAAAGTTACATCGTTGGTCTCTGCCCACTTTGAAGTTGCCTTTCAACAATAGTTTGTACGTTAATCCCCCCGAAGCTTTACCCTCCAATCATGAAAACCTCAAACACTGCTGTGTTTCAAATTGCCTCACCGATAAGGGCCCATTCTACAAGTTTCCCATTAAGTCGTTGGAGATAAAGAAATGGATACATAATTTGGATTTGGGCCCACAACAATGTACCCTTAATTTGCGGGTATGTTACAAACATTTTGAGAATTACTGCTTCTCCAAGGCGGTAGACAAAGTTAAACCTTTGAAAGCTTGGTCGGTGCCTACCTTGAAATTGAAAAGAAAGTCTCAACTTTATCTCAATCCAGCCGATAAAATAGCCTTCTATGTGTGCTGCATACCAACATGCGGTCGGATTTTAAATAAATCCAAAGAGATTAATTTATTTAAGTTTCCCTCTAGCAACACCCTGAAACAGAAATGGCTGCATAATTTAAGTTTAAACACGCAAGATTACCGGGAAACCATGAGAATTTGCTCGGTCCATTTTGAAATGGATTGTTTTTACAAGGGCTTTAAGGTATTGCGCAAGCACTCAGTACCTACATTGGCTTTAAATAAACCACCTAAGGATATCTATACAAATCCTGCAAGACGCCCTTACTTAAAATGTTGCGTTAAATTGTGCAAAGGTCCTTGGCAGCAGTTGACAAATTTCCCCAAGGATAAGACTCTTCTAAGAAAATGGTGCCATAACTTGCAGCTGGATAAGCAAATCAAATTGGAGTCTTTAAGAGATTGGAAAATATGCACACAACATTTTGAAAAGTCATGTGTTAATAAATTTGGTTTGATAAGAAGTATGGCAGTGCCTACCTTAAAATTAGGGCACCGCAAGAAGCTCTTCATAAATCCCAATTTTGCTGGCAAAAATAACATTAAAAAGGAAAGGGAAGTAAAAGACAATGAGGAACTTAAAGAGCCACCTGAATTTAACAAGACACATCAAAAAGTTAATGCTGAAAAATACGATGAAATCTTGAAGAATGTTGAGGTAGAGGAGTTAAATATTAAAAAGGAAATTAACACAACTAAAGCAAATACCGAGACGCCTAGACCTAAAAGCCTAAGGCCTTTGAGACAGTTAAGGAAACCTGAGAGATTGATTAATACAACCCAACAAAATGTTAAAATTAAAGGAAAGAAGGATAAAGACAGTCTTAAGGCAGGTAAATTAAATAAAGAAGAAAAAACTAACAACTCCAAGCTACTGAAAGCAACTAACAAACAGGAATCCTTAGCCGAATGTATAGAAGAAAAGGAGAGTACAGAAAACTTAAAACAGAATTTGACAAGTTCTCAAAATGAAGCTGATATTGAGCCTAAGAATTTCCCTAACAGCCAACAAGAGGAGGCTTATTTGGAGAATTTATTGGAAATTTTAACGGAAACTGATAATGTTACAGAATTAACGGATATTACAGAAACAATTAAAAAAGAATCCAAAAAAGTGAAATGCAATACTCCTCAGAAAATGCTAACAGAATTGGAGCACAATAATCCGGCTAAACAGGAGACCCAAAGTCTATTAGCAGCTATAAACAAACCGGAAGAAGGAACACTGATTGCACCTAAAGATTTTAAAGAATCTAATCGAAATAATAAACCCCAGGAAGAGGGCAATACTTTTACTATATATGAAATTAAACTAGAAACTGTAGACTTTAATGAAATCAACATTAGCCAAGACAACAGCAATCAGGACCATGAATTGTGCCTAGAAGAACTTTCTCAACAGCCTCAAGAACAGTATCTAGAAGCACGTCCTGACTATGAGCCCAGCGAGCATAGCGATCACGAGTTACAGGAGGAAGAGGAGGAGAAATCATTACCATGCAAAGGCCGGAATATTATAGCATGCTGTGTAAAATCCTGCAAAAATTATGATAATTTCCAACCTGATTTAACACTCTTCAAATTACCTACTATACGCATATTACGTGACCAATGGCTGGCCAACTGTAAACTCAATCGCCGTCAGTATTCCAACAATGGGGTGTTGAAAAGACTTAGAGTTTGCATAGAGCATTTTGACGAGCAGTGTCTTAAGGATAATTGTAGGTTATTGATTGGTGCATTGCCAACCCTAAAGCTCAAATTGACATTAAACCCCAAAGAGTCCCTACAACACTATAGCTATTTACGGTGTAGGGTTCGATGTTGTCAACGTTCCACACAATATGATAAAATCAATAGAATACAATTTCCCTCGGGGGAATTGAAAACAAAATGGTGCTCAAATTTAAACCTTGAAGAGGAGTGGATAACTGAGGACGATTGGATTTGTCATAGACATTTTGAAAGGAAAGCCTTAATAGATGGTCGCAAACCTAAACCGGGTATGCTGCCTACTTTGCTGTTGGATAGCCCGGAAGTGTCTAATAATATAGATATCACTCCCTCAAGCACACAGCTTTTAAGTTCTTCCAAAAAATGTTGTGTTAAATCATGTGATGGAGTGGTAGGTCAGTTTAGTAAATTTCCCTGCTCAAATGAGGAAATCTATAAGAAATGGTTAAACATTTTAAAATTGCAGGATTCTGATGAAGTTAGAAAACATTATTTTATATGCTTTAAACATTTTGACGTTTCCTGCTTTTTAACTCATGGCCGTCTGAAAGCTGGCTCGTTGCCCACTTTATATTTAGAGCAGAAAGAGAAACCAGATTTAGAATTACAAAAACAACAAATTAAACTCAAATGCTGTCATCCTCTCTGCAAGCAGAAGCCAGACGTACCACTTTATGACTGGCCCAATAAAGGTGTTTTTAGAAGTATTTGGCTGGAAGTAATTAAAATAAGCTGGCAACTAAAACAACACAATATATCATGGGAAAATAAAAGTTTGGAGCAATTGGACAATATACCTTTATGTCAGGAACATTTCTCCAGCCTTTATGAAGCCAATAAAAAAGTCATAACTAGCTGTAACTCCAAAACAACAGCACAAGATTTGGTACTTAAAGTAAAAGAAACTTTCGAAAAACTAAACCGAAAGCCTTCTTTAAAAGAGAAATGCGCTGTGCCCCAATGTTCCACCGACCAGAACATTGATGCCTATAAATCATTGAAACTGTTTGGCTTTCCAAAAGCGGACATGGCCAAGAGATGGTGCCATAATATCGGCATCGATTACAGCTCTCTCAAAAAGCTACCGCTGCCAAAAGTCTGTGAAATACACTTTCATAAAGAATGCTTTAACAAAATGCATCTCTTGCAGTGGGCACTGCCCACTTTAAATCTACCCAACACAAATACGCGTAAGAAAAGAATACAAAATAAAGCTGATGAAATATTAAAACTAAAAGCTCAATGCTGCATTAAAAGCTGTCCCAATGCCCAGGGTTTGCAGGATACAACCCGCACCAGATTCTATAAATTTCCCAAAGATCCCAGCCTTTTTAAGAAATGGCTAGAAAAAACAAATTGCCACAACTATGAGGAAAATAACACACTTATCTGTGGTTTACATTTCCAGGCAACCGATATAAACCATAAAAATAAGACACTAAAAGAAAATGCTGTACCCCAATACAGTTTAGATCCCAATGAAAGCTCTCCCGCCTCACCTAACTCCTTGGTAATAGAGAATAGTATACAGCCAATTGAAACCTCTAACTGCTCACCTAACTCCTCGGCAATAGATGATTATATAGAAGTGAAACAGGAATTGGACAATTCCGAAGAATGGTGTGAACCATTAGAAGCAGAAACTCAAATAACCGAAAATCTATTTGATGTAAAATTCAAACAGGATGCGAAAGAACAAGACCACTATCCTTTATTAGATATAAAACAAGAGATATTAGAAATCCAGGAAGAGCAGCCAATGGAGACCCCTACATCCCTATTTACCATACAAAAATTTGAAAGCCCTGAAGACGTTGAATATTCAACTCAACCTCAACCCGAACAATCAGCTTTTGTTATAAGCGATGTCAAGTCTCAAATCTATTTGTGTTGTGTACAAAGATGCACCAACAATTCAGAAACACCCGGCATACGCCTTTTTACCGAATTCCCCAGCGATTCGGAAATTTTCATTAAATGGTGTTTCAATTTGAAAATAGATCCTCGCAATTACCAGGAAAATCAATACAACATATGCCAGCAGCACTTTGAAGCCATATGCTTTACCGAACAAGGCCTTTTACAGCCCTGGTCGGTGCCTACGTTGAACTTAAACCTAAATGAAAATTCCTTTATACATCAAAACGATATACCCGATCATTTGAAAACGTGCAGTGAACAATGTATAGTCTACGGTTGCATAAATCCCTTAAAGCCTCTTTATAAATTTCCCTATCACCCGGATATTTCACACAAATGGTTTGCTAATTTAAAACTAGACTATACCGATTTTCGGGCACAAAATTATAGAATATGTAAACGGCACTTTAACCAACACTGTTTTGAGTTAAACGATATGAACAAACTTAAAATGGAGGCTGTGCCCACTTTGTATTTGGGTCATACCGACAAGATTTTGCCTTTTAATAACAGTTCAGAGGAAATACAATTAGAACCAGACAATGGGGTGGTGGCGGCAGCAGCTCTTAGTAATCATGATAATAGCCGAGGCAGCAGTCAGGGTTCATTAGCAAGAATAATATCTCCTCATGATCTAGAAGATCATGACAGTAGTTATTTTGAGGATTTTGAAGAATATTATGGACAAGATGAATAA
Protein Sequence
MVGSDNLKINAVPVLHLGVKDERHLLLTTNPDESKCLVENCQKTPSVDKVKLFKFPPKPDILKKWLFNLNLSAETFNSNDVICSKHFDKSCIRNGHLHENAIPTKFLEVSPKGWFYKNNEELYELTKKCCVLNCEQTSEEAKHLYRFPKHKEDLEKWLYNLKLQVEESEVKDLRVCDRHFEQSCKISNKDLITQALPTLNLGHSDSDIYGNNFIKCCLDNCGIEGFYYHKLPEDLMLQSFWFQELEMETTYNTSMYICSVHFVAFFERILEKYSAFLKESKEYVKLLVTYNELKALPGIQCYKCNIAKCNSGFKLIWKLFKFPKDQTLFNKWLHNTGLQFDYEQRHCYRICAQHFEERCLSEKKLHRWSLPTLKLPFNNSLYVNPPEALPSNHENLKHCCVSNCLTDKGPFYKFPIKSLEIKKWIHNLDLGPQQCTLNLRVCYKHFENYCFSKAVDKVKPLKAWSVPTLKLKRKSQLYLNPADKIAFYVCCIPTCGRILNKSKEINLFKFPSSNTLKQKWLHNLSLNTQDYRETMRICSVHFEMDCFYKGFKVLRKHSVPTLALNKPPKDIYTNPARRPYLKCCVKLCKGPWQQLTNFPKDKTLLRKWCHNLQLDKQIKLESLRDWKICTQHFEKSCVNKFGLIRSMAVPTLKLGHRKKLFINPNFAGKNNIKKEREVKDNEELKEPPEFNKTHQKVNAEKYDEILKNVEVEELNIKKEINTTKANTETPRPKSLRPLRQLRKPERLINTTQQNVKIKGKKDKDSLKAGKLNKEEKTNNSKLLKATNKQESLAECIEEKESTENLKQNLTSSQNEADIEPKNFPNSQQEEAYLENLLEILTETDNVTELTDITETIKKESKKVKCNTPQKMLTELEHNNPAKQETQSLLAAINKPEEGTLIAPKDFKESNRNNKPQEEGNTFTIYEIKLETVDFNEINISQDNSNQDHELCLEELSQQPQEQYLEARPDYEPSEHSDHELQEEEEEKSLPCKGRNIIACCVKSCKNYDNFQPDLTLFKLPTIRILRDQWLANCKLNRRQYSNNGVLKRLRVCIEHFDEQCLKDNCRLLIGALPTLKLKLTLNPKESLQHYSYLRCRVRCCQRSTQYDKINRIQFPSGELKTKWCSNLNLEEEWITEDDWICHRHFERKALIDGRKPKPGMLPTLLLDSPEVSNNIDITPSSTQLLSSSKKCCVKSCDGVVGQFSKFPCSNEEIYKKWLNILKLQDSDEVRKHYFICFKHFDVSCFLTHGRLKAGSLPTLYLEQKEKPDLELQKQQIKLKCCHPLCKQKPDVPLYDWPNKGVFRSIWLEVIKISWQLKQHNISWENKSLEQLDNIPLCQEHFSSLYEANKKVITSCNSKTTAQDLVLKVKETFEKLNRKPSLKEKCAVPQCSTDQNIDAYKSLKLFGFPKADMAKRWCHNIGIDYSSLKKLPLPKVCEIHFHKECFNKMHLLQWALPTLNLPNTNTRKKRIQNKADEILKLKAQCCIKSCPNAQGLQDTTRTRFYKFPKDPSLFKKWLEKTNCHNYEENNTLICGLHFQATDINHKNKTLKENAVPQYSLDPNESSPASPNSLVIENSIQPIETSNCSPNSSAIDDYIEVKQELDNSEEWCEPLEAETQITENLFDVKFKQDAKEQDHYPLLDIKQEILEIQEEQPMETPTSLFTIQKFESPEDVEYSTQPQPEQSAFVISDVKSQIYLCCVQRCTNNSETPGIRLFTEFPSDSEIFIKWCFNLKIDPRNYQENQYNICQQHFEAICFTEQGLLQPWSVPTLNLNLNENSFIHQNDIPDHLKTCSEQCIVYGCINPLKPLYKFPYHPDISHKWFANLKLDYTDFRAQNYRICKRHFNQHCFELNDMNKLKMEAVPTLYLGHTDKILPFNNSSEEIQLEPDNGVVAAAALSNHDNSRGSSQGSLARIISPHDLEDHDSSYFEDFEEYYGQDE

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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