Zvit002347.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Zaprionus vittiger
Gene Symbol
GA10450
Assembly
GCA_018904025.1
Location
JAEIFQ010001099.1:15606571-15622668[-]

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 28 1.2e-15 2.8e-12 47.1 3.8 1 86 695 767 695 768 0.85
2 28 2.2e-15 5.1e-12 46.2 4.6 1 87 795 864 795 864 0.83
3 28 5.4e-16 1.2e-12 48.2 0.4 1 87 886 958 886 958 0.85
4 28 3.5e-16 8.1e-13 48.8 5.3 1 87 1009 1079 1009 1079 0.83
5 28 6.5e-15 1.5e-11 44.7 3.5 1 86 1103 1174 1103 1175 0.82
6 28 8.7e-13 2e-09 37.9 1.0 1 87 1210 1278 1210 1278 0.81
7 28 7.6e-11 1.8e-07 31.7 1.4 1 86 1324 1393 1324 1394 0.76
8 28 4.8e-16 1.1e-12 48.4 0.1 1 86 1421 1490 1421 1491 0.82
9 28 2.9e-12 6.7e-09 36.2 0.7 1 85 1512 1580 1512 1582 0.79
10 28 2.8e-15 6.4e-12 45.9 1.7 1 86 1609 1680 1609 1681 0.85
11 28 7.6e-14 1.8e-10 41.3 1.5 1 85 1755 1823 1755 1825 0.81
12 28 2.4e-12 5.6e-09 36.5 0.1 1 86 1848 1916 1848 1917 0.81
13 28 1e-13 2.3e-10 40.9 1.8 1 87 2062 2131 2062 2131 0.80
14 28 1.8e-12 4e-09 36.9 0.3 1 61 2205 2258 2205 2277 0.78
15 28 0.037 85 3.9 0.0 1 58 2291 2341 2291 2363 0.74
16 28 4.8e-12 1.1e-08 35.5 0.3 1 86 2380 2449 2380 2450 0.84
17 28 2.1e-15 4.9e-12 46.3 1.6 1 86 2514 2583 2514 2584 0.82
18 28 6.4e-13 1.5e-09 38.3 1.0 1 86 2619 2690 2619 2691 0.81
19 28 4.7e-13 1.1e-09 38.8 2.2 1 87 2701 2773 2701 2773 0.81
20 28 7.1e-15 1.6e-11 44.6 0.1 1 86 2803 2877 2803 2878 0.75
21 28 0.00011 0.25 12.0 0.1 1 58 2914 2968 2914 2988 0.83
22 28 2.8e-15 6.4e-12 45.9 0.4 1 86 3006 3078 3006 3079 0.82
23 28 7.1e-14 1.6e-10 41.4 3.2 1 86 3224 3296 3224 3297 0.82
24 28 3.8e-14 8.8e-11 42.3 2.5 1 87 3357 3428 3357 3428 0.82
25 28 7e-14 1.6e-10 41.4 3.6 1 86 3541 3611 3541 3612 0.84
26 28 2.8e-12 6.4e-09 36.3 0.0 1 87 3641 3711 3641 3711 0.84
27 28 1.2e-08 2.7e-05 24.7 1.3 1 58 3733 3781 3733 3788 0.85
28 28 2.7e-10 6.1e-07 30.0 1.9 18 87 3798 3856 3784 3856 0.74

Sequence Information

Coding Sequence
ATGGTGCTACTATTTAAGTTTCTTTTAAAATCGAGCAAATTGCCCGCTCGCGCACATTTTCGTCCTACCTTCCTGGACACACTGCGTCTGACTGTGCGCGGCGGACATGGCGGAAACGGGTTGCCGAAGTACGGCGGTGTCGGCGGCCAAGGAGGCTGTGTTTACTTTGTTGCCAAGGAGGGACTGACGCTGCGCAGGGTGGCCCAGAACATGAAAGACAAACGAGTGTACGCCTCAAGTGGCGAGGATAGCAGCAAAGTAAGCATCTTCGGAAAACGTGGAGTGGATCAGTGCATCGAAGTACCGGTGGGCGTGCAGGTCTATGATGAGAACAACAAGTTGCTGGCGGATTTGAATGAGAACGATGCCAAGTGTATTGTAGCAGGCGGTGGCACTGGCGGCTGCACTGGAAATAATTTTCTTGGACGTCCTGGCGACCATCGAACAGTGAATTTGGATCTCAAACTGATTGCTGATGTGGGCATGGTGGGTTTTCCCAATGCTGGGAAGAGCACGTTGCTGAAAGCCATTTCCAATGCCAAGCCAAAGATAGCCGCATATCCATTCACCACAATTCGACCACAGATCGGCACAATAGATTACAGCGATCTAAGATCCATCACCGTTGCCGATTTGCCTGGATTGATTGAAGGGGCTCATGCCAATTTTGGAATGGGTCACAAGTTTCTGAAGCATATTGAACGCACACGTTTGCTGCTCTTCATGGTAGACATATTTGGATTCCAGTTAAGTCCCAAACATCCACATCGCGATTGTTTGAGCAATATCTATGCACTAAACAAGGAGCTGGAGCTATACGATCCCACTCTACTGGAGAAACCCTGCGTCTTGTTGCTAAACAAAATGGACAAGGAAGGGGCGCAGGATCTGCTGAAAAAGTTCAAACCAAGCATTCGGGATTTGAACAGTGGTCTGTCTGAATGTCCCGAAGAAGTTCGTCCCAGCAGAGTACTTAAATTCGAGCATATACTACCCATATCCGCCAAGAACTCAACACGAATAACGCAAGTAAAGCAACAACTGCGCGATACACTGGACAGCATAGCAGCAGAACACATGGTGGTCGATAATGAGCTCCTAAAGGAGCAACTGCAGCGACGTGTGGGTGTCAGAGCGGAACCCATTGACGAACATGCGTATAAGTCCAACTATATTGATGATAATACGCCGTTTGCCGATTTTAGTAAATTTCCAGAATTTGGCGACGACATGCTGAGTCCCAAGGTAGAGCTGACCGTCAAGGATGAGGCGTATCAAAAGAACCCGCTTAGTTATCCGCGGCGCAAGCTGCAATCGGAACGTTCGGCGGAGAGCTTGCCGATTTGTCAGCGCTGCAAGGAGGTGTTCTTCAAGAAGCAAATCTACTTGCGGCATGTGGCAGAGAGTAGTTGCACCATACAGGAGTATGACTTCAAGTGCAACATATGCCCCATGTCCTTTATGAACACCGAAGAACTGCAAAATCACAAGCATCTGCACAGGGCCGATAAGTTCTTCTGCCACAAATATTGTGGCAAGTACTTTGACACCATTGCAGAGTGCGAGTCACATGAGTACATGCAGCACGAGTATGAGAGCTTTGTTTGCAACATGTGTTCGGTTACATTTGCCACACGGGAGCAGCTCTATGCGCACTTGCCACAGCACAAATTCCAGCAACGTTTCGATTGTCCCATTTGCCGGCTATGGTATCAAACTGCATTAGAGCTGCACGAGCATCGTCTGGCGGCGCCCTATTTCTTGCCGACGACACATCAAAAGGCAACTGCTGGCAGCGCATTGCCGGCAACAGCAGCGTTGAACTCTCTGTTGCAACAACGTCAGGCAAATGCCGATGGTGCCGCATTGTTTGCATCCTCTCTGAAGAACGAAGTGAACGTTAAACTGGAGCGAAGCTATAGCAACTCTACAACAAGCGAATCTGGCTACAGTCTGCATGACAGCAGCAACTATAACAATGCATATGGAAGCGATGCCTCGTTACATGGCGGTGCAGGTGCCGGAGCTATTGGTGGTCCACAGGCGCATTCCTCAACGCTGGACGATTCAGAGGATGCGCTTTGCTGTGTGCCCTTATGTGGTGTGCGCAAGAGCACCAGCCCCACGCTGCAGTTCTTTACGTTCCCCAAAGACGAGAAGTACTTGCATCAATGGCTACATAATCTCAAGATGTTTCATATCCCGGCCTCGAGCTATGCCACTTATCGCATCTGTAGCATGCACTTTCCGAAGCGCTGCATCAATCGTTATTCATTGTGCTATTGGGCTGTGCCCACGTTCAATTTGGGACACGATGATGTTGCCAATCTATATCAGAATCGCGAGCTAACGAACACCTTTACTACCGGCGAGGTGGCACGTTGCAGCATGCCCAACTGTACCAGTCAACGTGGGGAAAGCAATCTCAAGTTTTACAACTTTCCGAAGGACATTAAGAGTCTTATCAAGTGGTGCCAGAACGCACGTTTGCCCGTCCAGGCCAAGGAGCCGCGTCACTTCTGCAGTCGACACTTTGAGGAGAGATGCATTGGCAAGTTCCGGCTTAAGCCATGGGCGGTGCCAACGCTGCATTTGGGCGCCCAATACGGCAAGATTCATGACAATCCCAAGAATTTGTATGTGGAAGAGAAGCGCTGTTGCCTTAATTTCTGCCGTCGCAGTCGCTCCTCGGACTTTAACATGTCGCTGTATCGCTTCCCCAGAGATGAAGTGCTCTTGAGACGTTGGTGCTACAATTTACGCCTTGATCCTGCCGTCTATCGTGGCAAGAATCACAAGATATGTAGTGCTCACTTCATCAAGGAAGCACTGGGATTGCGAAAACTATCGCCGGGTGCCGTTCCTACGCTTCATTTGGGTCACAACGATACGTTCAACATCTATGAGAACGAACTTTCGGCATCGCACTATGTCGATCCAGAGTTGAGTGCATCGTATATGGGCATGGGAAGCGGATCGGGTGGATCCGCATCGGGGCTGAATGTGAGCGACAGCATGGATGTGTGCTGTGTGCCAAGTTGTGAAAGCAAGCGACACAACAACGAGAACATCACATTCCATACGATACCGAGGCGACCCGAACAGATGCGCAAATGGTGTCACAATCTCAAGATACCCGAGGATAAGATGCATAAGGGAATGCGAATTTGTAGTCTACACTTTGAGCCCTATTGCATTGGCGGCTGTATGCGTCCGTTTGCGGTGCCCACACTGAATCTCGGGCACGACGACGATGATATACATCGCAATCCGGATGTAATTAAGAAACTGAATATACGGGAAACTTGCTGTGTGGCTGTATGCAAGCGTAATCGGGATCGCGATCATGCCAATCTGCATCGTTTCCCCAGCAATGTCTCTCTGCTGACGAAATGGTGCGCCAATCTGCAGCGACCTGTGCCCGATGGCACTAAACTCTTCAACGATGCCATTTGTGAGGTGCACTTTGAGGATCGTTGCCTGCGCAACAAGAGATTGGAGAAATGGGCAGTGCCTACGCTGGTGCTGGGACATGACAACATTGCATATCCACTGCCAACGGCAGAGCAGGTGGCCGAGTTCTATGCCCGTCCCAGTGCACCCAACAATGGTGAGGAGCAGGGCGAGTGCTGTGTGGAGACCTGTAAGCGTAATCCCAGTGTCGATGACATCAAACTCTATCGCCCGCCCGAGGAGTCGTCTGTGCTGGCGAAATGGGCACATAATCTTGAAGTGGATGCTGCCAAGTTGTCCAGCATGCGTATATGTAATCTGCACTTTGAATCCCATTGCATTGGCAAGCGCATGCGGCCCTGGGCCATACCCACACTCAATCTGTCCAACAATATTGAGAATATGTACGAGAATCCCGAGCATCATATGATCTACAAGCGTCGCACACAAATTAAAACCGAGAGAGGTGCATCGGGAGCGGGGGCAAGCATGTCGAAACCCACTTGGGTGCCACGTTGCTGCTTGCCACATTGTCGCAAGGTGCGTGCTCTGCACAATGTGCAGCTCTATCGCTTCCCTAAACTCAATCGTTCCACATTGGCCAAGTGGGCGCATAATCTGCAAGTGCCACTGGTGGGCAGTGCCCAGAGGCGACTCTGCTCCGCCCACTTTGAGCCTCATGTGCTGAGCAAAAAGTGTCCGGTACCGCTGGCGGTGCCCACACTGGATCTCAATGCGCCACCCGGTTATAAAATCTATCAGAATCCCGCCAAGCTAAAGGCCAACAAGCTGTGTCTGCAGCGTGTCTGCATTGTGGAGAGCTGCCGTCGTCAACGTGGTCAGGGCGTGCAGCTCTTCCGTCTGCCGCACACTCCCACACAGCTGCGCAAATGGATGTACAACATACGGATGCGACCCAGAGGTGCCATGCGGCAACAGTATCGCATCTGCTCGACCCACTTTGAGACGCATTCGTTCAATGGAAAGCGACTGAGTGCGGGAGCGATACCAACACTGGAGTTGGGCCATGACGACGAGGACATCTATCCCAATGAGGCGCAATCATTTGTGGAGGAACACTGTGCCATCGATGGGTGCGATGCATCCAAAGAGCAGCCAGATGTGCGTCTCTTCCGCTTTCCCACCGACGATGAGGATTTGCTCTGGAAATGGTGTAACAATCTGAAAATGAATCCTGTCGATTGTATTGGCGTGCGCATCTGCAACAAACACTTCGAGGGAGACTGCATAGGACCGAAGCATCTTTACAAGTGGGCCATACCCACCCAGGAGTTGGGCCACGATGACTCTCAGATTGAGCTCATTACCAATCCCAAGCCAGAGGAACGTTATGTTGATCCCGTGTTCAAGTGTTGTGTTCCCACCTGCGGCAAGACGCGTAAATTCGATGAAGTGCAAATGAATAGCTTCCCCAAAGATCCTACACTCTTCCAGCGCTGGCGACACAATCTGCGACTGGAGCATCTCCAGTTCAAGGAGCGCGAACGCTATAAGATCTGCAATGCACACTTTGAGGATATTTGCATTGGCAAGACACGTCTGAATATTGGTTCCATACCCACACTGGAGTTGGGGCACGACGATACGGAAGATCTCTTCCAGGTGAATCCTGCAGAGTTGCAAAGCAATTTGTTTGGTCGCCAGCGACGTGTACAGGAATCAGGTCTAAGGGTCAGAATAAAGCAGGAGGAGCACTCCGAGCAAGAGGAGACGGATGCTACCATGTCGGAGGCTACGGATTTGAATACCAAGCAGGTAAAAATAAAGAAACGCCTTGCGGACTTGAAGTGCTGTGTGCCCAGCTGTGGTCGCAGTCGTCTGGAGCACGGCGCACGTTTGTTTCCCTTTCCAACTGGCAAACAACAGCAGAGCAAGTGGCGCCACAATTTGCGTCTAGATGCCAGCGATGTGGACAAGACGTCGCAAGTTTGCAGCGCACACTTCAATCGACGTTGCATCGATGGCAAGCAGCTGCGTGGCTGGGCAATCCCCACACAGCAGTTGGGACATCAGGAGCAACCGATCTATGAGAATCCAAAGAATATACCGGGCTTCTTTACGCCCACCTGTGCGCTGGCGCACTGCCGCAAGCGTCGAAGTATTGACAATGATTTGAGGACTTATCGTTATCCCCGCAGCGAGGAGTTGTTGGAGAAATGGCGAGTGAATCTACGACTGGCTCCAGATCAGTGTCGCGGACGCATCTGTGCGGATCATTTTGATCCAATGGTACGTGGCAAGCTGAAGCTGAAGACGGGTGCAGTGCCAACACTTAAACTGGGACATGACGAGGGCGTGGTCTTTGACAATGAGGCCATTAAGGCGGGACTGCAGCTGGATGGAGCTGGAGAGCCAGAGGTGGAGGAGGGTGAGGCGAGCAGAGAATCGCTGATTAAAATTAAAAAGGAAAAACTAGAACCAGATGAGGAGGAGGCGGAGGTAGAGCAGACACAGCTTGACAATGGAGACGATGATGATGAGCAGGAAGAAGATGTGGATGCGGATGAGGATGATGATCATGGCTACTTCGATCCATTGGAACTGGTTGAAACCTTTGCTGACGACAATGCAGCCGATGATGATGAAGGTGATATTCCTGGTAATGATGATGAGCTTCTGCTGCTGCCTGATTCGCCGCCAGTGAAGCTAGAACATCCGCTCCCGCCGCTGCTACGTCGCGAGAAGCCCGTGAATAATGTGACGCCAATTTGTTGTCTAAAGCATTGCCGCAAAGAACGCACTGCAACACATCAACTGAGCACCTTTGGTTTTCCAAAGGATCGCCTGCAGCTACGCAAGTGGAGTACCAATCTACAAATTCCCGAGAGCGATTGCGTTGGACGTGTTTGCATTGAGCATTTCGAGGCGGAGGTGCTGGGCACGCGTAAGCTCAAACAGCATGCGGTGCCCACATTGAATTTGGGCCATGACACGCCCCTAATCTACAGATGCAATGGGCAGGCGCAGCCCATGGGAGGCATCTTCGATGAGCAGCCGCAGCATTCGGTTTTTCGGCTTTGGAGCCTGAAACACTGTCGCAAAAGGAAGCTGGAAGCAATGGAACCGCCCGATCATCATCGTCATCAACGAGCAGTGATTAAGCAGGAGATGGAGGAGGAGCAGGAGGATGGGCTGAGCTGTTGCCTGCCCCACTGTGGCATGCGGGCGAATGACGTGCAACTGCATCGTCTGCCCAGCAATCGCATTCGACTGCGCAAATGGTTGCACAATCTCAACCTGCCACAGAGCATTCCCATCGGCAGTCAGACACGTGTCTGCAGCGAACACTTTGATGTGCAACCGAGTGAGGCACTCGAGGATTGTATGCCCACCTTGAAACTGGGTCACAATGATATCAATATATATAGGAATCAAAACTCTTCTGCCTCCTCATCCTGCTTAGTGCCAAGCTGCCCGTGTGCACGACTCAATCTCTATCGAGGCTATGATTTGCCTGAGCATCATCTGGTACAGCAGGCTTGGCTGCAATTCCTGCGACAACCCATGCCTCAGCTGCCCGCCGATGGTCAGCTCTGTGTGATGCACTATATGCAGCTGTACGAGCAGGTCTCGCTGCCCCAGGAGGTGCCAGCGACAGTGTTGCGTCAACTGCAGGAAACCTACGAACAGATTGCCAACTCCACCATGGCCATGAAGTTGCGCTGCGCCGTGCCCGGCTGCTACTCCAAGTATACGGATAACATAAGGTTAACCAAGCTGCCCACCTGCTCGGACATGTTTGCCAAGTGGCTGCACAACACCAAGATCAAATACGATGCCAACAGACATTATATCTATCGTATTTGTATGCTCCACTTTGAGGCCCGTTGTCTGGGTCCAGTGCGTCCCAAATTGTGGGCGGTACCGACGCTGCAATTACATCACAACGATGCAAATATCTATAGGAATCCCAAGCTGGATGGGAGTGGACAAGAGGTACAGCAAGTCGTTCCACAACCTGTACCCGTGCCCGTGGAGCTGCCATTGCGCATCAAGACGGAGCTGGCTTACACTGGCAGTCCGAGTGCCAGCGCCAGTCCTAGTCCCCGTGGCAAGTTGCGCATTTGCTGCATTCCCGGCTGTGCCCAACAGGCCAACTCATTGGTGCGTCTCTTTCGCTTCCCCACCTCTGAAACAATGCTGCTCAAGTGGCTGGTGAACACACAGCAGAAGCCACGCCTGGTGGATCCACAGCATCTGTTTGTCTGCCAGGATCATTTCGAAACGGAAGCCATTTGCAAGAAGCAGCTAAGCAGTTGGGCTGTGCCCACATTGAAGCTAGGACACGATGGTCATATCATTCCCAATGCCAAGCACAATGGAAACATTGCGGACACACATGAGAATCGACACACGCTGCAATTTATTTGGGCCAATTACTGTTCTGTGCTGGACTGTTTTGAGCCTCGCAGTGAGCAACTGCGTCTTTTCGCATATCCCACAGATCGACCTACCATACGCAAGTGGGCTGCCAATTGCAAGCATCGTTCCATGCAGGCCAGCAGCGATGGCTTTCAGGTTTGTCAATCGCACTTTGAGCCACATTGTTTTGATCCCGAAACCGGAGAGTTGCGAGAGGATGCAGTGCCCACGCTGGAGCTAAGTCGTGGCATCAACAAGATGGGTTGCATGGTGCCCGGTTGCGTCAAGGAGGAGAATGGACCGCGTCGTCGCCTGTTTAAGATGCCCAAGCGTTCATCGCAATTGTTAGATTGGTGTCACAATTTCCAACTGGATCCATCGACCATCTCAATTGAGAAGAGTGTTGTGTGTGATCGTCACTTTGAGTCGCATTGCTTGAATGTGCATAAGCAGCTGCGTCGTGGAGCACGTCCCACACTTCACTTGGGTCACACTGCGGATGTTGAGATATTGCATAACCCTTCGAATTGGGCCCGCTGCACTGAGGTGCCTGAGACTCCTGCTGATGTCTGCTGTGTGCCCAATTGTGGGCGGTACAAGGATGCCGAGGAAGAGGATACTGATATGCAGCTCTTTAGCTTTCCCAAAATGCGAACACTGGCAGAAAAATGGCTGAGGAACATTCGACTCGAGGCAAACAAGGAACAGTTGGCTGAGCTGAAAGTCTGCAATGCGCACTTTGAGATCTACTGTCTGGAGAATGGACGCCCACAGTTGGGTGCCATGCCCACACTGCAGCTGGGACACGATGATCATCATGATATACATCGCTCCAGTTGTCTCACGTCCTTGCCGGCCTCCAAAATGAAACGTTATTGCAATAGAAATGGATACAGCTATGATTGCTGCTTTCCTCAGTGTGTGGAGCTGCAGAAGAGTTACCTACGGATTAGCTACAATTTGCCACAGTCGCAAGCAATGCGTAATGTCTGGTTAGCCTACATGGAGTTGGAGGAACCGAAGGAGCAAGAAAAGGAGCAGCTACTGAAATTGTGCCCGCTGCACTTGATCATTCTTTACGAGCACAGCGTAGACAATTTCCCCGAGCACACAACAGAGGAACTGTTGGAGGATAACTATGCAGCTGCGAGAAATAGTGTGCGGATACGTATCATCAGTTGTGCAGTGCGTGGCTGCAAGACTCTGAAGACTCGCGATGGCGGTTGCCTTCATGGTCTGCCCCAGCGTCGGGATATACTGCAAATGTGGTTGCACAACATGCAGTTGGTGTTCTACGAGCAACAGCGTTACATGTACAAGATCTGTAGCAAACACTTTGAGCCCAATTGCTTTACGGACACAACACGCCGCCTCAAGCCGTGGAGTATGCCAACGTTGGAGTTGCCTGTGCCCGAACCGGGTGAACCAGAAGTCTATCAGAATCCCACAGAAGCGGAATGGCAGCAAATGAATGAACAATGGGCAGCAGAGCAGCTGCAAATAGCTCAGCCAATGATGGAGGATGAAGAGCATGAGGAAGTTGTGCAAGTGAAGCTTGAGCCGGAGACGGAGATGGAACAGGATAATCTGCTGGCATATGAGGAAGAGGATTACTCGCAGCCTCCAGTGGATGGAGAGGAGGATGCCAGTTCGCAGCAGCCGCTGGAGATGCAACCTTTGGAGGTGCTGCTTGAGGTGGGGCATGTGGAGAAGTGCAGAACATACGAGCAAATGGACACCAAGGCAAATCTAAGTTATGCCGAGCAACAGGCTGGACCGCTGCCTAGTAATGGAATCTTTGCCAGTAATGGCAACAAGTACACTGCACGCAATTGCAGTGTACAAGGCTGCCACGTGACCTTGAACGATATCTGTGGCAATGTGAAGTTGCACAAATTTCCCACGTCGTGGGAGGCAATGCAAAAGTGGATGCACAACACCCAAGTGAAGGTGTGCAGAAGTGTCTCGTGGCGTTTTCGCATTTGCAGTTATCATTTTATGGAAGATTGTTTTCAAGGCTCTCGCCTAAGGCGTGGTGCCATGCCCACATTGCAGTTGGGCCCCAAGCGACCTTCGCATATCTATGAGAGCGAGTTCAATGTTGGCGATGGCGACGAGGAGCAGCCCATTGAAGAGTCATCAGAACAAACACCAAAGTCAAGGGTGGTCGGTGGCGATAATATTAGTCTGTGCCTGCCTAGCCCAGCACCGCCTCGCAAGTCGAGCAAGTTCTGCCAAGTCGATGGTTGTCCTAATCATTTGACCAGCGAGAATCTGACGCTGCACAAGTTCCCCCACTCGCCGGACATGTGTGCCAAGTGGCAGCATAATACACAGGTGCCATTTGATCCCGTCTTCCGTTGGCGATATCGCATATGCAGCGCCCACTTTGAACCGATCTGTCTGTTGAATATGCGCCTGCTGCACGGCAGTGTGCCCACGCTGCACTTGGGTCCACGTGCTCCACAGCAGCTCTTCGACAGCGACTTTGAGGCCATCAGCATGCGCTTGGATAAGCAGAAGAGCAGCTCAGAGCAGCAGTTGTATATCAAACAAGAGCATGAAGAGGATCACGATGATGCGGAGCAGGATGAGGATGAGTTTAGTTTTCTGGTGCCAGAGATGCAGCTGCATGAGGATGCAGGGGAACATGAAGCTAACATAAAGACGGAGCCCAGTCAAACCTATAACGGACGCTGGAAGGATCTGCGTTTGCCCAGCATTAAGCAGGAGGATACAACGACCATGACGTGCTATAATCCCGTCAAGTCTGGCTATGACAAGTGCTCACTGGTGCATTGTCAGCGTCAACGATCTCTGCACGGCGTGCATATCTATAAGTTTCCCCGTTCCCATCAACTACAGCAGCACTGGATGCACAATCTGCGAATACGCTATGATGAACGGAGACCCTGGAAAACAATGATATGCAGTGTACACTTTGAGGCGCAATGTATTCGTCTGCGTAAGCTGCGTCCTTGGGCGGTGCCCACACTGGAGCTGGGTGACAACGTGCCCCAGGAGATCTTTAGCAATGAACAGAGTCGGCAACAGTTTGAAAATGATGAAATGGATATAAAGACTTGCTCCTTACCCTATTGTCGCAGTCCACGTGGCGATGGCATCAAGCTGTTCCGACTGCCGAACCGGCTGAGCGACATACACAAATGGGAGGTGGCAACGGGAATGCATTTCACCGAATCCCAGCGCAACACGAAGCTCATCTGCAGTCGTCACTTTGATCCGCAGTTGATTGGCGTGCGTCGTCTGATGTACAATGCGGTGCCGACTCTTCATCTGCGACCAGAGACTGCGCGAGAAGAAAGGATGCCTCCGCGTCCTCGTCCAGCGGGGCCACGTTGTTTCATGCCCAGTTGCCCACAGGATTTGCATCAAAAGTTGCACAAGTTTCCATGTGATCCTCAGCAGCTTCAGGAATGGTGTGCAGTGCTCAGAGTCTCCGAAGCGCAGGACTTTAGTAACTTGTACATTTGTGACGATCATTTGCCAACGCTGGCAAGAAGCTGCCTCATCTGCAGTGTAGAGGAACTGCAGCTGCCACTGCTCAACTTCCCAGAGCATCGCAATCAACGGGCCAAGTGGTGCCATAATCTCAAAATCGATACCATTCCCAAGTGGGATAACTCAAAGCACATTTGCAGTCGACATTTCGAGAGCTACTGCTTCATCCAGCCGGGTCAACTGGTTCCAGAGGCTGCTCCCACGTTGCACTTGAAGCACACGGACAGCAACATATTCCTTAACGATTATGCCATAGATTCCAGCAAGATGATGTTGCGGATTAAGGATGAGCCCTTGGAGAGTGACGATCTGATGCTGTAA
Protein Sequence
MVLLFKFLLKSSKLPARAHFRPTFLDTLRLTVRGGHGGNGLPKYGGVGGQGGCVYFVAKEGLTLRRVAQNMKDKRVYASSGEDSSKVSIFGKRGVDQCIEVPVGVQVYDENNKLLADLNENDAKCIVAGGGTGGCTGNNFLGRPGDHRTVNLDLKLIADVGMVGFPNAGKSTLLKAISNAKPKIAAYPFTTIRPQIGTIDYSDLRSITVADLPGLIEGAHANFGMGHKFLKHIERTRLLLFMVDIFGFQLSPKHPHRDCLSNIYALNKELELYDPTLLEKPCVLLLNKMDKEGAQDLLKKFKPSIRDLNSGLSECPEEVRPSRVLKFEHILPISAKNSTRITQVKQQLRDTLDSIAAEHMVVDNELLKEQLQRRVGVRAEPIDEHAYKSNYIDDNTPFADFSKFPEFGDDMLSPKVELTVKDEAYQKNPLSYPRRKLQSERSAESLPICQRCKEVFFKKQIYLRHVAESSCTIQEYDFKCNICPMSFMNTEELQNHKHLHRADKFFCHKYCGKYFDTIAECESHEYMQHEYESFVCNMCSVTFATREQLYAHLPQHKFQQRFDCPICRLWYQTALELHEHRLAAPYFLPTTHQKATAGSALPATAALNSLLQQRQANADGAALFASSLKNEVNVKLERSYSNSTTSESGYSLHDSSNYNNAYGSDASLHGGAGAGAIGGPQAHSSTLDDSEDALCCVPLCGVRKSTSPTLQFFTFPKDEKYLHQWLHNLKMFHIPASSYATYRICSMHFPKRCINRYSLCYWAVPTFNLGHDDVANLYQNRELTNTFTTGEVARCSMPNCTSQRGESNLKFYNFPKDIKSLIKWCQNARLPVQAKEPRHFCSRHFEERCIGKFRLKPWAVPTLHLGAQYGKIHDNPKNLYVEEKRCCLNFCRRSRSSDFNMSLYRFPRDEVLLRRWCYNLRLDPAVYRGKNHKICSAHFIKEALGLRKLSPGAVPTLHLGHNDTFNIYENELSASHYVDPELSASYMGMGSGSGGSASGLNVSDSMDVCCVPSCESKRHNNENITFHTIPRRPEQMRKWCHNLKIPEDKMHKGMRICSLHFEPYCIGGCMRPFAVPTLNLGHDDDDIHRNPDVIKKLNIRETCCVAVCKRNRDRDHANLHRFPSNVSLLTKWCANLQRPVPDGTKLFNDAICEVHFEDRCLRNKRLEKWAVPTLVLGHDNIAYPLPTAEQVAEFYARPSAPNNGEEQGECCVETCKRNPSVDDIKLYRPPEESSVLAKWAHNLEVDAAKLSSMRICNLHFESHCIGKRMRPWAIPTLNLSNNIENMYENPEHHMIYKRRTQIKTERGASGAGASMSKPTWVPRCCLPHCRKVRALHNVQLYRFPKLNRSTLAKWAHNLQVPLVGSAQRRLCSAHFEPHVLSKKCPVPLAVPTLDLNAPPGYKIYQNPAKLKANKLCLQRVCIVESCRRQRGQGVQLFRLPHTPTQLRKWMYNIRMRPRGAMRQQYRICSTHFETHSFNGKRLSAGAIPTLELGHDDEDIYPNEAQSFVEEHCAIDGCDASKEQPDVRLFRFPTDDEDLLWKWCNNLKMNPVDCIGVRICNKHFEGDCIGPKHLYKWAIPTQELGHDDSQIELITNPKPEERYVDPVFKCCVPTCGKTRKFDEVQMNSFPKDPTLFQRWRHNLRLEHLQFKERERYKICNAHFEDICIGKTRLNIGSIPTLELGHDDTEDLFQVNPAELQSNLFGRQRRVQESGLRVRIKQEEHSEQEETDATMSEATDLNTKQVKIKKRLADLKCCVPSCGRSRLEHGARLFPFPTGKQQQSKWRHNLRLDASDVDKTSQVCSAHFNRRCIDGKQLRGWAIPTQQLGHQEQPIYENPKNIPGFFTPTCALAHCRKRRSIDNDLRTYRYPRSEELLEKWRVNLRLAPDQCRGRICADHFDPMVRGKLKLKTGAVPTLKLGHDEGVVFDNEAIKAGLQLDGAGEPEVEEGEASRESLIKIKKEKLEPDEEEAEVEQTQLDNGDDDDEQEEDVDADEDDDHGYFDPLELVETFADDNAADDDEGDIPGNDDELLLLPDSPPVKLEHPLPPLLRREKPVNNVTPICCLKHCRKERTATHQLSTFGFPKDRLQLRKWSTNLQIPESDCVGRVCIEHFEAEVLGTRKLKQHAVPTLNLGHDTPLIYRCNGQAQPMGGIFDEQPQHSVFRLWSLKHCRKRKLEAMEPPDHHRHQRAVIKQEMEEEQEDGLSCCLPHCGMRANDVQLHRLPSNRIRLRKWLHNLNLPQSIPIGSQTRVCSEHFDVQPSEALEDCMPTLKLGHNDINIYRNQNSSASSSCLVPSCPCARLNLYRGYDLPEHHLVQQAWLQFLRQPMPQLPADGQLCVMHYMQLYEQVSLPQEVPATVLRQLQETYEQIANSTMAMKLRCAVPGCYSKYTDNIRLTKLPTCSDMFAKWLHNTKIKYDANRHYIYRICMLHFEARCLGPVRPKLWAVPTLQLHHNDANIYRNPKLDGSGQEVQQVVPQPVPVPVELPLRIKTELAYTGSPSASASPSPRGKLRICCIPGCAQQANSLVRLFRFPTSETMLLKWLVNTQQKPRLVDPQHLFVCQDHFETEAICKKQLSSWAVPTLKLGHDGHIIPNAKHNGNIADTHENRHTLQFIWANYCSVLDCFEPRSEQLRLFAYPTDRPTIRKWAANCKHRSMQASSDGFQVCQSHFEPHCFDPETGELREDAVPTLELSRGINKMGCMVPGCVKEENGPRRRLFKMPKRSSQLLDWCHNFQLDPSTISIEKSVVCDRHFESHCLNVHKQLRRGARPTLHLGHTADVEILHNPSNWARCTEVPETPADVCCVPNCGRYKDAEEEDTDMQLFSFPKMRTLAEKWLRNIRLEANKEQLAELKVCNAHFEIYCLENGRPQLGAMPTLQLGHDDHHDIHRSSCLTSLPASKMKRYCNRNGYSYDCCFPQCVELQKSYLRISYNLPQSQAMRNVWLAYMELEEPKEQEKEQLLKLCPLHLIILYEHSVDNFPEHTTEELLEDNYAAARNSVRIRIISCAVRGCKTLKTRDGGCLHGLPQRRDILQMWLHNMQLVFYEQQRYMYKICSKHFEPNCFTDTTRRLKPWSMPTLELPVPEPGEPEVYQNPTEAEWQQMNEQWAAEQLQIAQPMMEDEEHEEVVQVKLEPETEMEQDNLLAYEEEDYSQPPVDGEEDASSQQPLEMQPLEVLLEVGHVEKCRTYEQMDTKANLSYAEQQAGPLPSNGIFASNGNKYTARNCSVQGCHVTLNDICGNVKLHKFPTSWEAMQKWMHNTQVKVCRSVSWRFRICSYHFMEDCFQGSRLRRGAMPTLQLGPKRPSHIYESEFNVGDGDEEQPIEESSEQTPKSRVVGGDNISLCLPSPAPPRKSSKFCQVDGCPNHLTSENLTLHKFPHSPDMCAKWQHNTQVPFDPVFRWRYRICSAHFEPICLLNMRLLHGSVPTLHLGPRAPQQLFDSDFEAISMRLDKQKSSSEQQLYIKQEHEEDHDDAEQDEDEFSFLVPEMQLHEDAGEHEANIKTEPSQTYNGRWKDLRLPSIKQEDTTTMTCYNPVKSGYDKCSLVHCQRQRSLHGVHIYKFPRSHQLQQHWMHNLRIRYDERRPWKTMICSVHFEAQCIRLRKLRPWAVPTLELGDNVPQEIFSNEQSRQQFENDEMDIKTCSLPYCRSPRGDGIKLFRLPNRLSDIHKWEVATGMHFTESQRNTKLICSRHFDPQLIGVRRLMYNAVPTLHLRPETAREERMPPRPRPAGPRCFMPSCPQDLHQKLHKFPCDPQQLQEWCAVLRVSEAQDFSNLYICDDHLPTLARSCLICSVEELQLPLLNFPEHRNQRAKWCHNLKIDTIPKWDNSKHICSRHFESYCFIQPGQLVPEAAPTLHLKHTDSNIFLNDYAIDSSKMMLRIKDEPLESDDLML

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_01558329;
90% Identity
iTF_01558329;
80% Identity
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