Tvap013108.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Trialeurodes vaporariorum
Gene Symbol
-
Assembly
GCA_011764245.1
Location
HIC:36607462-36673774[+]

Transcription Factor Domain

TF Family
zf-C2H2
Domain
zf-C2H2 domain
PFAM
PF00096
TF Group
Zinc-Coordinating Group
Description
The C2H2 zinc finger is the classical zinc finger domain. The two conserved cysteines and histidines co-ordinate a zinc ion. The following pattern describes the zinc finger. #-X-C-X(1-5)-C-X3-#-X5-#-X2-H-X(3-6)-[H/C] Where X can be any amino acid, and numbers in brackets indicate the number of residues. The positions marked # are those that are important for the stable fold of the zinc finger. The final position can be either his or cys. The C2H2 zinc finger is composed of two short beta strands followed by an alpha helix. The amino terminal part of the helix binds the major groove in DNA binding zinc fingers. The accepted consensus binding sequence for Sp1 is usually defined by the asymmetric hexanucleotide core GGGCGG but this sequence does not include, among others, the GAG (=CTC) repeat that constitutes a high-affinity site for Sp1 binding to the wt1 promoter [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 52 7.7 5.2e+02 1.4 1.1 1 23 870 895 870 895 0.92
2 52 2.7e-05 0.0018 18.6 1.3 1 23 1104 1126 1104 1126 0.99
3 52 0.0033 0.22 12.1 2.1 1 23 1130 1152 1130 1152 0.98
4 52 0.006 0.41 11.2 5.0 1 23 1158 1181 1158 1181 0.96
5 52 0.15 9.8 6.9 0.5 2 23 1273 1294 1272 1294 0.93
6 52 8e-05 0.0055 17.1 1.4 1 22 1315 1336 1315 1336 0.95
7 52 0.02 1.3 9.6 0.2 1 23 1348 1370 1348 1370 0.96
8 52 0.00014 0.0096 16.4 1.2 1 23 1376 1398 1376 1398 0.98
9 52 0.039 2.7 8.7 2.7 1 23 1404 1426 1404 1426 0.90
10 52 0.00028 0.019 15.4 2.7 1 23 1432 1454 1432 1454 0.98
11 52 0.00081 0.055 14.0 3.8 1 23 1460 1482 1460 1482 0.98
12 52 0.0023 0.15 12.6 2.6 1 23 1488 1510 1488 1510 0.98
13 52 1.7 1.1e+02 3.6 0.4 3 22 1518 1537 1516 1537 0.94
14 52 0.0014 0.094 13.2 1.2 1 23 1565 1587 1565 1587 0.97
15 52 0.0006 0.041 14.4 0.3 1 21 1606 1626 1606 1627 0.96
16 52 7.7e-05 0.0053 17.2 2.2 1 23 1639 1661 1639 1661 0.99
17 52 0.0029 0.2 12.2 0.8 1 23 1665 1687 1665 1687 0.98
18 52 0.00086 0.058 13.9 1.2 1 23 1693 1715 1693 1715 0.99
19 52 0.039 2.7 8.7 6.9 1 23 1721 1743 1721 1743 0.98
20 52 3.8e-05 0.0026 18.1 1.7 1 23 1749 1771 1749 1771 0.98
21 52 1.3e-05 0.00085 19.7 6.2 1 23 1777 1799 1777 1799 0.99
22 52 0.31 21 5.8 2.3 1 23 1805 1828 1805 1828 0.93
23 52 0.04 2.7 8.6 0.9 1 23 1864 1886 1864 1886 0.93
24 52 0.016 1.1 9.9 3.6 1 21 1904 1924 1904 1925 0.95
25 52 0.00029 0.02 15.4 2.0 3 23 1952 1973 1950 1973 0.95
26 52 0.85 58 4.5 7.9 1 19 1979 1997 1979 2002 0.94
27 52 1.1 71 4.2 6.7 1 19 2008 2026 2008 2029 0.98
28 52 0.39 26 5.5 1.5 1 23 2037 2060 2037 2060 0.87
29 52 0.00029 0.019 15.4 0.7 1 23 2066 2088 2066 2088 0.98
30 52 3.1 2.1e+02 2.7 0.5 1 21 2094 2114 2094 2115 0.92
31 52 0.0059 0.4 11.2 1.0 1 23 2118 2141 2118 2141 0.92
32 52 0.0072 0.49 11.0 0.8 1 23 2147 2170 2147 2170 0.95
33 52 0.29 20 5.9 0.4 1 15 2176 2190 2176 2204 0.86
34 52 6.3e-05 0.0043 17.5 0.2 1 21 2222 2242 2222 2243 0.95
35 52 0.0003 0.02 15.3 2.8 1 23 2268 2291 2268 2291 0.97
36 52 0.057 3.9 8.2 6.2 1 19 2297 2315 2297 2320 0.95
37 52 0.65 44 4.8 7.4 1 19 2326 2344 2326 2347 0.98
38 52 0.76 51 4.6 0.4 1 23 2355 2378 2355 2378 0.90
39 52 5.8e-06 0.0004 20.7 2.6 1 23 2384 2406 2384 2406 0.96
40 52 0.038 2.6 8.7 0.5 1 23 2412 2435 2412 2435 0.97
41 52 1.3e-05 0.00091 19.6 0.8 1 21 2476 2496 2476 2497 0.95
42 52 0.00053 0.036 14.5 1.6 1 23 2522 2545 2522 2545 0.97
43 52 0.37 25 5.6 6.9 1 19 2551 2569 2551 2574 0.95
44 52 1.1 74 4.1 4.6 1 23 2580 2603 2580 2603 0.96
45 52 0.0078 0.53 10.9 0.5 1 23 2609 2631 2609 2631 0.96
46 52 0.098 6.7 7.4 4.3 1 23 2637 2660 2637 2660 0.97
47 52 0.43 29 5.4 4.2 1 23 2666 2689 2666 2689 0.95
48 52 0.02 1.4 9.6 1.0 1 23 2709 2732 2709 2732 0.91
49 52 0.011 0.77 10.4 1.2 1 23 2738 2761 2738 2761 0.94
50 52 0.0026 0.17 12.4 1.6 1 23 2767 2789 2767 2789 0.96
51 52 0.23 16 6.2 5.7 1 23 2795 2818 2795 2818 0.97
52 52 0.95 64 4.3 4.3 1 23 2824 2847 2824 2847 0.97

Sequence Information

Coding Sequence
ATGGTCTCGTCTCCTAGTTCAATATCCTCCTTGCCCAAAAGCGGTGAGGCCAACATCTTGAAGAGTTGTCAGAACCCACTCACACATCTCAGCTTCACAACAATGGCCCAGCTAAAGATCTTAAAACCATGGATAACGCAGTATTTAACCGATCATCTATTAAGTGGCTCTATCGACCTAATCGAGGAGCAAATTACTATTTTGAAGAAACTTGATGCAACGGCTTTAGCTAATTACATTGCTCAGAAAAGTCCTAGGACAATCAAACAACTATGTTTGGAGCTCGAAGAGCTTCTGCCTGAAGGATTGCTGAAGCAAAGTCCGGAAAATTTAGCGTCTAATATAAAAATTGAAGAAGACTCAAGCCATAGTCAGGATGAAGAGTCTAATACTCCTGCGGTAGCTGTCAATGCCATTAGATCTGAAGAAAGCAGTAGCCATCACTTGAGGAAACGAAAAAAATCAAAGTCTCCGTCAAAAAATGACGCAAATACTCATGAATCTAGTCATAACGCAGAGGAAGTTGAAACTCCCCATAATTCCCAATTTGTATCTCAGCGAAGTCCAGACTCCACCATCTGTGAAAATGAGATGCTACTGAGAGAGACACCTCCAACAACTTTGCAAGTAAAACCGCTTCATAAACTCATCAGCAGTCCAGTGTTAGCTGACTTAAATTTGTCTAGTTCATGTCCCTCAAATTATGATAGTATGAGTCATTCTACAGAAATCGGTAATCAAACTGAATTTGCACCAGTTCCTACAGGAAGAAAAAAAAGCAAGAAGAAAAAACAGGACGCTTCTCAATCTACTGTCGATGGCAGTTGGAAAGTTGTTGAATCCTCTCAAGATTCAAGCATACCAGCCTCTAATTTAGTTACCTCTCAAGAAACGGTCGATTTATCCTCATCTGTTGTTCGTGTGATGAAAGAGAAATCAGTCAGTGCCAAGAAATCTATAGATCGCTCTTCTACTGCCAACATTGTGATGAGTGAAGAACCTAATAATCAAGTGCCTTGTACCTCCAATTCGCCAGAGTCTGATAGTCCAATGAAAGCTGTTGTTCTACGAGAAATTTTCCTTAATTTTGTCAACTTTATGGGTTCGCTAAGTCATGAAAGCAAAAAAAAGATTGAAGAGGAAATACTGCGTGCATTAGGAACCTCTGCCAAAGAATTGCAAGTTCCAGATAGGCAAGCTGAAGAATCATTAAGTAGTCCAACCCATAGAAAGAAGTCCAAGAAGAAAAAGAAAAAAGTCCCCGAAGAAGCTGATGCAAATTTAGATATCACTCTTGATGAAAATATCAATGAAGTGGATAATTTAGAGTTTGTTGTAGATAGCTCAAAAAAAATGAAACGTAAGCGAGATAGTCAACTCTCTGAGAGTATGAATGATACATCGTTTGACTGTGATATTTCAATGGTTGAAAAACCGCACAAAAAGGTGAAAAAAAACAAACCTGCTCCGATGGTTGAAGACCCTCCTTTCTTTGAATCGATTGATTTAACCGATGACCTTTTGGATGGTAGAAATGAAGTTGAAAATAATCAGACCATCAATGAAATTAGAACGCACCCATCATCGAGTAATATTGATGAATTGGAAGAGGAACAATTGTCAAATAACACCGTTGTACCACAGCAATGGCCATCCAAGAAATCAAGTCATTCCGAAGATAAAGCCTTCAATCCAAAGTTGTACGATTTTGAAAACTTTATTGCTGAATCAGTCATTACTAGACGTTCAAGTTCTCAAGAGCAAGTCGTCAATGCAAATGAGAGTTATGAACCAGCTATGCCTGCCACCGTGAGACCTATATCAAGCCAACAATCCATCCTTACTAATCGAGTTCAACTTACGGATAAAAGAATGAGGGACGAAACGATTGAAGAGCAGTACTCTTCCAATTATTCTGAGTCCTCGGAAGATTCCTCCGTGGAAGTAACATATCATTTTATGAACGAGGACCAAGTCACTATAAAGAAAGAGGTAGATCATGAAGTAGATGCAACTAATTATCGTGCACCAATCTCAGTAGAAGATAACGCAGTACCATCACGTATCGTACCAGTCAAGCCGTCTCGTATTGCACCTGTGATAATTTCCTCTCATTCCACATTAGAGAATAATATCGATGTCTCATCACATGGACAAGTAACAGTAAATGAAACATCCTGTTCAACTTTCGATGAAAACCTATCAAAGGTGGTGGAAATTGAGCCTAGCACAAGAAGAAATTCCGCTCCGGTTGACTCTGTTTTTGTGGATGAAAGTCGGTCTATGGGTCCAAATTCTGAAAGTGCATTGAATGTTACTATAATCTCAGAGGAACCCTCCGAAACTGTCCGAGTGACACAAACCGTAGAAAGTAGCAGTAACGTCCCTGAAGATAATCAATATCGATCGCTCGAAAAGGAACTGCTAGAGTTGGAACACACTCTCTATCTAGCTGACAAGGGAGATCCTGAACATCAGCCAAGAACCAAACCAGCTGCTTCCAAGGACAGTGATGTTCCAAATCCGCTACATGCCTTATCCAGTCCAAGTAATGAAAACTCTACGTCTGTAACAACATCTCTCAATGGAGGCCCAAAGAAAGCGAGTCACAGGTGTGAAAAGTGTAGAGATAAAACAGTTGTGTTTGATAATAGACGAGACTTACTCTCTCATTGGCTAGAGCACGTGAAAGAAACCTTCTCAAAGATCCAAACCCCCTCTCCTTCAAACAGCAAAAATCTGCCCAGTAATCTACCTTTCAATGGCGATAATAATGAAAAACAAACATCAACAGCTAACTTAGAAATTTCTCCTTCGATCAACCCAAAAGAAGCCCAGCGGGTCAATGAACAAGTCTTGCCACAAGTCAGCAATCAAGTTCTGTCTCAAAGCCCGACGCAACTCACTCCGAAGCTCAATAAGCAAAATGCACCTCAAACCAACAAGCAAGTCACATCGCAAGTTAACAAATCAACAAAATCCCATGTCACTGGGCAAGTTAAAGCGCTAGTCAATGAACCATCCATTGCGTCTCCGCAGCAACTGGAACAGCTGGACATCAAAATTCCAATGCATCAGTACAATGAGCAACGGGAAATGTCATCAGAGCAATCATGCCAGCAGGACAATATACAAGCCGTAATAAAAGATAACGGAAAGATGGTTTTAGCAAATAACCTCCCGGATGTTTGTCCAAACTCCCCTGTGCAAAGTCATGTGAATTTGTCAAAATTCTCTCCGACCTCTACCAAAACATCAGCTTCTATCAAAAACCAAACTGTTAGTGCGGGCAGCTCTAGCCACTCTGATTATAGATGCACTCTTTGCTCCACTGTGTTTAGAAATGAGTCTGCTCTTAAAGATCACTTGAAGAAACACTCGAAACCGTTCAAGTGCTCGCTGTGCAACTCGAGTTTCAAGACTGATACCACTCTAAGGTCTCATCTAGTGACCCATTCCAATCATAAACCGTTCAAATGTCCTCAATGCTCCACCTGCTTTAAGCGAATAGGTGATTTTAATCATCACCGGGCTGTTTTTCATGCTGTAAGGAGGTTTCATTGTAAGCCGTGTAAAGTTTCATTCAAATTTAGGATAAACATAGAAAGGAAAAGCATTCTCCTTGTGAAGCTGCAAAGACAACACCGCAATCGTTGTCCTGAAAATGACAAAATCACTGGTGAAGTGAAGTGTCTGACTTTCGAGCAGATTGTCTCTCCTGGTGGGAGTAGTGTCGTCAAAGCGAGACTCTCCTCCGTGCTGAGAAAAGAATTCGTGCTGCCATCGGACTTTGGTTTGGAGCAAAGCGAGGTTATGAGATGCTACAAATGCGACAAAAGGTTTGATGAAGATCTCAGCCTGATGAAACATTGGATAGAGCATCTCAAGGAAAAGGTTTTCGAGCAGGCCAAAGCCTCATCTAACCCAATCGCGATGAATAAATTCGAGTGCGACGTTTGTAAAACGAAATACAAGCGAAAGGAAAATTTAAAAAATCACATCAAACGAGTTTGCTGTAGAGATATTTATGAGAAGTTGTCTTTCAGATGCGCTCAATGCCCATCGATTTTCTCTTACCGGGGAGATCTTCTGAAACATTCTATCATTCACGACACACAGCAGCGGTTCGTTTGTAGTCTGTGCGGGTTTCGAAGCAGCAGTAAAACGAATTTGACGAAACATGTGCTAACACACTCGAATTTGAGGCCTTTCAAGTGTTCTCAGTGTGATGCGACATTTAAAACCAGTAGAACCCTCAAGTTTCATAGTGTAACTCATTCCGATGAAAGACCTTTCAAATGTAGTGTATGCGATGCGACGTTTAAGTTGAAACATGATTTGATCAAGCACCGAATTAAGCACTCAACTGTGAGGAATTTCAAGTGTAAAGTCTGTAAAGCTATGTACAAGGATAAGAAAACATTGAGTCATCACATGATTTCACATTCTAATCGGAAACCATATCAGTGTGTCATTTGTAAAGCCTCTTTTAAAAGGAAACAGATTTTAAAGCATCACATGGTGACGCACACAGATGAGAGACCGTTTGGTTGTGACTTTTGCGAGTACAAAGGAAAACGTTTGGCTAGTTTAAAACTTCACCTAAAACGCCGTGACTCTCGCTTGAAACAGATTAAACCAAATTATCACGTTGCAAAGTCAAAGCTCAGATTGACTCCGGATCGAGTGGACTTTCGTTGCCACAAGTGCTTTCAAGGTTTTGGGGACCAGGAGAGTCTTGCCAGGCATTGGATGGAACATATGAAAGATAGCCTTGAAAGAAAGCGTCCCATAGCGGCGAAGAAAGTCCCTCATTTCGAATGCGACTTGTGTCGCAAGAAGTTCATACTGAAGAGTCAATTGAAAACGCATATCATGGGTGTCTGTTTTAAGAGTTTTTATGAAGTACATTCGTTCAAGTGTACCGCATGTACAATGCGTTTTACGTCTCAAGATGAACTCGAAAAACACAGAAAAACACATTACAAACAGTTTGTTTGTTTCATGTGCGGTCTGTGTGTGAGCAGTGGCAAAGACTTGAAAAGACACCTTTTGGTGCACTCGGAGCTAAGGCCTTTCAGATGCACTCATTGTGCCGCCTCTTTCAAAAGTCAAGTAGTTTTGAATGTTCACCTCATGACGCACGTCAATGACAGACCTTTTAAATGCAAGAAGTGCGACGCTACTTTTCGATTGAAGCAATGTCTCAGGAATCATAAGACAAAGCACTTGTTTTCAAGATCCTTTGAATGCGATGTTTGTTCGGCCATGTTCAAGGACAGAAAAACTCTGAAACAGCACATGAAGAAACATTCCGACGAGAAACCGTTCCAGTGCGACTTTTGTGACTTTTCGTTCAAACGAAAGTACCATTTGAAGAATCATTTAATGACGCACTTGGGCGAGAAACCTTTTTCGTGTGATCTTTGTGGATATAGGGCGTGTCAGAAGGCATTGGTGCGGCGGCATAAATCGCTGAAACATTATTTACCTCAATACCTGATTAAATCCAGTAAGAAGCTGCCCAACCCAAATAACGAAAGAACCGACACCATCTCAACGCCTTCCAAAAAGCAAGACGCGGGTCATTTTCTGTGTTACAAGTGCGGAGCAAAGTTTGATGATAAATTGAGCTTTACAAAACATTGGTTAGAACATTTGAAAGATTCGTTTTATAATGATGCATTAGCTACAACCGTTGTTGTCCTTTACACTTGCGATGTATGCAAGAAAAAATTCAGATGTAAGCAAAGTCTCCGAAAACATATTCTGAATGTTTGCTGCAAAGAATCTTTGCTGTTGGACAACCTTGAAAAATCTTCCTCTATCGTAAAGACATCAAAACTTCTTGCATGCACATTTTGTGATCAACATTTCAAGGGACAGTACAATTTAAACAGACATTTGACTACTGTTCACTCAAGCCTAAGGCCGTTCCAATGTTCAATGTGTGAAGCTACGTTCAAACGAATACATCATCTGCGCGTTCATTGTCATTATAAACATTCAAATCAAAAATCTTTTAAATGCTCATCGTGTGACAGCTATTTTAAGACAAAAGCACATTTAAAACAACATTGTGTGCACAAGCACTCGGATTATAGGCCATACAAGTGCTCAGCGTGTGACACCTTTTTCAAGACAAAAGGCCAAATTCCCAGACATCATGTCGTGATGCATTCCTCTCACAGACCATTCAAGTGTGACGAATGTAATCAGTCGTTTCCATTGAAGGGTTATTTGACGCAGCATAAACTTATCCACTCAGGCACAAAACCTTTTTCCTGCTCTCTTTGCGACTATCGTTCCAATTGGAAAGCAAATGTGAAGAAGCATGCTCGAAAAAAGTCTTTCAAATGTCCATCTTGTGACGCTCTCTTCAAGTCAAAAGCATCATTGAATTCGCACTATATATTTAAGCACTGCAATGACAGGCCTCACAAATGTCCAGTGTGTGACGCTCGTTTCAAGACGGAAGATTATGCGTCCCAACATATTTTCATGATGCACTCCACTCACAGACCATTCAAGTGTAACGAATGTAATCAATCATTTCCATTGAAACCAAGCTTTCAAGATAAATTAAGTTTTACAAAACATTGGCTAGAACATTTAAAAGATTCGTTTAATAATGATGTAAAATCAAGAAAAACGTTTACTGTTTATACTTGCGACGTGTGCAAGGAAATATTTAAATCTAAGCCAAATCTCCGAAAACATATTTTGAATGTTTGCTGTAAAGAATTTTCGCGGTTGGACACCTCGGAAAAACCTTCTTCTATTATTAAGGAATCAAATTTTTTTGCATGCACACTTTGTGATTACCGCTCCAAGAAAAAATCACATTTGATCCAACATTTGAGAACCGTTCACTCGAGCCTCCGGCCTTTTCAATGTTCAACATGTGAATCGTCTTTCAAGACAGCGGATCATCTGCGTAAACATTGTCTTTTTAAACATTCGAATCAAAAGTCTTTTAAATGTTCATCGTGTCACAGCTTTTTTAAGACGAAATCAGCTTTAAATAAACATTGTGTGCATAAGCACTCGGATGATAGGCCATACAAGTGTTCAGCATGTGACGCCCTTTTCAAGACAAAAGGCAGTATGTCCCTCCATTTTGTCTCGGTGCACTCTTCTCACAGACCGTTCAAGTGTGACGAATGTAACAAGTCGTTTTCACGGAAGGGCTCCTTGACGACGCATAAGTTTATCCACTCGGGCATAAAACCTTTTTCCTGCTCTCTGTGCGAGTTTCGGGCTAATCGGAAAGGAAATGTGAAGAGACATGTAAAAATAGTTCACGAAAATTTTTGGCGATTCAATGCAAGGTTTCAAGATAAATTAAGTTTTACAAAACATTGGCTAGAACATTTAAAAGATTCGTTTAATAATAATGTAAAATCAAGAAAAACGTTTACTGTTTATACTTGCGACGTGTGCAAGGAAACATTTAAATCTAAGCAAAATCTCCGAAAACATATTTTGAATGTTTGCTGTAAAGAATTTTGGCGGTTGGACACCTCGGAAAAACCTTCTTCTATTGTTAAGGAATCAAAATTTTTTGCATGCACACTTTGTGATTACCGCTCCAAGCAAAAATCACGTTTGAACCAACATTTGAGAACCGTTCACTCGAGCCTCCGGCCTTTTCAATGTTCAACGTGTGAATCGTCTTTCAAGAAATCGGATCATCTGCGTCAACATTGTCTTTTTAAACATTCGAATCAAAAGTCTTTCCAATGTTCATCTTGTGACGCTCTCTTCAAGACAAAAGGCAATAGGTCCCACCATCATGCCATGAAGCACTCCTCTCACAGACCATTCCAGTGTAATGAATGTAATCTATCTTTTCCATTTGATAGTGTCTTGACGAAGCATAAAGTTATCCACTCAGGCGTAAAACCTTTTTCCTGCTCTCTATGCGAGTATCGTTCTAATCATAAAGGGCATGTAAAGAGACATGTAAAAATGGTTCACGAAAATGTGAGGCCATTCAAGTGTGCATTGTGTTCTTTTACCGCATTCAATAGATCTCATCTGAATAAGCATTCGATGAGAAAGCATTCGACTTCGGGTTGTTTGCGTAGACATTGTCTTTTTAAACATTCGAATCAAAAGTCTTTCCAATGTTCATCTTGTGACGCTCTCTTCAAGACGAAAGAATTATTAAAACAACATGGTATCTATAAGCACTCGGATAACAGGCCATACAAGTGTTCAGCGTGTGACGCCCTTTTCAAGACAAAAGGCCAATTGTCCAAACATCATATCTGGATGCACTCCTCTCACAGACCATTCAAGTGTAATGAATGTAATCTATCTTTTCCATTTGATAGTGCCTTGAAGCATCATAAAGTTATCCACTCAGGCATAAAACCTTTTTCCTGCTCTCTATGCGAGTATCGTTCTAAACATAAAGGGCATGTGAAGAGACATGTGCAATCATTTCACGAAAAGTTGAGGCCATTCAAGTGTGCGTTTTGTTCTGTCACAGCACACAAGAGATCTGATCTGTTTAAGCATTTGAAGAGAAAGCATTCGGCTTTGGCAGTCTAA
Protein Sequence
MVSSPSSISSLPKSGEANILKSCQNPLTHLSFTTMAQLKILKPWITQYLTDHLLSGSIDLIEEQITILKKLDATALANYIAQKSPRTIKQLCLELEELLPEGLLKQSPENLASNIKIEEDSSHSQDEESNTPAVAVNAIRSEESSSHHLRKRKKSKSPSKNDANTHESSHNAEEVETPHNSQFVSQRSPDSTICENEMLLRETPPTTLQVKPLHKLISSPVLADLNLSSSCPSNYDSMSHSTEIGNQTEFAPVPTGRKKSKKKKQDASQSTVDGSWKVVESSQDSSIPASNLVTSQETVDLSSSVVRVMKEKSVSAKKSIDRSSTANIVMSEEPNNQVPCTSNSPESDSPMKAVVLREIFLNFVNFMGSLSHESKKKIEEEILRALGTSAKELQVPDRQAEESLSSPTHRKKSKKKKKKVPEEADANLDITLDENINEVDNLEFVVDSSKKMKRKRDSQLSESMNDTSFDCDISMVEKPHKKVKKNKPAPMVEDPPFFESIDLTDDLLDGRNEVENNQTINEIRTHPSSSNIDELEEEQLSNNTVVPQQWPSKKSSHSEDKAFNPKLYDFENFIAESVITRRSSSQEQVVNANESYEPAMPATVRPISSQQSILTNRVQLTDKRMRDETIEEQYSSNYSESSEDSSVEVTYHFMNEDQVTIKKEVDHEVDATNYRAPISVEDNAVPSRIVPVKPSRIAPVIISSHSTLENNIDVSSHGQVTVNETSCSTFDENLSKVVEIEPSTRRNSAPVDSVFVDESRSMGPNSESALNVTIISEEPSETVRVTQTVESSSNVPEDNQYRSLEKELLELEHTLYLADKGDPEHQPRTKPAASKDSDVPNPLHALSSPSNENSTSVTTSLNGGPKKASHRCEKCRDKTVVFDNRRDLLSHWLEHVKETFSKIQTPSPSNSKNLPSNLPFNGDNNEKQTSTANLEISPSINPKEAQRVNEQVLPQVSNQVLSQSPTQLTPKLNKQNAPQTNKQVTSQVNKSTKSHVTGQVKALVNEPSIASPQQLEQLDIKIPMHQYNEQREMSSEQSCQQDNIQAVIKDNGKMVLANNLPDVCPNSPVQSHVNLSKFSPTSTKTSASIKNQTVSAGSSSHSDYRCTLCSTVFRNESALKDHLKKHSKPFKCSLCNSSFKTDTTLRSHLVTHSNHKPFKCPQCSTCFKRIGDFNHHRAVFHAVRRFHCKPCKVSFKFRINIERKSILLVKLQRQHRNRCPENDKITGEVKCLTFEQIVSPGGSSVVKARLSSVLRKEFVLPSDFGLEQSEVMRCYKCDKRFDEDLSLMKHWIEHLKEKVFEQAKASSNPIAMNKFECDVCKTKYKRKENLKNHIKRVCCRDIYEKLSFRCAQCPSIFSYRGDLLKHSIIHDTQQRFVCSLCGFRSSSKTNLTKHVLTHSNLRPFKCSQCDATFKTSRTLKFHSVTHSDERPFKCSVCDATFKLKHDLIKHRIKHSTVRNFKCKVCKAMYKDKKTLSHHMISHSNRKPYQCVICKASFKRKQILKHHMVTHTDERPFGCDFCEYKGKRLASLKLHLKRRDSRLKQIKPNYHVAKSKLRLTPDRVDFRCHKCFQGFGDQESLARHWMEHMKDSLERKRPIAAKKVPHFECDLCRKKFILKSQLKTHIMGVCFKSFYEVHSFKCTACTMRFTSQDELEKHRKTHYKQFVCFMCGLCVSSGKDLKRHLLVHSELRPFRCTHCAASFKSQVVLNVHLMTHVNDRPFKCKKCDATFRLKQCLRNHKTKHLFSRSFECDVCSAMFKDRKTLKQHMKKHSDEKPFQCDFCDFSFKRKYHLKNHLMTHLGEKPFSCDLCGYRACQKALVRRHKSLKHYLPQYLIKSSKKLPNPNNERTDTISTPSKKQDAGHFLCYKCGAKFDDKLSFTKHWLEHLKDSFYNDALATTVVVLYTCDVCKKKFRCKQSLRKHILNVCCKESLLLDNLEKSSSIVKTSKLLACTFCDQHFKGQYNLNRHLTTVHSSLRPFQCSMCEATFKRIHHLRVHCHYKHSNQKSFKCSSCDSYFKTKAHLKQHCVHKHSDYRPYKCSACDTFFKTKGQIPRHHVVMHSSHRPFKCDECNQSFPLKGYLTQHKLIHSGTKPFSCSLCDYRSNWKANVKKHARKKSFKCPSCDALFKSKASLNSHYIFKHCNDRPHKCPVCDARFKTEDYASQHIFMMHSTHRPFKCNECNQSFPLKPSFQDKLSFTKHWLEHLKDSFNNDVKSRKTFTVYTCDVCKEIFKSKPNLRKHILNVCCKEFSRLDTSEKPSSIIKESNFFACTLCDYRSKKKSHLIQHLRTVHSSLRPFQCSTCESSFKTADHLRKHCLFKHSNQKSFKCSSCHSFFKTKSALNKHCVHKHSDDRPYKCSACDALFKTKGSMSLHFVSVHSSHRPFKCDECNKSFSRKGSLTTHKFIHSGIKPFSCSLCEFRANRKGNVKRHVKIVHENFWRFNARFQDKLSFTKHWLEHLKDSFNNNVKSRKTFTVYTCDVCKETFKSKQNLRKHILNVCCKEFWRLDTSEKPSSIVKESKFFACTLCDYRSKQKSRLNQHLRTVHSSLRPFQCSTCESSFKKSDHLRQHCLFKHSNQKSFQCSSCDALFKTKGNRSHHHAMKHSSHRPFQCNECNLSFPFDSVLTKHKVIHSGVKPFSCSLCEYRSNHKGHVKRHVKMVHENVRPFKCALCSFTAFNRSHLNKHSMRKHSTSGCLRRHCLFKHSNQKSFQCSSCDALFKTKELLKQHGIYKHSDNRPYKCSACDALFKTKGQLSKHHIWMHSSHRPFKCNECNLSFPFDSALKHHKVIHSGIKPFSCSLCEYRSKHKGHVKRHVQSFHEKLRPFKCAFCSVTAHKRSDLFKHLKRKHSALAV

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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