Basic Information

Insect: Cotesia sesamiae
Gene Symbol: MSH4
Assembly: None
Location: scaffold:24006-45291[-]

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 27 0.00014 0.014 15.8 1.6 2 23 1459 1480 1458 1480 0.96

2 27 0.0002 0.02 15.4 0.6 1 23 1486 1508 1486 1508 0.98

3 27 6.2e-05 0.0062 16.9 0.2 2 23 1514 1535 1514 1535 0.96

4 27 6.6e-05 0.0066 16.8 1.0 2 23 1642 1663 1641 1663 0.97

5 27 5.7e-06 0.00057 20.2 1.1 1 23 1684 1706 1684 1706 0.99

6 27 2.5e-05 0.0025 18.2 1.7 1 20 1712 1731 1712 1734 0.93

7 27 2.5e-05 0.0025 18.2 1.8 1 23 1740 1763 1740 1763 0.97

8 27 0.0066 0.66 10.6 1.3 1 23 1772 1795 1772 1795 0.97

9 27 5.4e-07 5.4e-05 23.4 2.6 1 23 1893 1915 1893 1915 0.98

10 27 0.012 1.2 9.7 3.3 1 23 1921 1943 1921 1943 0.99

11 27 0.0051 0.5 10.9 6.7 1 23 1949 1971 1949 1971 0.98

12 27 1.2e-05 0.0012 19.2 2.6 1 23 1975 1997 1975 1997 0.98

13 27 0.0022 0.22 12.0 4.7 1 23 2051 2073 2051 2073 0.98

14 27 4.5e-05 0.0045 17.4 0.7 1 23 2079 2101 2079 2101 0.99

15 27 3.9e-05 0.0039 17.6 1.4 1 23 2107 2129 2107 2129 0.98

16 27 0.00075 0.075 13.5 7.4 1 23 2135 2157 2135 2157 0.98

17 27 8.3e-05 0.0083 16.5 0.1 2 23 2474 2495 2473 2495 0.94

18 27 0.043 4.3 8.0 2.6 2 23 2527 2548 2526 2548 0.97

19 27 0.00013 0.013 15.9 1.3 1 23 2554 2576 2554 2576 0.98

20 27 0.00086 0.086 13.3 1.6 2 23 2585 2606 2584 2606 0.96

21 27 1.6e-07 1.6e-05 25.1 1.4 2 23 2670 2691 2669 2691 0.98

22 27 0.038 3.8 8.2 6.1 1 23 2697 2719 2697 2719 0.97

23 27 1.3e-05 0.0013 19.0 1.9 1 23 2725 2747 2725 2747 0.98

24 27 0.0026 0.26 11.8 3.9 1 23 2753 2775 2753 2775 0.99

25 27 0.00019 0.019 15.4 1.5 2 23 3009 3030 3009 3030 0.97

26 27 8.6e-06 0.00085 19.6 3.8 1 23 3036 3058 3036 3058 0.98

27 27 2.1e-06 0.00021 21.6 0.9 3 23 3066 3087 3064 3087 0.96

#	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	27	0.00014	0.014	15.8	1.6	2	23	1459	1480	1458	1480	0.96
2	27	0.0002	0.02	15.4	0.6	1	23	1486	1508	1486	1508	0.98
3	27	6.2e-05	0.0062	16.9	0.2	2	23	1514	1535	1514	1535	0.96
4	27	6.6e-05	0.0066	16.8	1.0	2	23	1642	1663	1641	1663	0.97
5	27	5.7e-06	0.00057	20.2	1.1	1	23	1684	1706	1684	1706	0.99
6	27	2.5e-05	0.0025	18.2	1.7	1	20	1712	1731	1712	1734	0.93
7	27	2.5e-05	0.0025	18.2	1.8	1	23	1740	1763	1740	1763	0.97
8	27	0.0066	0.66	10.6	1.3	1	23	1772	1795	1772	1795	0.97
9	27	5.4e-07	5.4e-05	23.4	2.6	1	23	1893	1915	1893	1915	0.98
10	27	0.012	1.2	9.7	3.3	1	23	1921	1943	1921	1943	0.99
11	27	0.0051	0.5	10.9	6.7	1	23	1949	1971	1949	1971	0.98
12	27	1.2e-05	0.0012	19.2	2.6	1	23	1975	1997	1975	1997	0.98
13	27	0.0022	0.22	12.0	4.7	1	23	2051	2073	2051	2073	0.98
14	27	4.5e-05	0.0045	17.4	0.7	1	23	2079	2101	2079	2101	0.99
15	27	3.9e-05	0.0039	17.6	1.4	1	23	2107	2129	2107	2129	0.98
16	27	0.00075	0.075	13.5	7.4	1	23	2135	2157	2135	2157	0.98
17	27	8.3e-05	0.0083	16.5	0.1	2	23	2474	2495	2473	2495	0.94
18	27	0.043	4.3	8.0	2.6	2	23	2527	2548	2526	2548	0.97
19	27	0.00013	0.013	15.9	1.3	1	23	2554	2576	2554	2576	0.98
20	27	0.00086	0.086	13.3	1.6	2	23	2585	2606	2584	2606	0.96
21	27	1.6e-07	1.6e-05	25.1	1.4	2	23	2670	2691	2669	2691	0.98
22	27	0.038	3.8	8.2	6.1	1	23	2697	2719	2697	2719	0.97
23	27	1.3e-05	0.0013	19.0	1.9	1	23	2725	2747	2725	2747	0.98
24	27	0.0026	0.26	11.8	3.9	1	23	2753	2775	2753	2775	0.99
25	27	0.00019	0.019	15.4	1.5	2	23	3009	3030	3009	3030	0.97
26	27	8.6e-06	0.00085	19.6	3.8	1	23	3036	3058	3036	3058	0.98
27	27	2.1e-06	0.00021	21.6	0.9	3	23	3066	3087	3064	3087	0.96

Sequence Information

Coding Sequence: ATGAACGTGATGAATACGGAAAATTTGGGAGGTCGAGGTAGAGGAAGACGTGGACGGGTACGAGGAAAAATCGGTACATTGGGAACTATTCAGCAAACAGTTAATATATTACCAAAGTATTTGATTCATGAAGCTAGAAGACCTTTGGTGAATCTTGCTCCATCAAGTTCAAGTACAACAGTAACCCCAAAAGTAGCCAGGCGAGGATACGGAACGACATATTCATCTGGAAGAGGGAGAAGTTCCGGTCGTGGTAGAACTACTGATTCGGGTACTGGGAGGATAACGACGTCAAGTATCTCAGATGTTCAAGAAAGATATGTAATAATGGCAATTACCTCTGGCCGTGGTGAAGCTAGAGGAGAAGTTGGAATGGCGATCATGGATGTCCAACATCCTCACATGATAATTTGTCAAATAAGCGACTGCAACTCATACATTAACACACTTACTAAAATACATACCTACAATCCAGTCGAGATTATAATGCCAGACACAATGTGTGAGGCTGGTAATAATCTATACACTACAATTCAAAAAAGATTTGAAGATACAGACATTTCTGGAGTCAGTCGCATACATTTTTCTGATACAATTGGTTTAGAGAAAATCAAAACTCACTGTGCTCCAGAATTTTCATCCATTGAACTTGCAGTTCATCAAAAATATTACGCACTTGCTGCGACAGCAGCTTTGATAAAATACATAGAATTTATCCAACATGTTCAATATATGCCCCAGTCAATGCGCATAGAGTACGAAGGGTCTCAAAATAATACAATGATTGACATTGAAAGTGCGCAGAGCTTGGAATTAATTACAGCTCATGGAGGCCAGCCAAACTTTTGTCTTTTTGGAGCTCTTGATCGTTGCTCAACGCCAATGGGCCGGAGATTACTGAGAGCTTCTATTCTTCAGCCTTCTTGCAACGTTGATACTATAACTGCCCGACAAAAGTGTATTGAAGAATTCGTCAATAATCGATCAGTCTTTTCAATTACACAACCTATCGTTCGACGTTTGTACGGAGTCAGTCGCCTTCTCAGTTTGGGAATAATTTCACTCGAAGGCGATTCAATTCAAAAAGCTGAAAGAAATCTTAATTATATATTGTTGTTAAAAAATACTATTGATATAATTCCTGAATTAAAAGCAGCCCTGAGTACTACTCAAGCGGCTTTTTTTCAAAAAGTTCAAACTGATCTTGAAGACACTCGGTTTGAAATGATGAAAGAAGCAATCTTGAAAATCGTCCACGAAGACGCGATGTCTTTGATGGGATATTCTTCAGCAAACATGCAAAGATGCTTTGCTATTAGACCTAATATCAGCCAGCTACTAGACATTGCTCGACAGGCCTATTGTGAATTAATTGATGACATGCAGTCTATGGTTTTAAAATTGGGTGAAAAATATTCACTTCCATTGACTCTAAGTTGTAACATGTCTTTTGGTTATCATATTCAAATGGATATATCAAAGCGTAAATTTAAAGAGGAAAATTTGCCCAGTGAATTTATAATGCTAAAGAAACAGAGAAATTTGGTTCTCATGACTGTAGAACCACTTGTTGTGATGGGTACTCATTGTAAAGATGCTTGTGAAGAAATTCACATAATGAGTGATGTAGTGATGACCGAAGCATTGACCGAAATAAGAAATCACATCGGCTGTTTGTTCCGTCTAAACGACAATATTGCAGAACTAGACCTCGTGTTGTCTTTAGCTCAAATCAGTTCTATATCAGATTATGTAAAACCAATATTCGAGTCAGAGCTTGAAGTTCGTAACTCAAAACATCCTGTGATGGACATACTTGGAGTCGAATCTCCAACACCCAATGACATAATTGCTTCAATTCACTACAATTATCACAATATAACTGGCCCGAATATGGGCGGCAAGACAATTTACTTGAAGCAAATAATTCTTTTGCAAATAATGGCCCAAATAGGGTGTTATATACCCGCTACAAAAGCTGTGTTCCGAGTTGCTGATCGAATATTCTGCAGACTTGGAGATCGAGATGAAATTGAGTTCAATGCGTCGACTTTTATGCTTGAAATGAAAGAAGCGCAGTATATTTTGCAGTCCATCACACCCCAGTCGTTAGTAGTTTTAGATGAATTAGCTAGAAGTACCACAGTTGAAGAAGGAGCGTCTATTGCTTGGGCGATAAGTAAAAAGCTTTTGAAGACACAAGCATTTATTTTCAACGCTACGCATTTTTTATTTTTATTAAAACTTGTTGATCTGTATCCAAATGCTACAAATCATTACATGGAAGCTCTTTTAAAAAACGATGAAATTGATCCTCTTCAAAAAAGACTTATTTACACTCATAAATTAAAGCAAGGTATTTCAAAAATAGATCATTACGGAATAACATTAGCTCGATCATCAGGTTTGCCTCGAAGTATTGTAGAAGAAGCCCAAGAATTAGCCCTGAGTTTTTCCAAAAATTTAAAATTCAAGCAAAACGATATGACTGAGCGCGAGCGTCGAGTTGTTGCTCAGCGTAAAATAAACTACGACGCGATGATTGCAATATACAAAGAGTTTTCAAAAGAAATTGTAGATACTGATTACATTTATCAGATAATGAAGAATATTAAAGAAATTGATTACACTGGTTGTGAAGTCGCAGATCAATATGAGCAAGTTTCGGTCTTGTCTACTTTGACAGGGAGAAGGACAGAAACAGCGAAGAAAAAACCAGAGCCCATGAGTCAAGAGGAATTTAAGAAACCTCAGGTAGTTCCGCCTCAGGTGGTCAAAAAAGTAGCTTCGAATCAAGAAAATATTCAACCAATCAAAAGATTTTTAGTTCCTGGATCAGAATTTGAAGCTTCGCCGTCTAAAATTCCCAAGCTCGCTTCACCTTTGAAAACTTCCACTCCGTTTTCTAAAAAGTCAATCGATGTAAAGCCACTTGCAGAGAGAAATTATGACCAAAGTATGAATTTACATTTAAGTTCACTTACTAACAGCAAGAAAATATTAGCGGATCCTTTTAACGATCCAGATTCTCCGCTTTTTATTCCTAAATCACAGCCAACTGTATTTAATCCGTCGCAAAATAATTGTCTGTCGGAATTACGATCGCCGTCTTTAGCGAAAGATAAATCGCGGCTTACTTATTCAAAGGTAGACCCGCGTTATCACGTTCCTAATCAGTTCTACGGGATTCAGAAACTCTTCAAGCAAATAAGCTTGTCTCCTGAGAGCAAACGCAAGCAGCAAGAATCCTCTGATATGTCATCTAAAAATCAAACTTCTTCAGAGACTTTGACTGAAAATTTTGCGAATGATCCAACGGTACCCAGTACTTCAAGGACAGAAGTTCAATCATTCAAAATTAACACTTCGACCTGCAAAATTCCGGAAGAATACAGTTACATGCGTCACATATTAAAGAATTTACCCTGGCAAAAAAATACGGAGCAATTGAAAGACGAAGTTAAAACGATATCAAACAAAGTTGACAATTTTTACTTCTCTTCGGATGTCGTGACGAGGAATACTAATCTTCCAACGAATGATCGGGAGAACATAGAGCATCTGTTGAGGTATCAATCACCGTCAAAGTCGTCTATTGAGGACGTTAATCCTTTGGATTTTTGTCAAGTAATGACCTCTGGACCCTCGGACCTGGATAGAATGCTTTCGAGAGAAATAAATCAAAATCATTACGAATTGACTCCGGATACATCGCAGACTTCGGTAACTACTGCTGCAGCACGGATGCTTGCGAGAAAAAAAGAAGCTGAAATTTTTAAGTTGATCGAGGGAGATGCTTTTAATGAAGAAAGCTTTCTATGTTCTGATAAATCTTACATAAATGATTTAAAAAGCTGGAAAATGTTAACTGAACAAACTCCAGAGACAATGTCTGTGTCAATAGACTCAGTACCACTTAGTTCTTATGGTTTTCTTATTTTTGATGACAGCCGTACTGTGCTAGTGACAGAACACAATGATGAGTCATCGGAGTGGTTATCGGCACCTGTGACATTGATTCAGTCGAATGATGCTCAAACCAAGTCATCGAGCAATTTATCAGCTAATTCGTCAATAGTCCAGTTGAGCTTAGGGAACTTAATCCACGCAAACAATTCACAACAGACATTAATTCAAAACCAGACAAACGTCCCGATTCATGTTGACTTGAATGAAGGAACAGACGAAGAATTCATTCCAAAGCAGCCTGATAAGGCTAAAGTAATAGAGTCTACTGGTATTTTTTTTAATGACAATGGGTTCAGTGAGAACTCTAAAAGATTTATACCCATTTTAAATAAAAGTGTTAGTAGGCCACGTGTAGGAAGACCTCGTAAGGATGCTGTTTCGACAGAATCACCTAAAATAAGTATAAAGTGTGATATTTGCGGAGAAGAATTCTCAAAACAAACACTTTATCGGAAGCATATGGACCATCATGCCGAAGAAAAGCCTCACCGGTGTCCAAAATGTCCGGCTTCTTTTAACATACCTACAAACTTCACGCTTCACATGGCGACGCATAATTTGGGGGAGCCGAAGTGTCCCGAGTGTGGCCGAAAATTTGCTAGAATGGCCAGTCTCAAATCTCATTTGGCGTTACACGAGAAGGAAGAACATCTTTTTTGTAAAGAATGCGAGGACGTATTTCCAACGAAAGTAAATAATCGCAAGATGCATCTTTACCTCGGTGGTCATTTACAACCACGTGATCATATGGGGTCAAAAGCGAAAACTGGTTTCGGTCCATCGCGACGTCTCGGTGCCCAGAAATTCGCTGACGTAACGGATGAGGTCGTTTTATGTGCAGGAGGGTTTGGGTGCTTCAATCCAGGACCCAGGACCAACGGAGATCCTTCTGAAACTCAACTGGAAGCACATTTGAAACTTCACAATGAAAAATGGTCAACGGATGACGTAAAAAAGTGCAAGCTCTGCAACAAGCAATTTACTCAGCCTGCTCTTTATCGCATTCACATCCGAGAACATTATAAATTGCAAACGAAGATGGTCAGGCATACAAAAAGAGGGTTGACTAATAAAATAATGTATAAATGTAAAATATGTTTAAAAATTTTCCAAAAACCCAGTCAATTGATGCGACATCTCAGAGTACATACAGGCGAAAAACCTTTTTCGTGTAATATTTGCAATCGATCATTTACACAAAAAAGTTCTCTCCAAATTCATAAATGGAAGCATGTCGGTCTTAGACCGTATCATTGTGACCAATGTGATTCTAAATTTAGTCAAAAAGGTAATTTAAACGCGCATATTAAAAGAGTACACCGTCAACCAGATGACGAGACGATTTATCCCTGTTCCCAATGTACTTGTGCTTTTAAAAAACTGGGAAGTCTAAGTATACACGTAAAAAAAGCCCACGAGATTCCTATAGAGTTGTTTAAAAATAAATGTGATAATTCAGCCTCGGACTTGAGCGATAAAAAGCCCGCTGATACAACAAGCAAAAGTGATATTTTGCAACAAGCTTTGAAGATTTCTGGGCTGTCAGAGAAAGGAAAAAATCCTAATGCTGACAATTCGGATTCTCCAAAAGTTAAAGGAGCTAAAGAAGATGTCCACAGTTCTTTTGTAACTCTATTGGATAGAACTGAAGGTTCTTTGAGGAGGTATGTTACAATAAAACAACGTAGCATTGGAAATATAAAATGGTACTCGTGTTCGTATTGTCATAAAGAGTTCAAAAAACCATCGGATTTAATTCGTCACTTACGAGTGCACACTCAAGAAAAACCTTACAAGTGTTCGTACTGTTGTCGTTCGTTTGCCTTAAAGTCAACGATGATTGCTCATGAGCGTACACATACAGGTACCAAAAATTACAACTGCGGGACTTGCGATAAGAAGTTTACTTGTCATAGCAGTTTGAAGGCTCATACTAGAACGCATACAAAACCCCACAAGTGTAATTCTTGCGGTAAATCATTCAGTACGAGTGCTGTATTAAAGAGTCACATGCAGAACCACGCAAAAAAATTAAAATTGTCAGCGGATGCAGAAGCGTTGATGCCGCAAATTGTATTGGAAGAGCCACTGGTGATAAGCGACGCTGGAGACAAAATAAGTGTTGCTCATGTTAAATCCAAGCAATCTGGCGACGATAGCAAAGACAGCGCTGGCAGGCCTCACAAGTGCTGGGTTTGCTCGGCAGCATTTAGAAAAATTAGCCACTTGAAGCAGCACTATCGACGTCACACCGGAGAACGGCCCTTCAAGTGTCCGAAATGCGAGGGCCGGTTCACCTCCAACAGCGTCCTCAAAGCTCACTTACAAACTCATGAAGCTTCTAGACCTTACAATTGCACTGTTTGCAATGCCAAATTTTCTACTCAGAGCAGCATGAAGCGACACTTGGTTACTCACAGCAATGTTAGGCCCTTCATGTGCCCTTATTGTCACAAGACCTTTAAAACTACTGTCAATTGTCGGAAGCATATGAAAATTCATAAAACAGAACTTGCACAGAAACAGTTGGAAAAACAAAAAGAAAAATCTGCAGAGATTGTCATACCTAATAAAGAACCAATTTCGACATTAACAGAGAACTTGACTTTACCAGAAGATATTTCAGATACTTTCCAGCCCAATATGAGTTCTGATTTTACTCAAGCATTTAATGATCAGTTTACTACTATAGATGTTGATAAAAATAAGTCATTTTTGAGTGATGATAACCGTACAGAAACGATAGAAACTTTACCAGAAGTCAATACAAATCATTTAGACTCAACTCAAACATTACATGCCGACGAAACTGGTACTATTACATTACCTAATTATACAGGCGATCAAACATTGAGTGCAGAGAGCATTCGTGAAATAGAAGAAACATTAAACCAACAATTATTCAACATTGGTATGAATCTAGGATTGGGTACAAATTTATCCCCCCAGATAAGTGAAACAGATGTTCCACTTGAATCTCGTGAGCAGCCAGTACTAAATATAATGTACGACAACTCAAAGACCCTTGATTCATCCGAGAGTATCAATACAAATATTTTCCCACCGCACTTTGATACCTTTGATATGAGCCAAATAGCTCTTCAAGCCGACACCGAGATGGACATCGGAATAAATTCAGCTAACTCAACAAGTATGGCGAGTATTTTGCCAAAATCAGCTCAAGAAGCCCAGCGACTAGTCCCAGTTTCAACTTGCAAAACCGAAATAATTACTTCCGAATCCCGTCAGTTAAAAGAGCGTCACCTTCTCGTGAATTCCATTCAATCTTACCCGGATTTGACTAAGCCCGTGCAGTCTTGCCCCAAGTACCCAAAAATAATCGCTAAAGCCGACACTACCAATCAAACAGACCTTCTGAGTCTAAACAGCGAGTCTAATGACAACTCAGTAACATCGTCTTTGCTGAAGCCCATGGAAAGTCTCCATCTGACTTGCAGTTACTGCGACAGACCGTTCAGTTCATTGGAAGATTTAAAAGCCCACGTGGAAGGTCACCTCTCGGGATTTACGACGAGCGATTCAACAACTGCCGACAATAATATTAACATGGAAGAAAAAATATCTGAAAACAGTAACGGGGGATCTCTGCAGTGTCACATGTGTTCAAAGAAAGGCTTCGACGTAAACTCTCTGAAAAAACACTTGCTAACTCACCGAGGAGAGAAAGAATTCCAGTGCCTGGAGTGTCCGCTGAAATTTTGCACCAACGGCGGACTCAGCCGGCACTTAAAGATCCACGCTGGAAAAAAAATAGACTCCTGGACTTGCTCAGTGTGCTTCGCCTCGTTCTCCACGGAGAGTCACTTAAAAATTCACTCCAGCACTCACGATGGATGGAGCGCACATATAGAGCCCGACAGTTCGCAAAAAGATCCTTTAAAAATAGAGCCGGACTTGCTGATAAATCCCGACTCCGCTGCGTCTGTGTCCGAGAAGCTGCTGTTTGACACAGTAGTTGAGCAGAATTTCCTCAAGAATTCCAGCAACGGCCTGCCGGAGAAGAAGGAGTACGACAACAAATGTAAGTACTGCCCAAAGACATTCAGGAAGCCCAGTGATTTAATTAGACACGTAAGAACGCATACTGGCGAGCGGCCGTACCAGTGTGAGCACTGCGACAAGAGTTTCGCCGTGAAATGCACGCTGGACTGTCATATAAAAGTGCATACAGGCAATGAAAAATTTTCTTGTCACGTTTGTAATCGCCTGTTTGCCACAAAAGGGAGCTTGAAAGTCCATATGCGCTTGCACACCGGTTCAAAACCGTTTAAATGCTCGTTCTGCGACTTGCAGTTCCGGACCTCGGGGCACCGCAAGGTCCACCTGCTCACCCACATGCGCGATGATAAAAACGTGGGAAGTTCCTCCAGCAAACGCAAGCAGAAGTCGAGTAAAATTCAGGTGATCCCGGAGATTAAGCTGGAAGGCGAGCTGAGTGAGGAGTCTTTGGTGGACGTTACTCAGGCGACTGAGTTCTCGAATCTCGATACTATCACCATTGACGCTACCGGGTTGGCCGATCAATTGACTTTCAATGCCGATGGGACTATTTTGAATAACAATTCGATGCTTTCGATTAACGAGAGCAACCAGTTGGTGGCTAATTTGCATTTTTTAATCGCCAATGGACTAGTTACTATTCAAACTGACGAGCACGTGTTGCCGCAATTGGGTGTTGACAATCCGCACGGCAATGTAAGTGTTAATCAGGATGAGCATCAAAGCCAGAGCGAGCACACGCTAGTTTCTTCCAGGTTGCTGGGTTCTGACCAAGTTTCTAATCTCTCGGGTAGTAATTTAGTTATCACGCAGGTTAATAGTCTTGCATCTGATCCAGAGCGCGCGGCGCAATTGCAATTGAACGATTGTATGCTGGTTGATTCGTCGGGTGGTAATAACTCGCAGGTAGTCATTGGAATCCCTGCGGAGTCTTCAGCAGCTGGTTCTGCAGCAGCTTCAATTATTCCCCAGAAATTAAGTCCGAAAAATAATTCTAATTGTAATTTAAATAGCAAAAGTCCTAATAGCAGCAGGGAGTGCGATATTTGTGGGAAAACTTTCGGGAAACCCTGCCAAGTGCAAAGACACAAACGGATTCATACCGGTGAAAAACCTTACAAGTGCGAACTGTGCTCCAAGTCCTTTGCCCAGAGGTCCACGCTGCAGATGCACATGAAGCATCACACTGGAGATCGGCCTTGGGCCTGTCCTCACTGTGATTACTCCTTTACGCAAAAAGGAAATCTTCTCACTCATCTCAAGCGCGTTCACCAAATGATTGACGAAATTGATAAGAAGAAATTGAAGACTACCCAACATATTGTTAATAAAGTTATGCAAAGTAATATTCAGAGTGATAATGGAATTCCGAATTTAGATAATATTTCGCTAGTTGAATTGCTAGAGTAA
Protein Sequence: MNVMNTENLGGRGRGRRGRVRGKIGTLGTIQQTVNILPKYLIHEARRPLVNLAPSSSSTTVTPKVARRGYGTTYSSGRGRSSGRGRTTDSGTGRITTSSISDVQERYVIMAITSGRGEARGEVGMAIMDVQHPHMIICQISDCNSYINTLTKIHTYNPVEIIMPDTMCEAGNNLYTTIQKRFEDTDISGVSRIHFSDTIGLEKIKTHCAPEFSSIELAVHQKYYALAATAALIKYIEFIQHVQYMPQSMRIEYEGSQNNTMIDIESAQSLELITAHGGQPNFCLFGALDRCSTPMGRRLLRASILQPSCNVDTITARQKCIEEFVNNRSVFSITQPIVRRLYGVSRLLSLGIISLEGDSIQKAERNLNYILLLKNTIDIIPELKAALSTTQAAFFQKVQTDLEDTRFEMMKEAILKIVHEDAMSLMGYSSANMQRCFAIRPNISQLLDIARQAYCELIDDMQSMVLKLGEKYSLPLTLSCNMSFGYHIQMDISKRKFKEENLPSEFIMLKKQRNLVLMTVEPLVVMGTHCKDACEEIHIMSDVVMTEALTEIRNHIGCLFRLNDNIAELDLVLSLAQISSISDYVKPIFESELEVRNSKHPVMDILGVESPTPNDIIASIHYNYHNITGPNMGGKTIYLKQIILLQIMAQIGCYIPATKAVFRVADRIFCRLGDRDEIEFNASTFMLEMKEAQYILQSITPQSLVVLDELARSTTVEEGASIAWAISKKLLKTQAFIFNATHFLFLLKLVDLYPNATNHYMEALLKNDEIDPLQKRLIYTHKLKQGISKIDHYGITLARSSGLPRSIVEEAQELALSFSKNLKFKQNDMTERERRVVAQRKINYDAMIAIYKEFSKEIVDTDYIYQIMKNIKEIDYTGCEVADQYEQVSVLSTLTGRRTETAKKKPEPMSQEEFKKPQVVPPQVVKKVASNQENIQPIKRFLVPGSEFEASPSKIPKLASPLKTSTPFSKKSIDVKPLAERNYDQSMNLHLSSLTNSKKILADPFNDPDSPLFIPKSQPTVFNPSQNNCLSELRSPSLAKDKSRLTYSKVDPRYHVPNQFYGIQKLFKQISLSPESKRKQQESSDMSSKNQTSSETLTENFANDPTVPSTSRTEVQSFKINTSTCKIPEEYSYMRHILKNLPWQKNTEQLKDEVKTISNKVDNFYFSSDVVTRNTNLPTNDRENIEHLLRYQSPSKSSIEDVNPLDFCQVMTSGPSDLDRMLSREINQNHYELTPDTSQTSVTTAAARMLARKKEAEIFKLIEGDAFNEESFLCSDKSYINDLKSWKMLTEQTPETMSVSIDSVPLSSYGFLIFDDSRTVLVTEHNDESSEWLSAPVTLIQSNDAQTKSSSNLSANSSIVQLSLGNLIHANNSQQTLIQNQTNVPIHVDLNEGTDEEFIPKQPDKAKVIESTGIFFNDNGFSENSKRFIPILNKSVSRPRVGRPRKDAVSTESPKISIKCDICGEEFSKQTLYRKHMDHHAEEKPHRCPKCPASFNIPTNFTLHMATHNLGEPKCPECGRKFARMASLKSHLALHEKEEHLFCKECEDVFPTKVNNRKMHLYLGGHLQPRDHMGSKAKTGFGPSRRLGAQKFADVTDEVVLCAGGFGCFNPGPRTNGDPSETQLEAHLKLHNEKWSTDDVKKCKLCNKQFTQPALYRIHIREHYKLQTKMVRHTKRGLTNKIMYKCKICLKIFQKPSQLMRHLRVHTGEKPFSCNICNRSFTQKSSLQIHKWKHVGLRPYHCDQCDSKFSQKGNLNAHIKRVHRQPDDETIYPCSQCTCAFKKLGSLSIHVKKAHEIPIELFKNKCDNSASDLSDKKPADTTSKSDILQQALKISGLSEKGKNPNADNSDSPKVKGAKEDVHSSFVTLLDRTEGSLRRYVTIKQRSIGNIKWYSCSYCHKEFKKPSDLIRHLRVHTQEKPYKCSYCCRSFALKSTMIAHERTHTGTKNYNCGTCDKKFTCHSSLKAHTRTHTKPHKCNSCGKSFSTSAVLKSHMQNHAKKLKLSADAEALMPQIVLEEPLVISDAGDKISVAHVKSKQSGDDSKDSAGRPHKCWVCSAAFRKISHLKQHYRRHTGERPFKCPKCEGRFTSNSVLKAHLQTHEASRPYNCTVCNAKFSTQSSMKRHLVTHSNVRPFMCPYCHKTFKTTVNCRKHMKIHKTELAQKQLEKQKEKSAEIVIPNKEPISTLTENLTLPEDISDTFQPNMSSDFTQAFNDQFTTIDVDKNKSFLSDDNRTETIETLPEVNTNHLDSTQTLHADETGTITLPNYTGDQTLSAESIREIEETLNQQLFNIGMNLGLGTNLSPQISETDVPLESREQPVLNIMYDNSKTLDSSESINTNIFPPHFDTFDMSQIALQADTEMDIGINSANSTSMASILPKSAQEAQRLVPVSTCKTEIITSESRQLKERHLLVNSIQSYPDLTKPVQSCPKYPKIIAKADTTNQTDLLSLNSESNDNSVTSSLLKPMESLHLTCSYCDRPFSSLEDLKAHVEGHLSGFTTSDSTTADNNINMEEKISENSNGGSLQCHMCSKKGFDVNSLKKHLLTHRGEKEFQCLECPLKFCTNGGLSRHLKIHAGKKIDSWTCSVCFASFSTESHLKIHSSTHDGWSAHIEPDSSQKDPLKIEPDLLINPDSAASVSEKLLFDTVVEQNFLKNSSNGLPEKKEYDNKCKYCPKTFRKPSDLIRHVRTHTGERPYQCEHCDKSFAVKCTLDCHIKVHTGNEKFSCHVCNRLFATKGSLKVHMRLHTGSKPFKCSFCDLQFRTSGHRKVHLLTHMRDDKNVGSSSSKRKQKSSKIQVIPEIKLEGELSEESLVDVTQATEFSNLDTITIDATGLADQLTFNADGTILNNNSMLSINESNQLVANLHFLIANGLVTIQTDEHVLPQLGVDNPHGNVSVNQDEHQSQSEHTLVSSRLLGSDQVSNLSGSNLVITQVNSLASDPERAAQLQLNDCMLVDSSGGNNSQVVIGIPAESSAAGSAAASIIPQKLSPKNNSNCNLNSKSPNSSRECDICGKTFGKPCQVQRHKRIHTGEKPYKCELCSKSFAQRSTLQMHMKHHTGDRPWACPHCDYSFTQKGNLLTHLKRVHQMIDEIDKKKLKTTQHIVNKVMQSNIQSDNGIPNLDNISLVELLE

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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