Basic Information

Insect: Euura saliciscinereae
Gene Symbol: -
Assembly: GCA_018420115.1
Location: JAFFZH010002400.1:8875-15958[-]

Transcription Factor Domain

TF Family: TSC22
Domain: TSC22 domain
PFAM: PF01166
TF Group: Basic Domians group
Description: These proteins are highly similar in a region of about 50 residues that include a conserved leucine-zipper domain most probably involved in homo- or hetero-dimerisation. Drosophila protein bunched [1] (gene bun) (also known as shortsighted), a probable transcription factor required for peripheral nervous system morphogenesis, eye development and oogenesis.
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 47 0.32 4.4e+03 -1.5 0.1 10 44 49 82 43 88 0.68

2 47 0.17 2.4e+03 -0.6 0.8 13 35 102 124 97 127 0.85

3 47 0.15 2.1e+03 -0.4 0.1 14 45 138 166 134 181 0.56

4 47 0.011 1.6e+02 3.2 0.9 14 33 221 240 214 246 0.62

5 47 0.049 6.7e+02 1.1 0.8 16 34 265 283 262 286 0.81

6 47 0.014 1.9e+02 2.9 0.6 19 43 436 460 428 468 0.64

7 47 0.011 1.5e+02 3.2 0.7 20 44 468 492 461 503 0.83

8 47 0.1 1.4e+03 0.1 6.0 14 51 483 518 481 547 0.76

9 47 0.092 1.3e+03 0.3 1.4 27 43 552 568 543 576 0.75

10 47 0.00066 9.1 7.1 3.8 15 44 575 604 569 611 0.91

11 47 0.0069 94 3.9 6.5 15 39 624 648 605 653 0.49

12 47 0.016 2.2e+02 2.7 7.4 18 43 648 673 645 688 0.59

13 47 0.00016 2.1 9.1 4.6 11 53 690 732 687 736 0.90

14 47 0.1 1.4e+03 0.1 3.6 19 49 733 761 729 769 0.72

15 47 0.076 1e+03 0.5 6.7 15 44 750 779 741 785 0.89

16 47 0.0026 36 5.2 4.3 13 46 769 802 766 813 0.90

17 47 0.022 3e+02 2.2 3.4 17 45 794 822 788 836 0.71

18 47 0.014 1.9e+02 2.9 1.3 19 39 817 837 809 854 0.77

19 47 0.00029 3.9 8.3 1.3 14 44 868 898 863 900 0.91

20 47 0.00031 4.2 8.2 2.2 12 46 887 919 885 926 0.89

21 47 0.031 4.3e+02 1.8 5.5 16 45 926 955 919 969 0.78

22 47 9.6e-05 1.3 9.8 4.2 11 38 970 997 968 1014 0.86

23 47 0.0013 18 6.2 3.3 11 43 1019 1051 1013 1056 0.66

24 47 0.0025 34 5.3 4.5 13 41 1056 1084 1047 1087 0.54

25 47 0.0004 5.4 7.8 3.8 13 49 1084 1118 1081 1124 0.85

26 47 0.00043 5.9 7.7 1.1 11 42 1124 1155 1119 1156 0.94

27 47 3.3e-05 0.45 11.3 3.2 14 44 1155 1185 1153 1190 0.89

28 47 0.013 1.8e+02 3.0 4.8 13 42 1189 1218 1183 1222 0.63

29 47 2.5e-05 0.34 11.7 2.0 11 42 1222 1253 1220 1254 0.94

30 47 2.6e-05 0.36 11.6 3.7 14 49 1253 1283 1251 1291 0.86

31 47 0.00074 10 7.0 1.4 11 43 1292 1324 1290 1328 0.87

32 47 1e-05 0.14 12.9 1.0 11 42 1327 1358 1325 1359 0.94

33 47 2e-05 0.27 12.0 1.7 14 43 1358 1387 1356 1390 0.92

34 47 0.00031 4.3 8.2 2.9 13 49 1385 1419 1384 1426 0.86

35 47 0.0026 36 5.2 1.0 11 43 1425 1457 1423 1465 0.80

36 47 0.0027 37 5.2 1.1 18 41 1467 1490 1454 1496 0.74

37 47 1.8e-05 0.25 12.1 2.0 13 43 1504 1534 1502 1538 0.92

38 47 0.00038 5.2 7.9 0.6 11 43 1537 1569 1535 1572 0.92

39 47 0.0013 17 6.2 2.4 15 43 1569 1597 1567 1606 0.87

40 47 0.0029 40 5.1 2.8 16 42 1591 1617 1585 1619 0.87

41 47 0.00034 4.7 8.0 1.7 15 43 1618 1646 1615 1651 0.91

42 47 0.00017 2.4 9.0 1.6 11 43 1649 1681 1647 1684 0.91

43 47 0.0011 14 6.5 2.4 15 44 1681 1710 1679 1717 0.89

44 47 0.0058 80 4.1 3.5 11 44 1698 1731 1698 1755 0.76

45 47 0.0002 2.7 8.8 0.8 11 43 1754 1786 1752 1789 0.90

46 47 2.4e-05 0.32 11.8 0.9 16 55 1787 1826 1784 1828 0.93

47 47 0.4 5.5e+03 -1.8 0.1 17 37 2023 2043 2020 2058 0.87

#	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	47	0.32	4.4e+03	-1.5	0.1	10	44	49	82	43	88	0.68
2	47	0.17	2.4e+03	-0.6	0.8	13	35	102	124	97	127	0.85
3	47	0.15	2.1e+03	-0.4	0.1	14	45	138	166	134	181	0.56
4	47	0.011	1.6e+02	3.2	0.9	14	33	221	240	214	246	0.62
5	47	0.049	6.7e+02	1.1	0.8	16	34	265	283	262	286	0.81
6	47	0.014	1.9e+02	2.9	0.6	19	43	436	460	428	468	0.64
7	47	0.011	1.5e+02	3.2	0.7	20	44	468	492	461	503	0.83
8	47	0.1	1.4e+03	0.1	6.0	14	51	483	518	481	547	0.76
9	47	0.092	1.3e+03	0.3	1.4	27	43	552	568	543	576	0.75
10	47	0.00066	9.1	7.1	3.8	15	44	575	604	569	611	0.91
11	47	0.0069	94	3.9	6.5	15	39	624	648	605	653	0.49
12	47	0.016	2.2e+02	2.7	7.4	18	43	648	673	645	688	0.59
13	47	0.00016	2.1	9.1	4.6	11	53	690	732	687	736	0.90
14	47	0.1	1.4e+03	0.1	3.6	19	49	733	761	729	769	0.72
15	47	0.076	1e+03	0.5	6.7	15	44	750	779	741	785	0.89
16	47	0.0026	36	5.2	4.3	13	46	769	802	766	813	0.90
17	47	0.022	3e+02	2.2	3.4	17	45	794	822	788	836	0.71
18	47	0.014	1.9e+02	2.9	1.3	19	39	817	837	809	854	0.77
19	47	0.00029	3.9	8.3	1.3	14	44	868	898	863	900	0.91
20	47	0.00031	4.2	8.2	2.2	12	46	887	919	885	926	0.89
21	47	0.031	4.3e+02	1.8	5.5	16	45	926	955	919	969	0.78
22	47	9.6e-05	1.3	9.8	4.2	11	38	970	997	968	1014	0.86
23	47	0.0013	18	6.2	3.3	11	43	1019	1051	1013	1056	0.66
24	47	0.0025	34	5.3	4.5	13	41	1056	1084	1047	1087	0.54
25	47	0.0004	5.4	7.8	3.8	13	49	1084	1118	1081	1124	0.85
26	47	0.00043	5.9	7.7	1.1	11	42	1124	1155	1119	1156	0.94
27	47	3.3e-05	0.45	11.3	3.2	14	44	1155	1185	1153	1190	0.89
28	47	0.013	1.8e+02	3.0	4.8	13	42	1189	1218	1183	1222	0.63
29	47	2.5e-05	0.34	11.7	2.0	11	42	1222	1253	1220	1254	0.94
30	47	2.6e-05	0.36	11.6	3.7	14	49	1253	1283	1251	1291	0.86
31	47	0.00074	10	7.0	1.4	11	43	1292	1324	1290	1328	0.87
32	47	1e-05	0.14	12.9	1.0	11	42	1327	1358	1325	1359	0.94
33	47	2e-05	0.27	12.0	1.7	14	43	1358	1387	1356	1390	0.92
34	47	0.00031	4.3	8.2	2.9	13	49	1385	1419	1384	1426	0.86
35	47	0.0026	36	5.2	1.0	11	43	1425	1457	1423	1465	0.80
36	47	0.0027	37	5.2	1.1	18	41	1467	1490	1454	1496	0.74
37	47	1.8e-05	0.25	12.1	2.0	13	43	1504	1534	1502	1538	0.92
38	47	0.00038	5.2	7.9	0.6	11	43	1537	1569	1535	1572	0.92
39	47	0.0013	17	6.2	2.4	15	43	1569	1597	1567	1606	0.87
40	47	0.0029	40	5.1	2.8	16	42	1591	1617	1585	1619	0.87
41	47	0.00034	4.7	8.0	1.7	15	43	1618	1646	1615	1651	0.91
42	47	0.00017	2.4	9.0	1.6	11	43	1649	1681	1647	1684	0.91
43	47	0.0011	14	6.5	2.4	15	44	1681	1710	1679	1717	0.89
44	47	0.0058	80	4.1	3.5	11	44	1698	1731	1698	1755	0.76
45	47	0.0002	2.7	8.8	0.8	11	43	1754	1786	1752	1789	0.90
46	47	2.4e-05	0.32	11.8	0.9	16	55	1787	1826	1784	1828	0.93
47	47	0.4	5.5e+03	-1.8	0.1	17	37	2023	2043	2020	2058	0.87

Sequence Information

Coding Sequence: ATGGCCGGTAGAACGTGCAGATGCGGCTGCGCGGATCCGGTCGAGATGTCGGTTCCGGATCCTCCGCACGAGGGTTCCTGCGGTTGCGGGTATAACCCTTTCGTCGACGACCGTTCCGACGAGACTGAGATCAAGGATTTGTCCTACGCGGTGCGGAAGCTGAGTCTGATGAAATGCCAGATGAAAAAATGGCGCATGGAGCGACTCCAGCTGGAGAGCGAGGCGCGGTCTTTGAAGCAGGTGCTGCAAGCTCACGGGCTCAACGACGACATCGTCAGGCCTGATCCCCTGTTGACACACTTCAGGGAGGAGAACGAGAGACTTGAAAATGAGAAAAGCGAGCTCGCGGAGAGGGTGAAATTCCTTGGAGATGAGCTCGCCGAGCGGGAGAGGAGCGAGTATCCAATGTGCGAGGCTGTTGACAGAATGAGGGACAGGATCAGAGCCATGAGGGAGGAGCACCAGGCCGAAAAACGGAGACTCAGAGGTATAATTTCCGACCTTAAAATCCGCCTCCAAGAAGCGGAGTCCGAGTCTTCCTGCGCCGCGATAAACAGGCTGCGAGCAAAGCTCAGAGAGTTGATGAAGGGGGGAAAGGAGGCGGACCACCGAGTGTCCGTCGTGGTCCAGCGCTCGATTGAAACGCTGGTCGAGCTTACGGACAACGTTGACGAGCTCAAGGCCGAGATCGAGAGACTCAGAGCTGAGATAAAGAGGCTGAAGGACCTCCTCAAGGCCTGCGAAGATCGTCCGGTTCCGGAGGCCGGGGAGAAGCCCCCCGCCGAAATGGACGTGTCGGAGTTGTTGAACAGGATAAAAGAGCTCGAAGAGCTCATAGCTCAGTTGAGAAAGCAGCTGATCGATAAAGACGCGCTGATTAATTCCCTACAGAATGAAACCTTCGAGCTAGGATCTGATAATAAACGATTGTCCACGGATCTTGATCAGTTCAAGGTCAGCTATAACGCTCTTATGCAGGAAGTCAAGGCCATGAAGGAGGAGCTCAAGAAGAGGGACGCGAAGGTTTCCGAGCTTTTGAGAGACCTTCGAGCATCCGCAATCGACATGCTGGGCTTGAACCGTCTGCAGAGTGAGATGGAAGCGATAAAGCCACAGATGTATAATCTCGAGATAGAGCGCGATCAGCTCTTATCGGAGCTCGGTAAAGTCCGCGGTGTCGTTTCGGAGCGAAATGACCAGATAATAAAGATCCTCGAAGAGCGAGACAAGCACGTTCGAGAACTTAAAAAAGCATCCAGTCTGATGCAGGCGACGATAGAGCCCATGAAGGAGAAGGAGAGTGCGTTGAAAGGCGAGATCAACGGGTACAAAGACCGCATAGCGGAGCTCGAACGTGAGCTTGCAGAGCTCAGGAAGAAACTGGCAGAGCTAGAAGCTCAGAATTCCAAGATACCTGGCCTTGAAGCGAGGATAAAAGAGCTGGAAGACGAGCTAGAAAAGCTCCGAGCTCAGTTGGCAGCTGCGAACGCCAGGATGACTGAGCTGGAGAAAGAGATTGCCGGTTTAAAAGCGGCCAAAGAGGAGCTAGAGAAAGAGCTCGGAGCGGCTAAAAACGAAATAGAAAAGCTCAGGGCGGAGCTTGCGAGTGAGAAAGCCGAGAAAGAAGCTGCGCTTAAAGAGCTTTCGAACTGTAGAGCAGAGAACGAGAAGCTAAAAGCGGAGAACGAGAGACTTAAGAATGAGCTAGATGAGGCTAAAGCTGAGACTGAAAAGCTCAGGAAAAATTTAGACGAACTTAAAAAAGAACTAGAAGCTCTGAAAGCTGAGAATGACGATTTGAAGAATATACTCGCGGGGGCTAAAAGTGAGATCGAAAAACTCAGAGGCGAGCTCGAGAAGCTGAAAGCTGAGAATGACGAGCTTAAAAAAGAACTTGAAAAGCTCCGCGCGGAAGTAGACATGCTCAAAGCAGAGAACAACAACCTCAAATCAGAGCTTGAAAAACTCAAAGACAAAATAAATGAGCTCGAAGCTGAATTGGAAAAGCTTAAGAGCGCTTTGGCGGCGGCCAATGATGAGGTAGAGAAGCTCAAAAATGCTCTGACTGCTGCTAACGCAGAAATTGAGAAACTGAAAAACGATCTAAACCAAATGAAAGCCGATCTTGATAATCTGAAATCTGAAAACGATCGTTTGAAAAATGAGCTAGCAGCTGAAAAGGCGGAAAACTTGAAGCTGAAAAACGAGCTGGAAGGGATGAAAGCGGAACTAGAGAAGCTGAAAGGAGAAAATGAGAAGCTTAAGGCTGAGAAAGACGCTCTGGAAGCAGAGTTGAACAAATTAAAGGAAGAAAATGGAAAACTGAAGTCGGAGCTCGAAAAGCTCAAGAGCGAGAACGATGCGTTGATATCAGAAAATCAGAATTTGAAGAAAAGCCTGAGTGACGCAGAGGCGAAGATCAAAGCTCTAGAAGCTGAGAACGCGGATCTATTGAAAAGTATATCCGAGCTTAAAGACCGGATAAAAAAGCTCGAGGACGAGCTCGAGGCAGAAAAAAGCGCTAAAGAAGCGGCGCTAAAAGAGCTCGCAGCCATAAAGTCAGAGCTCAAAGCTCTGTTGGCTGAAATGGACAAACTAAAGGCGGAGCTTGATAGACTGAAGGGAGAAATCGAAGAGCTCAATAAAAAGCTTGACGATGTGAAAAACGAGCGTGATCAGTTGAAATCAAAGTACAATGATCTGGTGGCAGAGAATGAAAAGCTCAAAGCTGAAGTTGAAAGGCTGAAGGTAGAGAACGACGGCCTGAAAGCTGACCTAGAAAAAATGAAAGCAGAGCTTGAAAAGCTCAAAACGGAGAACGAGAAGCTAAGAGGTGAGAATGAGAAGCTGAAGAAAGAGCTGAAAGACGCAGAGGAGAAGATAAAAGCTCTTGAAGATCAGGTAAAAGCTTGCGAAGAGGAGAAAGAAAGGCTACGAAAAGAGATCCAGGAGCTCAAAGACCGGATTAATCAGCTGGATAATGAGCTCGCTGCAGAGAGAGCCGCGAAAGACGCTGCTTTGAAGGAGTTGGCAGCCCTGAAGACAGAGCTAGCTGCGTTGAGAGCGGAGCTTGATAAAGTTAGAGCAGAAAATTCCAAGCTCAAAGAAGATCTAGACAAACTCAAAGCAGAGAATGAAGCACTTAAGAACGAGAATAGCAGATTGAAGGAAGAAGTTGAGAAGCTGAAAGCAGACAATTCGAAGCTACAAGAAGAGCTCGATGTTCTAAAAGTGCAGAACGCGAAACTCAAAGAATCTTTAGATAAGCTAAATGACGAAATTAGAGCTCTGCAAGCTCAGAATGAGAAACTGAAAGCAGAACTCGATCAGCTCAAAGCTGAGAATGAAAAACTGAAAAATGAACTGGCCGCTGCTAGGGACGAAGCTGCGAAGCTCAAAAATGATTTGGACAAGTTGAAATCCGAGCTCGAAGCCCTTGCGGCAGAGAATAATAGATTGAAAGGCGAAGTTGAGAGGCTTAAAGCGGAGAATGCCAAGTTACAAGAAGACCTTAACGCCCTGAAGTCCGAAAACGCGAAGCTCAAAGAATCCTTGGAAAAATTAAACGACGAAATGAAAGCGCTCCGAGCTCAGAATGAAAAACTAAAAGCAGAGCTTGATCAGCTCAAAGCTGAGAACGAGAAGCTCAAAAATGAATTGGCCGCTGCTAGGGAAGAAGTTGCGAAGCTCAAAAGCGATTTGGACAGGTTGAAAAACGAGCTCGAAGCTCTTGCAGCAGAGAATAATCGACTGAAGGGAGAAGTTGAGAAGCTCAAAGCGGAGAATGCGAAGCTGCAAGACGATCTCAATGCTCTGAAGAATGAAAATGCGAAGCTTAAAGAAACCCTTGATAAGCTCAACGATGAAATAAAAGCTCTGCGCGCTCAGAACGACAAGCTCAAAGGAGAACTAGACCAGCTCAAAAAAGAACTTGACCAGTTGAAAGCCGAGAATGAGAAGTTGAAGAATGATTTGGCGGCTGCTAGAGATGAAGTAGCGAAGCTCAAAAATGATTTAGAGAAATTGAAATCTGAGCTCGCAGCTCTTGCGGCAGAAAATAATAGATTGAAGGGAGAGGTTGAAAAGCTTAAAGCAGAAAACGCGAAGCTATTAGACGATCTAAACGCTTTGAGGTCGGAAAATGCGAAGCTCAAAGAAACCCTGGACAAATTGAACGACGAAATTAAAGCTCTGCGAGCTCAGAATGAGAAGCTAAAAGGAGAACTTGATCAGCTCAGAGCAGAGAATGAAAAGCTGAAAAATGACTTGGCAGCTGCGAGGGTAGAAATAGGGAAGCTCAAAAACGATTTAGACAAGTTGAAATCCGAGCTCGAAGCTCTCGCTGCAGAAAATAATAAAATGAAAGGAGAACTTGAGAGGCTCAAAGCAGAAAACGCACAGCTCAAAGAAGCTCTTGACAAACTAAATTCTGAGATCAAGGCACTCCGAGCAGAGAATGACAAGCTCAAAGGGGATCTTGACAAACTTAAAGGAGAACTTGAAAAGCTCAGAGGAGAATTTGACCAGCTCAAAAAAGAATGTGACGAGCTCAAAAAAGAACTTGACCAACTCAAAGCTGAGAACGAGAAGCTGAAGAATGACTTAGCGGCGGCTAGATCAGAAATAGCGAAGCTCAAAAGCGACCTCGACAAGTTGAAATCTGAGCTCGAAGCCCTCGCAGCAGAAAATAACAAATTAAAGGGCGAACTCGATAGGCTTAAAGCAGAAAATGCTAAGCTATTAGATGATCTGAATGCCATGAAAGCAGAAAACGCAAAGCTCAAAGAAGCCCTTGACAAACTCAACGAAGAGATGAAAGCTCTGAGAGATGAGAACAACAAGCTCAAGGGAGAACTCGATAAGCTCAAAGGAGAGCTTGACCAGCTCAAAAAAGATCTTGACCAGCTCAAAGCTGAAAATGAGAAGTTGAAGAATGACTTGGCAGCTGCTAAGGCGGAGGTAGAAAAGCTAAAAAATGATTTGGGGAGACTGCAAGCTGAGCTTGAAGCTCTCGCTGCGGAAAATAACAGAATGAAAGGAGAGCTTGAGAGGCTTAAAGCGGAGAACGCGAAGCTGCTAGACGACTTGAAAGCACTTAGGGACGAAAACACGAAGCTGAAAGAATCTCTCGATAAGCTCAATGACGAGATGAAAGATCTGCGAGCTCAGAATGAAAAGCTTAAAGGTGATCTTGACCAGTTGAAAAAGGAACTTGACCAGCTCAAAGCTGACAATGACAAGTTGAAGAAAGACTTGGCGGCTGCTAAGGCGGAAGTAGAAAAGCTCAAAAATGATTTGGGGAAATTGAAAGCTGAGCTTGAAGCCCTCGCTGCAGAGAATGACAGAATGAAAGCAGACCTCGAAAAGCTGAAAGCAGAAAATTCGAAGCTTTTAGGAGACCTAAAAGCTCTGAAGGAAGAGAACAGCCGGAGGAAATCTGAGATTACGCCGGAGTCGGTTAAGAAACTACCGAAGGAACGAAAAGATGGTCGGAGGGCATTCGGAGAAGATCGGCCACCTTCGATAACAAAAAGGGACCAAGGCTCGCAGGGCGCGGGCTGTGGGGATTACGAAAACGCTAACGAACAGCTGAGGAGGAACATGAGCATGCAGGACAGGGCCGTGCAGAGGATCCTGAACTTCATGAAGTACCTACTAGGAGAGAGAACCTCTCCTCCGGAGATGGCCGGGGAACTCACCCACACGATGTCGTCGGTGATGAGGAACAGATTCGCCAGAGACATCATGGATGTGCTGAAGGAGTCACAGTTCCTTTCGGAAAGCATATTCAACGCTGAAACCGAGGTTCAACGTCTCGCCAGACTGCTCGACGACATGAACAAAGATACAAGAGACATGGACGGTCTGGGTGACGCCTTCGACGCAGAGTCTTGGCTGAAGTCCCTGACGCTGACCGAACTGGCGGAACTCCACGACCGTATTTGCATGGTGACATCCTGCATGGTGCAGCAGGACATAAACCCGGACGACTACGTGGACACCGTGACCGAAACGGACGGCGTGTGCAGGCCCTGCGTCGACGGTGACGACGTGGCCGGTGACTACGAGGCCCTGAGCAGACGGATAGCCGCTCTGCAGTCGGAGATAAACAGGAAACAGAACGAGGCCGCCGCCAAGGTCGAGAGCATGAGGAGAGCCATGTTGAGGGAACAGGAGAACCTCATCAGATTGTCGGACGAGATGAACAACCAGAAGCGGAGGAACCTTTCCATGAAGATTTGTCAGGAGGAAGTATGCGACTGCGAAGAGGAGGATGACCTTGAAAGGTACTCGACGACCCTCGAGGCTCAAACTCCCCGCATGATTCCAAGCTACCATTTATCGATTGTTAGAGATGAAGAAGTCCCGTGTCCGGGACCAACCGACGAAAGAGTTTCGAGACCGAAAGGCCCCCAGCCAGCGTGTTCGATGCCGGTGAAGCACGCGGACGTCCCTTGCTGCCCGAGGCCCTGCTGTCCGTCCAAGATGACCTCCAAAAACAGGGACTGA
Protein Sequence: MAGRTCRCGCADPVEMSVPDPPHEGSCGCGYNPFVDDRSDETEIKDLSYAVRKLSLMKCQMKKWRMERLQLESEARSLKQVLQAHGLNDDIVRPDPLLTHFREENERLENEKSELAERVKFLGDELAERERSEYPMCEAVDRMRDRIRAMREEHQAEKRRLRGIISDLKIRLQEAESESSCAAINRLRAKLRELMKGGKEADHRVSVVVQRSIETLVELTDNVDELKAEIERLRAEIKRLKDLLKACEDRPVPEAGEKPPAEMDVSELLNRIKELEELIAQLRKQLIDKDALINSLQNETFELGSDNKRLSTDLDQFKVSYNALMQEVKAMKEELKKRDAKVSELLRDLRASAIDMLGLNRLQSEMEAIKPQMYNLEIERDQLLSELGKVRGVVSERNDQIIKILEERDKHVRELKKASSLMQATIEPMKEKESALKGEINGYKDRIAELERELAELRKKLAELEAQNSKIPGLEARIKELEDELEKLRAQLAAANARMTELEKEIAGLKAAKEELEKELGAAKNEIEKLRAELASEKAEKEAALKELSNCRAENEKLKAENERLKNELDEAKAETEKLRKNLDELKKELEALKAENDDLKNILAGAKSEIEKLRGELEKLKAENDELKKELEKLRAEVDMLKAENNNLKSELEKLKDKINELEAELEKLKSALAAANDEVEKLKNALTAANAEIEKLKNDLNQMKADLDNLKSENDRLKNELAAEKAENLKLKNELEGMKAELEKLKGENEKLKAEKDALEAELNKLKEENGKLKSELEKLKSENDALISENQNLKKSLSDAEAKIKALEAENADLLKSISELKDRIKKLEDELEAEKSAKEAALKELAAIKSELKALLAEMDKLKAELDRLKGEIEELNKKLDDVKNERDQLKSKYNDLVAENEKLKAEVERLKVENDGLKADLEKMKAELEKLKTENEKLRGENEKLKKELKDAEEKIKALEDQVKACEEEKERLRKEIQELKDRINQLDNELAAERAAKDAALKELAALKTELAALRAELDKVRAENSKLKEDLDKLKAENEALKNENSRLKEEVEKLKADNSKLQEELDVLKVQNAKLKESLDKLNDEIRALQAQNEKLKAELDQLKAENEKLKNELAAARDEAAKLKNDLDKLKSELEALAAENNRLKGEVERLKAENAKLQEDLNALKSENAKLKESLEKLNDEMKALRAQNEKLKAELDQLKAENEKLKNELAAAREEVAKLKSDLDRLKNELEALAAENNRLKGEVEKLKAENAKLQDDLNALKNENAKLKETLDKLNDEIKALRAQNDKLKGELDQLKKELDQLKAENEKLKNDLAAARDEVAKLKNDLEKLKSELAALAAENNRLKGEVEKLKAENAKLLDDLNALRSENAKLKETLDKLNDEIKALRAQNEKLKGELDQLRAENEKLKNDLAAARVEIGKLKNDLDKLKSELEALAAENNKMKGELERLKAENAQLKEALDKLNSEIKALRAENDKLKGDLDKLKGELEKLRGEFDQLKKECDELKKELDQLKAENEKLKNDLAAARSEIAKLKSDLDKLKSELEALAAENNKLKGELDRLKAENAKLLDDLNAMKAENAKLKEALDKLNEEMKALRDENNKLKGELDKLKGELDQLKKDLDQLKAENEKLKNDLAAAKAEVEKLKNDLGRLQAELEALAAENNRMKGELERLKAENAKLLDDLKALRDENTKLKESLDKLNDEMKDLRAQNEKLKGDLDQLKKELDQLKADNDKLKKDLAAAKAEVEKLKNDLGKLKAELEALAAENDRMKADLEKLKAENSKLLGDLKALKEENSRRKSEITPESVKKLPKERKDGRRAFGEDRPPSITKRDQGSQGAGCGDYENANEQLRRNMSMQDRAVQRILNFMKYLLGERTSPPEMAGELTHTMSSVMRNRFARDIMDVLKESQFLSESIFNAETEVQRLARLLDDMNKDTRDMDGLGDAFDAESWLKSLTLTELAELHDRICMVTSCMVQQDINPDDYVDTVTETDGVCRPCVDGDDVAGDYEALSRRIAALQSEINRKQNEAAAKVESMRRAMLREQENLIRLSDEMNNQKRRNLSMKICQEEVCDCEEEDDLERYSTTLEAQTPRMIPSYHLSIVRDEEVPCPGPTDERVSRPKGPQPACSMPVKHADVPCCPRPCCPSKMTSKNRD

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_00718290;
90% Identity: iTF_00719118;
80% Identity: iTF_00719118;