Basic Information

Insect: Tenthredo distinguenda
Gene Symbol: -
Assembly: GCA_947538915.1
Location: OX384538.1:13230491-13237121[+]

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 37 0.49 7.8e+03 -2.1 0.7 17 34 113 130 101 135 0.80

2 37 1 1.6e+04 -3.1 0.1 18 38 160 180 156 181 0.86

3 37 0.0094 1.5e+02 3.4 1.3 14 34 221 241 213 248 0.60

4 37 0.073 1.1e+03 0.6 0.5 16 34 274 292 270 296 0.71

5 37 1.2 2e+04 -3.4 0.0 23 41 302 320 300 327 0.84

6 37 0.00063 10 7.2 2.0 19 45 445 471 440 481 0.65

7 37 0.0058 92 4.1 4.7 14 45 492 521 490 526 0.87

8 37 0.0028 44 5.1 5.0 18 54 517 553 514 556 0.87

9 37 0.23 3.7e+03 -1.0 0.2 27 40 561 574 551 581 0.59

10 37 0.0008 13 6.9 2.1 11 45 580 614 578 623 0.88

11 37 0.00013 2 9.4 1.8 15 44 633 662 630 670 0.88

12 37 0.0062 98 4.0 1.3 13 43 666 696 664 699 0.90

13 37 0.00037 5.9 7.9 4.2 11 46 685 720 680 730 0.87

14 37 0.019 3e+02 2.5 1.5 19 43 728 752 722 761 0.80

15 37 0.001 17 6.5 2.4 15 46 766 797 762 804 0.90

16 37 0.0055 87 4.2 0.8 18 37 811 830 806 846 0.85

17 37 0.054 8.5e+02 1.0 0.0 19 44 847 872 839 882 0.75

18 37 0.03 4.7e+02 1.8 0.0 13 36 883 906 880 909 0.88

19 37 0.0011 18 6.4 4.0 13 43 911 941 909 944 0.93

20 37 0.095 1.5e+03 0.2 2.9 13 37 946 970 944 976 0.89

21 37 0.055 8.7e+02 1.0 1.8 13 29 981 997 972 1012 0.65

22 37 0.0021 33 5.5 0.5 15 43 1011 1039 1005 1042 0.89

23 37 0.0032 51 4.9 4.5 12 41 1029 1058 1020 1072 0.65

24 37 0.0015 24 6.0 0.9 14 42 1080 1108 1075 1112 0.73

25 37 0.0025 39 5.3 0.2 11 42 1112 1143 1107 1145 0.92

26 37 1.9e-05 0.3 12.1 1.6 14 43 1143 1172 1140 1179 0.87

27 37 0.0039 62 4.7 1.4 18 44 1168 1194 1167 1205 0.77

28 37 7.1e-05 1.1 10.2 0.1 11 42 1210 1241 1204 1243 0.92

29 37 2e-05 0.32 12.0 1.8 15 43 1242 1270 1239 1278 0.86

30 37 0.0036 57 4.8 1.2 18 44 1266 1292 1265 1303 0.77

31 37 7.2e-05 1.1 10.2 0.0 11 42 1308 1339 1303 1341 0.93

32 37 2.1e-05 0.32 12.0 1.9 15 49 1340 1369 1337 1377 0.85

33 37 0.0048 76 4.4 0.9 18 44 1364 1390 1363 1401 0.74

34 37 1.8e-05 0.29 12.1 0.0 11 42 1406 1437 1401 1439 0.94

35 37 0.00015 2.4 9.2 0.5 15 44 1438 1467 1436 1476 0.89

36 37 0.0002 3.2 8.8 0.0 14 44 1500 1530 1497 1540 0.91

37 37 0.96 1.5e+04 -3.0 0.1 16 36 1797 1817 1796 1819 0.86

#	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	37	0.49	7.8e+03	-2.1	0.7	17	34	113	130	101	135	0.80
2	37	1	1.6e+04	-3.1	0.1	18	38	160	180	156	181	0.86
3	37	0.0094	1.5e+02	3.4	1.3	14	34	221	241	213	248	0.60
4	37	0.073	1.1e+03	0.6	0.5	16	34	274	292	270	296	0.71
5	37	1.2	2e+04	-3.4	0.0	23	41	302	320	300	327	0.84
6	37	0.00063	10	7.2	2.0	19	45	445	471	440	481	0.65
7	37	0.0058	92	4.1	4.7	14	45	492	521	490	526	0.87
8	37	0.0028	44	5.1	5.0	18	54	517	553	514	556	0.87
9	37	0.23	3.7e+03	-1.0	0.2	27	40	561	574	551	581	0.59
10	37	0.0008	13	6.9	2.1	11	45	580	614	578	623	0.88
11	37	0.00013	2	9.4	1.8	15	44	633	662	630	670	0.88
12	37	0.0062	98	4.0	1.3	13	43	666	696	664	699	0.90
13	37	0.00037	5.9	7.9	4.2	11	46	685	720	680	730	0.87
14	37	0.019	3e+02	2.5	1.5	19	43	728	752	722	761	0.80
15	37	0.001	17	6.5	2.4	15	46	766	797	762	804	0.90
16	37	0.0055	87	4.2	0.8	18	37	811	830	806	846	0.85
17	37	0.054	8.5e+02	1.0	0.0	19	44	847	872	839	882	0.75
18	37	0.03	4.7e+02	1.8	0.0	13	36	883	906	880	909	0.88
19	37	0.0011	18	6.4	4.0	13	43	911	941	909	944	0.93
20	37	0.095	1.5e+03	0.2	2.9	13	37	946	970	944	976	0.89
21	37	0.055	8.7e+02	1.0	1.8	13	29	981	997	972	1012	0.65
22	37	0.0021	33	5.5	0.5	15	43	1011	1039	1005	1042	0.89
23	37	0.0032	51	4.9	4.5	12	41	1029	1058	1020	1072	0.65
24	37	0.0015	24	6.0	0.9	14	42	1080	1108	1075	1112	0.73
25	37	0.0025	39	5.3	0.2	11	42	1112	1143	1107	1145	0.92
26	37	1.9e-05	0.3	12.1	1.6	14	43	1143	1172	1140	1179	0.87
27	37	0.0039	62	4.7	1.4	18	44	1168	1194	1167	1205	0.77
28	37	7.1e-05	1.1	10.2	0.1	11	42	1210	1241	1204	1243	0.92
29	37	2e-05	0.32	12.0	1.8	15	43	1242	1270	1239	1278	0.86
30	37	0.0036	57	4.8	1.2	18	44	1266	1292	1265	1303	0.77
31	37	7.2e-05	1.1	10.2	0.0	11	42	1308	1339	1303	1341	0.93
32	37	2.1e-05	0.32	12.0	1.9	15	49	1340	1369	1337	1377	0.85
33	37	0.0048	76	4.4	0.9	18	44	1364	1390	1363	1401	0.74
34	37	1.8e-05	0.29	12.1	0.0	11	42	1406	1437	1401	1439	0.94
35	37	0.00015	2.4	9.2	0.5	15	44	1438	1467	1436	1476	0.89
36	37	0.0002	3.2	8.8	0.0	14	44	1500	1530	1497	1540	0.91
37	37	0.96	1.5e+04	-3.0	0.1	16	36	1797	1817	1796	1819	0.86

Sequence Information

Coding Sequence: ATGGAGAATCGCACTACGTGTCAATGCGGATGCACGAACCCACCAGAAATGACAGCCGCAGATCCTCCTTACGAGGGTTCATGCGGTTGCAGCTACAACCCCTTCGCCGATCATGAGAGAGACGCGGAAATCACAGAATTATCATTCGCGCTGCGAAAATTGACCCTGATGAAATGCCAGATGAAAAAATGGAGAATGGAGCGTCTGCAGTTGGAGAGCGAGACGAGAGGTTTGAAACAGGTGCTGCAGGCCCACGGTTTGAACGACGACATCGTGAGACCAGATCCGCTGGTCGCTCATCTTCGAGAGTATAATGCGAGGCTGGAGAACGACAAGGAGGAGCTCGAGGAGCGCGTTAAAAGCCTGTCCGAAACCGTATCGGAGTACGAGAGCCAGGAGAGCTCGTCATCCGGAGCTGTGAATAGACTGCGCGACAGAATTCGAGCGATCAAGGAAGCCAACGTCGTCGAGAAACGGAGGCTGAGAGACCTTATAGCTGGACTGAAGATCCGGCTGCAAGAAGCCCAGAACGAGTCGTCCTGCGCTGCCCTAAATCGACTTCGAGCTAAGCTGAGAGAGATGATGAAAGGCGGCCAAGAAGCTGACCAAAGAGTATCCATGGTGGTCCAACGGTCGATAGAAACTCTGACCGAGCTAACGGAAAATGTTGACGACCTCAAGGCCGAGATCGAGAGACTCAGAGCTGAGATAAAGAGGCTGAAGGATCTGCTCAAGAAATGCGAAGATCGGACGGACGTCGGGGTCGAGACGACCGTCGTGGACGTTAAACCGGTGGAAAAACCGCTCGTGGAAATGGACGTCGCGGAATTGTTGAACAGGATCAAGGAGCTCGAGGCGCTGATAGCTCAGCTGAGAAAACAACTGGTTGACAAAGATGCTGGGATTAATGACCTCCAGAATCAATCGTTCGAGGTCAGTTTGGACAACAAACGTCTGTCCGCAGATTTGGACCAGATGAAGGTCAGCTTCAACGCTGTTATGCAGGAGGTCAAGGCTATGAAGGATGAACTCAAGAAGAGGGACGTCAAGGTATCCGAGCTTCTCAAAGAGCTCAAAGCATCCGCGATCGATATTCTGGGATTAAACACACTGCAGAGTGAAATGGACGCAATCAAGCCCCAGATGTACAATCTCGAGGTAGAGCGCGGCCAGCTATTATCCGAGCTTGGGAAAGTGCGGGGCGTTGTATCGGAGCGGAATGATCAGATCATTAAAATACTCGAAGAGAGGGACAAGCACGTTAAAGCATTGGCCAGGGCCTCGAACGTGATGCAGGCGACGGTCGAACCGTTGATGGAGAAAGAAGCGGCTCTCAAAAACGAGGTCCAAGGATTGAAAGACCGGATAGAACAGCTCGAGCGAGAGCTAGCCGAGCTCAGGAAGAAACTGGCTCAATTAGAAGCGCAGAATGCTGAGATACCTGGACTGGTCGACAGGATTAAGGAGCTGGAAAATGAGCTAGAAAAGCTCAGGTCTCAGTTGGCCGAGGCCAAGTCCAGGATGGATGAGCTCGAGAAAGAACTAGCTCGCCTCAAAGCGGAGAAAGAAGAACTGGAGAAAGAGCTCGGGGAGGCGAGGAAGGAGAATGAGAAGCTGAAGGAAGAGCTCAGTGCGGAGAAAGCTGCGAAAGAAGCTGCCCAAAAAGATCTCAGGGATTGTAGAGCTGAGAATGAGAAGCTCAAAGCAGAAAATGAGAAGCTAATTAATGAGCTAAGCGCGGCTAAGGCAGAGGCCGACAAACTGAGAAACGATTCAGAGAAACTGAGGGAAGAAATGGAAGGTCTGAAGGCTGAGAATGATCGGCTGAAAAATCTGCTCACCGCCGCCAAAAATGAGATCGACAAGCTCGGAGGTGAGCTCGAGAAGCTCAAGGCAGAGAATGAGAAACTCAAAAATGAGGTAGAGAAACTGAACGGAGATATAGGTAAACTGAAGACGGAAAATGACAGCCTCAAAGCAGAGCTCGACAAACTTAGAAACGAGCTCGCTGGACTTCGGGACGAAATTGAGAAGCTGAAGAATGCTTTAGCAGCAGCCAAGGCTGAGGCTGAGAAGCTCAAAAATGATCTGGAAAAAATGAAAACAGATGTTGAGAAGCTCAAGGCGGAAAATGATCAGCTGAAAAATGAGCTAGCCGACGCTAAGGCAGAGAACGCGAGGCTCAAAAAGGAGCTCGATGACTCGAAGGGAGAAATAGACAAGCTGAGAGAAGAGAACAAGAACCTCAAGGCAGAAAAAGACAAAATTAGAGGAGAATTAGATGGTCTCAAGGGTGAGAATGAAAGGCTGAAGGCTGACCTCGAGAAACTCAAAAGCGAGTACGAGGCCCTGAAATCGGAAAATGAGAAGTTGAAGAAGAGCTTGAGCGACGCAGAGGCGAAGGCGAAAGCGCTCGAAGTCTCGAACGCTGAACTTGCGAGTAAAATTGCAGAGCTGAAGAACCAAATTGATAAACTTGAGAACGAATTGGCGTCGGAAAAAGCTGCGAAGGAAGCGGCGATCAAGGAATTGGCGGCTATCAAGGCCGAGCTAAAAGCTCTGCTGGCAGAAATGGACAAACTTAAGGCAGACTGCGACAGACTGAAAGGACAAGTCGACGATCTCACTAAACAGCTATCAGATTTGAGAAATGATTTTGATCAGCTCAGGTCCAAGTATGCCGACTTGTCGGCAGAGAGAGACAAGCTCAAAGCTGAGGTTGATAAGTCGAAGGAAGAAAATGACAGACTGAAAAATGACTTGGAGAAGCTCAAGGCAGAGCTCGACGCGTCGAAGACGGAGAATCGTACGCTCAAGGAAGAGAATGCCAAATGGAAGGAGGAGAACGAGAAGCTGAAGAAAGCCGTGAGCGAGGCTGAAACTAGGATGAAAATTCTTGAGGACGAGGTAAAGGCATGCGAAGAGGAAAAGGCAAGGCTGCGAAAAGAGCTCGAAGGTCTGAAAGACCGGATCGAAGAAATGAAGAAGGAGCTCGCTGCAGAGAAAGCTGCGAAAGAGGCAGCCTTGAAGGAACTTGGGGCCCTTAAGACCGAGCTAGCTGCTCTGAGAGCAGAGCTGGACAAAGTGAGGACAGAGAACGCCCAGCTAAAAAGCGAGCTCGATAAACTGAAATCAGAAAACGCCGAGCTCAGAAATGAGAATGAGAAAATGAAAGGCGAAATTGATAAGCTGAAAGGGGAGGTGGGAAAATTACAAAATGATCTGAATACCTCGAGGGCGGAGAGTGCGAAGCTCAAAGAAGATCTGGACAAGCTGAATGCCGAAAACAAGACTCTCAGAGCTGAGAATGACAAATTGAAGGATGATCTTGGTGCCGCCAGATCAGAAGCTGCGAAACTCAAGAACGACTTTGACAAGCTGAAATCTGAACTGGATGCGATGCAAGCAGAGAATAACAGAATGAAGGGAGAACTCGATAAGCTGAAATCAGAGATTGCGAAACTACAAGATGATCTGAATACCGCGAAGGCAGAGAATGGGAAGCTCAAAGAAGACCTTGAGAAACTGAATGCTGAAAACAAGGCTTTGAGATCCGAGAATGAGAAATTTAAAGGAGAACTGGATCAGCTCAAGTCAGAGAACGCGAAACTTAAGGATGACCTCGCTGCTGCTAGATCGGAAGTAGCAGGACTCAAGAACGACTTGGATAAACTGAAATCCGAACTGGGTGCGATGCAAGCGGAGAATAACAGAATGAAGGGAGAACTCGATAAGCTGAAATCAGAGATTGCGAAACTGCAAGATGATCTGAATACCGCGAAGGCAGAGAATGGGAAGCTCAAAGAAGACCTTGAGAAACTGAATGCTGAAAACAAGGCTTTGAGATCCGAGAATGAGAAATTTAAAGGAGAACTGGATCAGCTCAAGTCAGAGAACGCGAAACTTAAGGATGACCTCGCTGCTGCTAGATCGGAAGTAGCAGGACTCAAGAACGACTTGGATAAACTGAAATCCGAACTGGGTGCGATGCAAGCGGAGAATAACAGAATGAAGGGAGAACTCGATAAGCTGAAATCAGAGATTGCGAAACTGCAAGATGATCTGAATACCGCGAAGGCAGAGAATGGGAAGCTCAAAGAAGACCTTGAGAAACTGAATGCTGAAAACAAGGCTTTGAGATCCGAGAATGATAAATTCAAAGGAGAACTGGATCAGCTCAAGTCAGAGAACGCGAAACTTAAGGATGACCTCGCTGCTGCTAGATCGGAAGTAGCAGGACTCAAGAACGACTTGGATAAACTGAAATCCGAACTGGGTGCGATGCAAGCGGAGAATAACAGACTGAAGGGAGAATCCGACAAGCTGAAATCAGAGATGGCGAAACTACAAGACGATCTGAACACCCTGAAGTCAGAGAATGCGAAAATGAAGGATGAGCTCGCCGCCGCTAAGGCAGAAGCGTCGAGACTCGAGAATGACTTAGTCAAGCTGAAATCTGTGCTGGACGCGATGCAAGCAGAGAATAACAGAATGAACGGAGAACTTGACGGGCTGAAGGCGGAGAATGCAAAACTACAGAAAGACCTTGGTGCCTTGAAGAAGGAGAATGCCACGCTGAAGTCTGGGATCGACAAACTGAAAACCGACAACGATAAGTTGAACAAGGATCTTCGGAACGCGAAATCAGAGTCAGACAAGCCGAAAGCTGGGGTCGACAATCTCAAGAAATCGGGGAACGAACCGAAAGAGACACGGAGGAGACTCGATACCGAAAAGGCGAAGGAGAGTGGGAAGAAAGAGCCCCAGATTAAAGCACCGCGGTCTGTTCCATCCGGGAAATTTTTTAAAAGTGATCAACGACCCTCGGTCGTAAAAAAGGACCAAGGTTCACAGGGCGCGGGTTGTGGCGATTACGAAAATGCAAACGAACAGCTGAGGAGAAACATGAATATGCAGGAGAGAGGCGTGCAACGGATACAAGACTTCGCGAAGTACGTTTTGGGCGAGAGAAGTTCCCCGCCAGAAATGGCCCGGGAATTAAGGCACCGAATGTCCTGGGCAGCGCGCAGGAGCTTACCCGAAGACATAACGCAGCTTTTGGAGGAGTCGGAGCTTTTATCGGACTCGATATTCGCCGCCGAAACCGACGTCCAGCGGCTGGTCAAGCTCGTCGAGGAACTGAAGGAGCTCGGAGATCAAGAAACTCAGGACCTGGACGGGCTCGGTGACGCCTTCGACGCCGAGTCCTGGCTCAAGACACTGACGTTGACGGAACTCGCCGAACTCCACGACAGGATATGCCTGGTGACTTCGTGCATGGTTCAGCAGGACGTAAACCCCGAGGATTACGTCGACGGCATCGAAACCGAGGGAATTTGCCGGCCCTGTAGTTTGCCCGATGAATTCGCGGAGGACTCGACGCCCGAGTACGAAGCTTTGAACAGGAGAATAGGGGCGCTTCAAATGCAGATAAACAAGAAAAAGGACGAGGCGGATGACAGGGTGAAGAAAATGCGCGAAACCGTGTGGCGAGAGCAGGAAAATCTCATCAAATTATCGGAGGAAATGAACGCCCAGAAGCGGAGGAATTTATCGATGAAGATTAAAATGAACGAAAATATAGAGGCGGAAGGGGATGAAAAGGGAGGAAAGGAAACGGCGGTCCTCTGCGACCGGAAGTGTCTCCCGAAGTTCGTTATTCGAAACTCTTTTCCCTCCTTTTCCACTTTTCGATTTTTAATTCCGGTATTTATTGGCCGCAGGATCAGCGCGATAAAGGACGATAAATTTGGGGAGAAGAAGGGCAATTCGGGACGTTTTATTGGCGCCAATTCAAACGCCTGTAACATCCCGGTGAATTGGCTCCCTCGCTTTAACCCCGAGGAAAATGAGCCCGATTCAAGATCGTCTTTAACCCCGGTTAGGGTTCAGAGACAAAAACCACCGCCCTGTGCGGCTCCGGTTAGACACGCGGATGTACCTTGCTGCGTCAAGCCTTGCTGCCCCTCGGCTATGAATAGGGATACACTGTTCGGCAAAAAGAGGGATCTGAACACCGCGAAAAATTGA
Protein Sequence: MENRTTCQCGCTNPPEMTAADPPYEGSCGCSYNPFADHERDAEITELSFALRKLTLMKCQMKKWRMERLQLESETRGLKQVLQAHGLNDDIVRPDPLVAHLREYNARLENDKEELEERVKSLSETVSEYESQESSSSGAVNRLRDRIRAIKEANVVEKRRLRDLIAGLKIRLQEAQNESSCAALNRLRAKLREMMKGGQEADQRVSMVVQRSIETLTELTENVDDLKAEIERLRAEIKRLKDLLKKCEDRTDVGVETTVVDVKPVEKPLVEMDVAELLNRIKELEALIAQLRKQLVDKDAGINDLQNQSFEVSLDNKRLSADLDQMKVSFNAVMQEVKAMKDELKKRDVKVSELLKELKASAIDILGLNTLQSEMDAIKPQMYNLEVERGQLLSELGKVRGVVSERNDQIIKILEERDKHVKALARASNVMQATVEPLMEKEAALKNEVQGLKDRIEQLERELAELRKKLAQLEAQNAEIPGLVDRIKELENELEKLRSQLAEAKSRMDELEKELARLKAEKEELEKELGEARKENEKLKEELSAEKAAKEAAQKDLRDCRAENEKLKAENEKLINELSAAKAEADKLRNDSEKLREEMEGLKAENDRLKNLLTAAKNEIDKLGGELEKLKAENEKLKNEVEKLNGDIGKLKTENDSLKAELDKLRNELAGLRDEIEKLKNALAAAKAEAEKLKNDLEKMKTDVEKLKAENDQLKNELADAKAENARLKKELDDSKGEIDKLREENKNLKAEKDKIRGELDGLKGENERLKADLEKLKSEYEALKSENEKLKKSLSDAEAKAKALEVSNAELASKIAELKNQIDKLENELASEKAAKEAAIKELAAIKAELKALLAEMDKLKADCDRLKGQVDDLTKQLSDLRNDFDQLRSKYADLSAERDKLKAEVDKSKEENDRLKNDLEKLKAELDASKTENRTLKEENAKWKEENEKLKKAVSEAETRMKILEDEVKACEEEKARLRKELEGLKDRIEEMKKELAAEKAAKEAALKELGALKTELAALRAELDKVRTENAQLKSELDKLKSENAELRNENEKMKGEIDKLKGEVGKLQNDLNTSRAESAKLKEDLDKLNAENKTLRAENDKLKDDLGAARSEAAKLKNDFDKLKSELDAMQAENNRMKGELDKLKSEIAKLQDDLNTAKAENGKLKEDLEKLNAENKALRSENEKFKGELDQLKSENAKLKDDLAAARSEVAGLKNDLDKLKSELGAMQAENNRMKGELDKLKSEIAKLQDDLNTAKAENGKLKEDLEKLNAENKALRSENEKFKGELDQLKSENAKLKDDLAAARSEVAGLKNDLDKLKSELGAMQAENNRMKGELDKLKSEIAKLQDDLNTAKAENGKLKEDLEKLNAENKALRSENDKFKGELDQLKSENAKLKDDLAAARSEVAGLKNDLDKLKSELGAMQAENNRLKGESDKLKSEMAKLQDDLNTLKSENAKMKDELAAAKAEASRLENDLVKLKSVLDAMQAENNRMNGELDGLKAENAKLQKDLGALKKENATLKSGIDKLKTDNDKLNKDLRNAKSESDKPKAGVDNLKKSGNEPKETRRRLDTEKAKESGKKEPQIKAPRSVPSGKFFKSDQRPSVVKKDQGSQGAGCGDYENANEQLRRNMNMQERGVQRIQDFAKYVLGERSSPPEMARELRHRMSWAARRSLPEDITQLLEESELLSDSIFAAETDVQRLVKLVEELKELGDQETQDLDGLGDAFDAESWLKTLTLTELAELHDRICLVTSCMVQQDVNPEDYVDGIETEGICRPCSLPDEFAEDSTPEYEALNRRIGALQMQINKKKDEADDRVKKMRETVWREQENLIKLSEEMNAQKRRNLSMKIKMNENIEAEGDEKGGKETAVLCDRKCLPKFVIRNSFPSFSTFRFLIPVFIGRRISAIKDDKFGEKKGNSGRFIGANSNACNIPVNWLPRFNPEENEPDSRSSLTPVRVQRQKPPPCAAPVRHADVPCCVKPCCPSAMNRDTLFGKKRDLNTAKN

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_01411216;
90% Identity: iTF_01412046;
80% Identity: iTF_01412046;