Basic Information

Insect: Megachile willughbiella
Gene Symbol: -
Assembly: GCA_945859635.1
Location: CAMAOE010000041.1:94432-113598[+]

Transcription Factor Domain

TF Family: TF_bZIP
Domain: bZIP domain
PFAM: AnimalTFDB
TF Group: Basic Domians group
Description: bZIP proteins are homo- or heterodimers that contain highly basic DNA binding regions adjacent to regions of α-helix that fold together as coiled coils
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 8.9e-05 0.084 13.3 1.4 30 58 38 66 25 70 0.89

2 47 9 8.5e+03 -2.8 0.1 28 47 93 112 91 116 0.53

3 47 2.7 2.6e+03 -1.1 1.7 37 62 136 161 132 171 0.51

4 47 0.0024 2.3 8.7 8.3 24 60 175 211 168 215 0.79

5 47 0.0075 7.1 7.1 10.1 27 63 213 249 210 250 0.94

6 47 0.022 21 5.6 9.4 24 64 252 292 251 299 0.80

7 47 0.043 40 4.7 5.5 34 61 300 327 298 331 0.86

8 47 0.7 6.6e+02 0.8 10.0 25 57 347 379 336 387 0.71

9 47 0.039 37 4.8 5.8 25 63 382 420 380 422 0.91

10 47 0.043 41 4.7 5.5 21 63 399 441 399 443 0.89

11 47 0.001 0.98 9.9 5.3 21 56 462 497 461 501 0.92

12 47 0.00043 0.41 11.1 2.2 32 61 501 530 497 534 0.87

13 47 7.5e-05 0.071 13.5 0.9 25 63 515 553 513 554 0.93

14 47 3e-05 0.028 14.8 1.7 25 59 543 577 531 583 0.51

15 47 0.0001 0.099 13.1 4.8 33 63 572 602 570 610 0.55

16 47 7.9e-05 0.075 13.4 11.1 24 65 605 646 604 646 0.95

17 47 0.017 16 6.0 1.8 37 62 639 664 637 666 0.73

18 47 9e-06 0.0086 16.5 5.5 26 64 670 708 667 709 0.93

19 47 0.0012 1.2 9.6 11.3 24 61 703 740 703 743 0.91

20 47 0.0043 4.1 7.9 2.2 37 62 737 762 735 763 0.91

21 47 5.8e-07 0.00055 20.3 6.1 26 64 768 806 765 807 0.93

22 47 0.0025 2.3 8.7 5.6 35 64 805 834 803 835 0.88

23 47 0.031 30 5.1 4.1 33 62 831 860 830 862 0.83

24 47 0.0016 1.5 9.3 3.4 26 60 866 900 863 903 0.77

25 47 0.00093 0.88 10.0 6.3 28 63 917 959 909 961 0.68

26 47 0.0027 2.5 8.5 2.4 27 64 979 1016 975 1023 0.80

27 47 0.084 80 3.7 5.2 31 57 1032 1058 1016 1065 0.61

28 47 0.011 11 6.5 7.6 27 63 1077 1113 1066 1115 0.66

29 47 0.021 20 5.7 0.8 24 59 1109 1144 1106 1150 0.73

30 47 0.011 11 6.5 4.7 24 52 1154 1182 1146 1195 0.66

31 47 0.087 83 3.7 3.5 24 57 1203 1236 1200 1243 0.82

32 47 0.078 74 3.8 0.3 32 57 1228 1253 1227 1259 0.85

33 47 0.034 32 5.0 5.3 27 62 1258 1293 1252 1296 0.77

34 47 0.19 1.8e+02 2.6 1.2 28 64 1287 1323 1284 1324 0.90

35 47 0.12 1.1e+02 3.3 12.0 24 65 1311 1352 1294 1352 0.90

36 47 0.00011 0.11 13.0 12.8 22 63 1337 1378 1336 1386 0.93

37 47 0.076 72 3.9 4.6 28 60 1385 1417 1378 1422 0.68

38 47 0.045 43 4.6 6.7 31 64 1409 1442 1406 1444 0.61

39 47 5.5e-05 0.052 13.9 10.8 24 63 1430 1469 1427 1471 0.92

40 47 0.084 80 3.7 3.3 30 58 1471 1499 1467 1513 0.63

41 47 0.033 31 5.0 2.4 31 65 1500 1534 1495 1534 0.89

42 47 2.6e-05 0.024 15.0 8.1 24 63 1521 1560 1515 1562 0.87

43 47 0.1 98 3.5 3.3 33 58 1565 1590 1560 1599 0.50

44 47 0.0086 8.1 6.9 4.7 31 63 1591 1623 1584 1625 0.82

45 47 0.011 10 6.6 5.7 28 56 1630 1658 1625 1664 0.75

46 47 0.00083 0.79 10.2 2.9 34 65 1668 1699 1663 1699 0.91

47 47 0.026 24 5.4 3.5 25 46 1694 1715 1693 1718 0.68

#	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	8.9e-05	0.084	13.3	1.4	30	58	38	66	25	70	0.89
2	47	9	8.5e+03	-2.8	0.1	28	47	93	112	91	116	0.53
3	47	2.7	2.6e+03	-1.1	1.7	37	62	136	161	132	171	0.51
4	47	0.0024	2.3	8.7	8.3	24	60	175	211	168	215	0.79
5	47	0.0075	7.1	7.1	10.1	27	63	213	249	210	250	0.94
6	47	0.022	21	5.6	9.4	24	64	252	292	251	299	0.80
7	47	0.043	40	4.7	5.5	34	61	300	327	298	331	0.86
8	47	0.7	6.6e+02	0.8	10.0	25	57	347	379	336	387	0.71
9	47	0.039	37	4.8	5.8	25	63	382	420	380	422	0.91
10	47	0.043	41	4.7	5.5	21	63	399	441	399	443	0.89
11	47	0.001	0.98	9.9	5.3	21	56	462	497	461	501	0.92
12	47	0.00043	0.41	11.1	2.2	32	61	501	530	497	534	0.87
13	47	7.5e-05	0.071	13.5	0.9	25	63	515	553	513	554	0.93
14	47	3e-05	0.028	14.8	1.7	25	59	543	577	531	583	0.51
15	47	0.0001	0.099	13.1	4.8	33	63	572	602	570	610	0.55
16	47	7.9e-05	0.075	13.4	11.1	24	65	605	646	604	646	0.95
17	47	0.017	16	6.0	1.8	37	62	639	664	637	666	0.73
18	47	9e-06	0.0086	16.5	5.5	26	64	670	708	667	709	0.93
19	47	0.0012	1.2	9.6	11.3	24	61	703	740	703	743	0.91
20	47	0.0043	4.1	7.9	2.2	37	62	737	762	735	763	0.91
21	47	5.8e-07	0.00055	20.3	6.1	26	64	768	806	765	807	0.93
22	47	0.0025	2.3	8.7	5.6	35	64	805	834	803	835	0.88
23	47	0.031	30	5.1	4.1	33	62	831	860	830	862	0.83
24	47	0.0016	1.5	9.3	3.4	26	60	866	900	863	903	0.77
25	47	0.00093	0.88	10.0	6.3	28	63	917	959	909	961	0.68
26	47	0.0027	2.5	8.5	2.4	27	64	979	1016	975	1023	0.80
27	47	0.084	80	3.7	5.2	31	57	1032	1058	1016	1065	0.61
28	47	0.011	11	6.5	7.6	27	63	1077	1113	1066	1115	0.66
29	47	0.021	20	5.7	0.8	24	59	1109	1144	1106	1150	0.73
30	47	0.011	11	6.5	4.7	24	52	1154	1182	1146	1195	0.66
31	47	0.087	83	3.7	3.5	24	57	1203	1236	1200	1243	0.82
32	47	0.078	74	3.8	0.3	32	57	1228	1253	1227	1259	0.85
33	47	0.034	32	5.0	5.3	27	62	1258	1293	1252	1296	0.77
34	47	0.19	1.8e+02	2.6	1.2	28	64	1287	1323	1284	1324	0.90
35	47	0.12	1.1e+02	3.3	12.0	24	65	1311	1352	1294	1352	0.90
36	47	0.00011	0.11	13.0	12.8	22	63	1337	1378	1336	1386	0.93
37	47	0.076	72	3.9	4.6	28	60	1385	1417	1378	1422	0.68
38	47	0.045	43	4.6	6.7	31	64	1409	1442	1406	1444	0.61
39	47	5.5e-05	0.052	13.9	10.8	24	63	1430	1469	1427	1471	0.92
40	47	0.084	80	3.7	3.3	30	58	1471	1499	1467	1513	0.63
41	47	0.033	31	5.0	2.4	31	65	1500	1534	1495	1534	0.89
42	47	2.6e-05	0.024	15.0	8.1	24	63	1521	1560	1515	1562	0.87
43	47	0.1	98	3.5	3.3	33	58	1565	1590	1560	1599	0.50
44	47	0.0086	8.1	6.9	4.7	31	63	1591	1623	1584	1625	0.82
45	47	0.011	10	6.6	5.7	28	56	1630	1658	1625	1664	0.75
46	47	0.00083	0.79	10.2	2.9	34	65	1668	1699	1663	1699	0.91
47	47	0.026	24	5.4	3.5	25	46	1694	1715	1693	1718	0.68

Sequence Information

Coding Sequence: ATGATATCACAATTGAAATTAAAACTGGCGGAAACCGAGGAGGACGTCAGCTGTCCTGCCATATATCGTTTAAGGGCAAAGCTTCGCGAATTGATGAAAGGTGGTCGGGATTTGCCGAAGAACTGCGATGATCTGCAAGTTGAAAACGATCGTCTTTTAGCTGAAATAGCTGAGTTACGACGCCAGTTGGCCAATCTTGACGAAAGGGAAATAACCGAGCGGATGTTGCCAGCGAAATCGGTCGAAACAACCACTGTGCCGGAATACATAGATGTATCTGAGTTGTTGCGAAAGCTCAAAGATTGTGAAAATACTGTATTCGGTTTGACACAACAGCTAGCAGAAAAAGACGATCTCATTGATTCATTGAATAAGGGACTTGAAGGCACGATCAGTCAAAAAGATTTATTGGATGAGATCGCGGCACTGAAAGCGGAACTTCAAGAAAAAGATGACAAGATTCAGGAACTATTAAACGAACTAAGACAAGCAGAAATAAATTTGCTCGAGTTAAATAATTTGAAATCACAACTGGATGACCTGAAATCAGAATTAGAGGATTTAGAATCGGAGAGGAACCAACTGTTGGAAGAGCTCGCTAAATTACAAAACGAACTTGCGCACTGTAACGCAATAAAGGAAAGTTTAGAAAAGCAGCTAGAAGTTTTAAGGAATGACAACGAAAAATTATTGAAAGAGCTGGATAATGCGAAGGAACAACTCCTGGCACTGACTAATCAGTTGGAAGAGGAAAAGGCAGCTAGAAATGCGTTAGAAGAAAATTTGAAAAATTGCCAAGATGAACTCGAAAGGTTACAAAAAGATAATACGAATCTGAGGGATCAGCTGGAGGCTGCAAAAGAAGAAAATAATAAACTGCGTGAAGATGTTGAAGCGGCGAAGAAGCTGGCTGAAGAGAACGAGAGGTTGAAAGCGGATCTGGAGAAGATGAAGAAAGAGAACGAGGAATTGATGAATTTGAACAACGTCTTAAAGAGCGATTACGACAACATGAAGCAAGCATTGGATAACCTAGAAGCAGAAATTAACAGACTGCAGAACGAATTGAATAAGGCTGAAGAAGAACGCAAAGCGTTGCTGGACGAGAACAGCAACATTAAGAAGCAACTTGAAGAAGCAATGGCGAGGAACGAGAGTCTACAAGCTGAATTGGATAATGTCGGTGAACAACTCAACAAACTGAAATTAGAGAAGGATAAACTGCAAGAGGCTCTCAACGACATGAAGCTCGAGAACGATGCGTTGAAACAAGATGTGCGGGCTTTGCAAAGCGACCTTGATCATGCGAGAAAGGAAGCGGAAGACCTAAGAGGCGCTGGAGACGCATTAAGAGCCGCGGACAAAGACAAACTGTCCGAGCTTCAAAAGCTCAAAGATGAATTGGACAATTTGACAACCGAAAAGGATCGCTTAACGAACGAAAATATCGATTTGAAGGCCAGAAATGCGGAGCTCGAGAAAAAACTCAAGGATGCAATGGAACAGGTGGAACAAATGAAATCGGAGAATGCCGATTTACTGGCCGAGATCGATCGACTAAAAAAGGAGCTCGACAAAGCTGCGAACGAAGTCGATCGATTGAAATCTGAAATAGGTTCTTTGAAGGACGCTGTCGACAAGTGTATGGACGAATTGGAGAAATTGCAAACTGAAAATGGCGATCTTAAATCAGAGAATGAAGCTGTTAAAAGTGAAATTGAGAAGTGCAAAGCTGAGAGGGACGCTTTGAAACGGGAAAATTCTACTTTGCAAAACGAGATTGACGAGTTAAGGAAACAACTGAACGATTGTAAAACAGAGAACGAAAACCTGAAGGCGCAGAAAAATCAATTGGAAGCTGAAAATAATAAGTTGAGAGAAGAGTTGAACGCTTGCAAACAAGAAAATGAGGCGATGAAGGCTGAATGTGAAAAATTACGAGAACAGGTACAATCGTTGAGTGACGAATTGAGTAAGCTACGGAGTCAGCTGGATATTGCAGAACGTAAAATTCAGGAACTCGAGCCTCTGGTCGATCGTTCGCAAAAGGAAAATGATAAATTGCAAAACGAGATTGACGAGTTGAGAAAACAACTGAACGATTGTAAAACGGAGAACGAAAACTTAAAGGCGCAGAAAAATCAATTGGAAGCTGAAAATAATAAGTTGAGAGAAGAGTTGAACGCTTGTAAACAAGAAAATGAGGCGATGAAGGCTGAAAGTGAAAAATTACGAGAACAGGTACAATCGTTGAATGACGAATTGGGTAAGCTAAGGAGCCAGCTGGATATTGCAGAACGTAAAATTCAGGAACTCGAGCCTCTGGTCGATCGTTTGCAAAAGGAAAATGACAAATTGCAAAACGAGATTGACGAGTTGAGAAAACAACTGAACGATTGTAAAACAGAGAACGAAAACTTAAAGGCGCAGAAAAATCAATTGGAAGCTGAAATTGATAAGTTGAGAGAAGAGTTGAACGCTTGCAAACAAGAAAATGAGGCGATGAAGGCTGAAGGTGAAAAATTACGAGAACAGGTACAATCGTTGAATGACGAATTGAGTAAGCTAAGGAGTCAGCTGGATATTGCAGAACGTAAAATTCAGGAACTCGAGCCTCTGGTCGATCGTTTGCAAAAAGAAAACGATAAATTGCAAAATGATCTGAAAGCGTTAGAGGATGATGCAAGAAACTTAAGATCAAGGCTAGATGGCGGAATGAGTGACAATGAAAGAATGCGAAACGACATGGCGATGTTAGAAAATCAAGTAGGAGATTTGAATGAGAAATTAAAGGCAGCTAAAGCAGAAAATGACGCTTTGCAGCAAGAGAATCAAACGCTACGAGCAAAACTGTTAGAAATGGATGACGAATTGTCTCAAGCGAAAGCAGAATGCGCGGATTTGAAGGCGGAAATTGCTGATTTAAATAATTTAATTTCCGAATTACGAGCAAAAATTGCTAAATTGGAAGAGGATGTAGAACATTGGAAACTGGAGAATTGTAAGCTGCAGATGGAAATAGATAAATTAAAAGCGGACCTCGAGAAAGCATTAAAGGATTTATCCGAATGCCAGGCGCTGAAAAAAGCACAAGAAGCAGAGTTGAACCGGCTGCAGAACGAAAAAGCTGAGTTGAATAAACAAATCGCCGGTCTAACTGCGCAGATAGAACAACAGAAAAAAGCTGCCGAATTAGAAAAGTCCGCCAAGGACGAAAGTGAGGCAAAACTCAAAGCTTTGCGGGAAGAGCTGGACGCATTGAAGAAGGAGTTAGAGAAACTTCGAATGGAGAATAACGATTACAAGAACGAAATAGATAATTTGAAAAGACAGCTTTCTACGTTAAACGGTCAGTTAGATTCGTGCAAAGAAGAGATCGCTGCGTTGAGAGCCACAAATGATGCGTTGAAGACTGAATTAAACGCATTGAGTGGTCTAAAAGACGAATACGCTCAACTGAAAGCTAAAGTGAACAGTTTGGAAAATGAAATCGCGAGTCTTCAAGAAAACGCAAAGAATTTGGAACAGGAACGCAACAAACTTAGAGGAGAGGGTGACGGACAGAGAATTGAAATTGATAAACTGAAATCAGACTTGGATGCCGAAAAAGCAGCCGCAGGGAAACTGAAGTTAGATTTGGAGAATTGTCAAGCAGAAAACGACAGATTACGGGCACAGTTGAAAGATTTAGAAAAATGTAAAAGCGAGATTGATCGGTTAAATGCCGAAATTGGTGAACTGAAGAAGGCATTAGCGGCCGCTGAAGGTAAAGCGAAGTCGTTGGAAGATCAACTCTCGAACCTCAAAGATGAAAAGCAACAGTTGATTAATGAACTCAACAATCTTCGCGGAGATCAGAGCAATCTTAGAAATGAAATAGAAAAACAGACAGCCGCAAAGGACAAGGCGTTAAAGGAGTTGGCTGACGTTAAAGAGGAGCTGAATGCTCTGAAGTCGACGTTGGATAAAATGCGCAATGAAAATGAAACGTTACTGAACGAGAATGAAAAATTGAAGTCGAAATTGGCAGAATTAAATGGACAATTGGAAGCGTTAAGAAATGAGAACGAAAAGTTAAAGAAAGAAAATGAGAACTTAAAGAACGAGATTGCAAAATTGACTTCGGAATTAGCTACGATGACAAATAAATTAAAAGAAGCGGAGGATCAGTTGAACGCGCTCAAGAGTGAGAACGATACTCTGAAGAATACGATAGCTAAACAAGAGAAAACAATAAAAGAGCTCGAAGCAGCAAAAATACAATTAGAGCAGGAGATCAACGAGTTGAAGCCGAAATTGGCAGAATTAAATAAACAGTTGGAAACGTTAAGAAACGAGAACGAAAAATTAAAGAAAGAAAATGAGGTTTTAAAGAACCAGACTGCAAAATTGACTTCGGAATTAGATGCGATGGCAAATAAATTAAAAAGCGCAGAGGATCAGTTGAACGCGCTAAAGAATGAGAATGATAGTCTGAAGAATACGATAGCTAAGCAAGAGAAAACAATAAAAGACCTCGAAGCAGCAAAAATACAATTAGAGCAGGCTATCAACGAGTTGAAGCCGAAATTGGCAGAATTAAATAAACAGTTGGAAACGTTAAGAAACGAGAACGATAAATTAAAGAAAGAAAATGAGGGTTTAAAGAACCAGACTGCAAAATTGACTTCGGAATTAGATGCAATGGCAAATAAATTAAAAAAGGCGGAGGATCAGTTGAACGCGCTAAAGAATGAGAACGATACTCTGAAGAATACGATAGCTAAACAAGAGAAAGCAATAAAAGAGCTCGAAGCAGCAAAAACACAATTAGAGCAGGCTATGAAGGAGTTGAAGTCGGAAAATGAAGGACTGAAAGGCAAGCTAGAAGACGCGCAAAACGCAGCGAATAAATTGAAAAACGATTTGGAGAAGCTGAAAACAGACAACGCGAAATTGCAAAATGAATTAGGTAAATTAAAAGAGGAGAAGGAAAAGTCTGATGCAGCGGCGAAAGGTGATGCAGACAGAATAAAAAAAGAAAATGAGAAATTGAGAGCTGAAAACGCGAAATTGATGGACGAGTTGAACACTTGTCGAGCAGAAAACGAAGAGTTACGTAAACAATTGGAAAAGTTACAAGGAGAAAATGATAAATTGAAAAGAGCTGCAGTGATCAAGGAGTGTGTGACATTTAGTGTGTTATCGAGAGACAGAACTTGTCTAAAAAAGGCAAATCTTCAAAGAGGAAGATCAGCAGATAGCAGAGTGTTGATTGGACATCAACACACATCAGTAGAGGACAACGTGCAACGTCCAACAGTAGAGGACAACGTGCAGCGTCCAGCAGTAGAGGACAGCGTACACCGTTCAACAGTTGAAGACATCGTGCAGCATCCAACAGAAGAGGATTGTTTGCAACAGTCATCAGCATAG
Protein Sequence: MISQLKLKLAETEEDVSCPAIYRLRAKLRELMKGGRDLPKNCDDLQVENDRLLAEIAELRRQLANLDEREITERMLPAKSVETTTVPEYIDVSELLRKLKDCENTVFGLTQQLAEKDDLIDSLNKGLEGTISQKDLLDEIAALKAELQEKDDKIQELLNELRQAEINLLELNNLKSQLDDLKSELEDLESERNQLLEELAKLQNELAHCNAIKESLEKQLEVLRNDNEKLLKELDNAKEQLLALTNQLEEEKAARNALEENLKNCQDELERLQKDNTNLRDQLEAAKEENNKLREDVEAAKKLAEENERLKADLEKMKKENEELMNLNNVLKSDYDNMKQALDNLEAEINRLQNELNKAEEERKALLDENSNIKKQLEEAMARNESLQAELDNVGEQLNKLKLEKDKLQEALNDMKLENDALKQDVRALQSDLDHARKEAEDLRGAGDALRAADKDKLSELQKLKDELDNLTTEKDRLTNENIDLKARNAELEKKLKDAMEQVEQMKSENADLLAEIDRLKKELDKAANEVDRLKSEIGSLKDAVDKCMDELEKLQTENGDLKSENEAVKSEIEKCKAERDALKRENSTLQNEIDELRKQLNDCKTENENLKAQKNQLEAENNKLREELNACKQENEAMKAECEKLREQVQSLSDELSKLRSQLDIAERKIQELEPLVDRSQKENDKLQNEIDELRKQLNDCKTENENLKAQKNQLEAENNKLREELNACKQENEAMKAESEKLREQVQSLNDELGKLRSQLDIAERKIQELEPLVDRLQKENDKLQNEIDELRKQLNDCKTENENLKAQKNQLEAEIDKLREELNACKQENEAMKAEGEKLREQVQSLNDELSKLRSQLDIAERKIQELEPLVDRLQKENDKLQNDLKALEDDARNLRSRLDGGMSDNERMRNDMAMLENQVGDLNEKLKAAKAENDALQQENQTLRAKLLEMDDELSQAKAECADLKAEIADLNNLISELRAKIAKLEEDVEHWKLENCKLQMEIDKLKADLEKALKDLSECQALKKAQEAELNRLQNEKAELNKQIAGLTAQIEQQKKAAELEKSAKDESEAKLKALREELDALKKELEKLRMENNDYKNEIDNLKRQLSTLNGQLDSCKEEIAALRATNDALKTELNALSGLKDEYAQLKAKVNSLENEIASLQENAKNLEQERNKLRGEGDGQRIEIDKLKSDLDAEKAAAGKLKLDLENCQAENDRLRAQLKDLEKCKSEIDRLNAEIGELKKALAAAEGKAKSLEDQLSNLKDEKQQLINELNNLRGDQSNLRNEIEKQTAAKDKALKELADVKEELNALKSTLDKMRNENETLLNENEKLKSKLAELNGQLEALRNENEKLKKENENLKNEIAKLTSELATMTNKLKEAEDQLNALKSENDTLKNTIAKQEKTIKELEAAKIQLEQEINELKPKLAELNKQLETLRNENEKLKKENEVLKNQTAKLTSELDAMANKLKSAEDQLNALKNENDSLKNTIAKQEKTIKDLEAAKIQLEQAINELKPKLAELNKQLETLRNENDKLKKENEGLKNQTAKLTSELDAMANKLKKAEDQLNALKNENDTLKNTIAKQEKAIKELEAAKTQLEQAMKELKSENEGLKGKLEDAQNAANKLKNDLEKLKTDNAKLQNELGKLKEEKEKSDAAAKGDADRIKKENEKLRAENAKLMDELNTCRAENEELRKQLEKLQGENDKLKRAAVIKECVTFSVLSRDRTCLKKANLQRGRSADSRVLIGHQHTSVEDNVQRPTVEDNVQRPAVEDSVHRSTVEDIVQHPTEEDCLQQSSA

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_00961571;
90% Identity: -
80% Identity: -