Basic Information

Insect: Lasioglossum figueresi
Gene Symbol: -
Assembly: GCA_028455805.1
Location: CM052190.1:8509191-8519591[-]

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 42 1.4 1.3e+03 -0.3 0.1 26 50 44 68 40 75 0.67

2 42 1.3 1.2e+03 -0.2 0.8 33 55 89 111 86 114 0.66

3 42 1.9 1.8e+03 -0.8 0.9 39 60 140 161 128 165 0.72

4 42 0.00057 0.53 10.5 1.8 30 60 203 233 196 236 0.90

5 42 5.1 4.8e+03 -2.1 1.3 52 63 283 294 258 321 0.57

6 42 0.0059 5.5 7.3 1.6 30 62 340 372 337 380 0.62

7 42 3.5 3.3e+03 -1.6 3.6 27 58 386 421 383 435 0.56

8 42 2.7e-05 0.025 14.8 3.9 24 63 467 506 464 507 0.94

9 42 0.012 11 6.3 3.8 24 63 495 534 494 536 0.93

10 42 9.9e-05 0.092 13.0 2.5 27 64 533 570 529 571 0.89

11 42 0.046 42 4.4 7.2 21 60 569 608 569 613 0.94

12 42 3.4e-05 0.032 14.4 2.5 24 63 621 660 620 662 0.94

13 42 0.17 1.6e+02 2.5 10.9 24 63 649 688 648 704 0.84

14 42 0.1 97 3.3 9.0 29 62 675 708 662 718 0.52

15 42 0.00012 0.12 12.6 2.9 26 63 714 751 709 753 0.77

16 42 0.022 21 5.4 5.4 22 61 766 805 765 811 0.64

17 42 0.0011 1 9.6 3.8 23 63 809 849 807 851 0.90

18 42 0.084 79 3.6 10.7 22 56 865 899 849 900 0.61

19 42 0.00076 0.71 10.1 17.3 22 65 872 915 864 915 0.91

20 42 0.00011 0.1 12.8 11.5 24 65 895 936 893 936 0.91

21 42 0.0021 2 8.7 3.9 28 57 927 956 926 964 0.87

22 42 1.7 1.6e+03 -0.6 0.1 37 64 964 991 957 992 0.79

23 42 0.00052 0.48 10.6 2.0 33 64 988 1019 982 1020 0.89

24 42 0.00032 0.3 11.3 2.9 26 61 995 1030 991 1047 0.83

25 42 0.87 8.1e+02 0.3 1.0 30 63 1034 1067 1027 1083 0.61

26 42 0.0066 6.1 7.1 7.5 24 63 1077 1116 1076 1122 0.81

27 42 0.048 45 4.3 9.2 26 65 1121 1160 1116 1160 0.87

28 42 0.022 21 5.4 7.8 25 58 1162 1202 1160 1206 0.61

29 42 2.8e-05 0.026 14.7 10.5 21 64 1186 1229 1182 1230 0.92

30 42 0.00082 0.77 10.0 7.8 21 58 1200 1237 1197 1241 0.63

31 42 0.0081 7.5 6.8 8.4 23 53 1258 1288 1256 1300 0.87

32 42 1.6e-05 0.015 15.5 5.9 26 65 1306 1345 1303 1345 0.90

33 42 0.016 15 5.9 9.6 24 65 1360 1401 1346 1401 0.91

34 42 5.2e-05 0.048 13.8 12.7 22 64 1386 1428 1385 1429 0.94

35 42 0.0014 1.3 9.3 4.1 24 59 1423 1458 1421 1460 0.92

36 42 0.044 41 4.5 10.9 28 63 1458 1493 1455 1495 0.93

37 42 0.00027 0.26 11.5 3.4 24 64 1503 1543 1500 1544 0.93

38 42 0.035 32 4.8 10.2 21 60 1563 1602 1560 1605 0.92

39 42 0.18 1.7e+02 2.5 5.9 21 60 1605 1644 1599 1648 0.83

40 42 1.5e-05 0.014 15.5 3.5 28 60 1651 1683 1647 1688 0.88

41 42 0.029 27 5.0 0.6 34 62 1678 1706 1677 1708 0.88

42 42 3 2.8e+03 -1.4 1.2 36 51 1896 1911 1875 1919 0.64

#	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	42	1.4	1.3e+03	-0.3	0.1	26	50	44	68	40	75	0.67
2	42	1.3	1.2e+03	-0.2	0.8	33	55	89	111	86	114	0.66
3	42	1.9	1.8e+03	-0.8	0.9	39	60	140	161	128	165	0.72
4	42	0.00057	0.53	10.5	1.8	30	60	203	233	196	236	0.90
5	42	5.1	4.8e+03	-2.1	1.3	52	63	283	294	258	321	0.57
6	42	0.0059	5.5	7.3	1.6	30	62	340	372	337	380	0.62
7	42	3.5	3.3e+03	-1.6	3.6	27	58	386	421	383	435	0.56
8	42	2.7e-05	0.025	14.8	3.9	24	63	467	506	464	507	0.94
9	42	0.012	11	6.3	3.8	24	63	495	534	494	536	0.93
10	42	9.9e-05	0.092	13.0	2.5	27	64	533	570	529	571	0.89
11	42	0.046	42	4.4	7.2	21	60	569	608	569	613	0.94
12	42	3.4e-05	0.032	14.4	2.5	24	63	621	660	620	662	0.94
13	42	0.17	1.6e+02	2.5	10.9	24	63	649	688	648	704	0.84
14	42	0.1	97	3.3	9.0	29	62	675	708	662	718	0.52
15	42	0.00012	0.12	12.6	2.9	26	63	714	751	709	753	0.77
16	42	0.022	21	5.4	5.4	22	61	766	805	765	811	0.64
17	42	0.0011	1	9.6	3.8	23	63	809	849	807	851	0.90
18	42	0.084	79	3.6	10.7	22	56	865	899	849	900	0.61
19	42	0.00076	0.71	10.1	17.3	22	65	872	915	864	915	0.91
20	42	0.00011	0.1	12.8	11.5	24	65	895	936	893	936	0.91
21	42	0.0021	2	8.7	3.9	28	57	927	956	926	964	0.87
22	42	1.7	1.6e+03	-0.6	0.1	37	64	964	991	957	992	0.79
23	42	0.00052	0.48	10.6	2.0	33	64	988	1019	982	1020	0.89
24	42	0.00032	0.3	11.3	2.9	26	61	995	1030	991	1047	0.83
25	42	0.87	8.1e+02	0.3	1.0	30	63	1034	1067	1027	1083	0.61
26	42	0.0066	6.1	7.1	7.5	24	63	1077	1116	1076	1122	0.81
27	42	0.048	45	4.3	9.2	26	65	1121	1160	1116	1160	0.87
28	42	0.022	21	5.4	7.8	25	58	1162	1202	1160	1206	0.61
29	42	2.8e-05	0.026	14.7	10.5	21	64	1186	1229	1182	1230	0.92
30	42	0.00082	0.77	10.0	7.8	21	58	1200	1237	1197	1241	0.63
31	42	0.0081	7.5	6.8	8.4	23	53	1258	1288	1256	1300	0.87
32	42	1.6e-05	0.015	15.5	5.9	26	65	1306	1345	1303	1345	0.90
33	42	0.016	15	5.9	9.6	24	65	1360	1401	1346	1401	0.91
34	42	5.2e-05	0.048	13.8	12.7	22	64	1386	1428	1385	1429	0.94
35	42	0.0014	1.3	9.3	4.1	24	59	1423	1458	1421	1460	0.92
36	42	0.044	41	4.5	10.9	28	63	1458	1493	1455	1495	0.93
37	42	0.00027	0.26	11.5	3.4	24	64	1503	1543	1500	1544	0.93
38	42	0.035	32	4.8	10.2	21	60	1563	1602	1560	1605	0.92
39	42	0.18	1.7e+02	2.5	5.9	21	60	1605	1644	1599	1648	0.83
40	42	1.5e-05	0.014	15.5	3.5	28	60	1651	1683	1647	1688	0.88
41	42	0.029	27	5.0	0.6	34	62	1678	1706	1677	1708	0.88
42	42	3	2.8e+03	-1.4	1.2	36	51	1896	1911	1875	1919	0.64

Sequence Information

Coding Sequence: ATGGAATCGATGAATCCACCGAACGAGCCATGTTGTTGCTGCAGTTACAATCCCTTCAGCGACAATGCGAAAGAATCGGAGATTTACGACCTCTCGTTTGCCCTGAGGAAACTGACCGTAATGAAGTGTCAGATGAAGAAATGGCGAATGGAACGACTTCAGTTCGAGAGCGAAAATAGGTCTTTGAAACAAGCCCTCCAGTCATTCGGTGTAAATGTGGATGAGATATTGAAGCCTGATCCGCTGCTCGTGCAGTCCCGGGAAGAAATCGAATGGCTGCAAAATGCAAACGCGGCGCTCGAAGATAAAGTGAGGGATCTAGAAGAAACCCTTGCCGAACGAGATTGGAGCGACGATCCTTGTGCATCGGTACACTATATCAGGGAGAAGATGAGAGATCTCCGGGAGCACTTTGCACTCGAAAAAAAAGAATTAAGGGACATGATATCGCAGTTGAAATTAAAACTCGCGCAGACTGAGGAGGACGTGAGCTGTCCTGCGATATATCGCCTGAGGGCGAAGCTCCGCGAACTGATGAAAGGAGGTCAAACAGCGGACCAGCAGGTCTCGAAAGTCGTGGAGAGATCGATTGAAACGTTGGTGGATCTGTCGAACAGCTGCGACGATCTGCGTCTTGAAAACGAGCAGCTTTTGGCCCAGATAGCCGAGCTACGTCGCCAATTGGCGGAACTTGAAAAAATGCAACCGAAAGTACCTGTGGAAGAAATGTTACGAACAGTCGAGACAACGACGGTTCCTGAATACATAGACGTCTCCGACCTGCTGAAGAAACTCGAAGACTGCAACCTCACTGTTTCCGAATTGAAACATCAATTAGACGAGAAAGATAAGCTTATCGAGGCGCTGAGGAAAGAACTTGAAAACATGGTAGATCAGCAGGCTTTGTTGGATGAGATCACTGCAATGAAGGGGGAACTCTCGAAAAGAGACGATAAGATGAGAGATCTTCTGAACGATATGAGGCAATCAGAGATAGACATGTTGGGCCTGAGCAACCTAACATCGGAACTGGACACCTTGAAGCCTCAATTATCTCAACTCGAGGATGAGAGGGACTCGTTGACAGACGAAGTGGCGAAGCTGCGAAAATTATTAGCCGAGAGGAACGATCAAATAATTGAGATACTGGAGCACAAGAACAGGTTAGAGCAGGAGCTGGCGGAGAAGGAGGCGGAGGCTCAGCGGATTATCGACAGCTTGAAAAAGGAGATGGACGACTTGCTGGCGCGAATGGCGAATTTGCAGGACGAGCTCGGCGAGCGTGATAAGCGAATCGCGGAGCTGGAGAAGTGTTGCACCGAGAGGGACGAGCTGTTAGAGAAATTACAGGCCGCGCAGGACGAGTTGGCTTCGCTGCGAGGCGAACTAGCGTCTGCGAAAGCTACGATAGAGGATCTCAAGGGTGAAGTTGATGACCTGAAGAAAGACAAGGAGAAACTGCTGAAAGAGTTGGACGAAGTCAAGGAACAGATGAATGCGTTGAGTGACCAACTAGCGGAGGAGAGAGCCGCGAAGGAGGCTCTACAAGAGGAGCTCGATTCTGCCCGGAAAGACCTCGAAGACCTGCGAAAAGACAACTCCGATCTGAAGGGTCAGCTGGAGCAAGCAATGGAGGAGAATGACAAGCTTAAAAAAGAGAACGATGCCTTCAAAGCTGAGCTGGATAACATGACCTCGGAGTTTGATAAACTGAAGAAAGCGAATGACGAGCTGCAGAAGAACTTGGACGCAGCGAAGCTGGAGAACGATAAGTTGAAGAACGATCTTGAAGAATCTCGACAAGAGATGGACAGGTTGCGAGCTGATGGCGATGCGTTGAAGAGTTTGGATGCGGATACAAAAGCTAAGGTGGACAAACTTCAATCGCAATTGGACGATTTGAAAGCGGAAAGGGACCGGTTGGCTGGCGAGAATGCGGACATGAAGGCCAAGAATTCGGAATTGGAACGGCAATTGGATGACGCGGTGAAAGCGTTGGAAAATATGAGAGCAGAGAATGCTGATCTGCTGGAGGAGCTGGAACGTTTGAAGGCAGAACTAGCGAGAGCCAAGAGCACGATTGAGCAATTGAAAGAGGAGATGGAGTCCCTGAAGAACGCGTTGGACAAGTGCGTGGGTGAGATGGAGAAGCTAACATCCGAGAATAAGGACCTTAAGGCAAAGAACGAGGCTCTTACGGCGGAGCTTGATCGATGCAAGGAAGATAGGGACTCGCTGAAGAACGACTTAGAGCGAACCAAGGCGGAACTGGACGGTGTGACCAACGAGCTGAACAAGCTGAAGGAGGATTACGGGTTGCTTAAACAAAATGTCGACCGACTGGAAGGTGAAAGGGATAAGCTGCAGGAGGAGTTGAACAATCTGAAGAACGGAATGAGGGAGCTTCAAGATGAAATAGATGCCGCAAAGCAGAGAGAAGCTGCGTTAAATTCCGAGCTTGATCGTGTTAAGAAGGAGAAGGATGCGTTAGCATCGGAATTGGGTAAACTGAAAGATGAAAATGCAGCTTTACAGGACGAGATCAAGGATCGATTGAATAAACAATTGAACGACTCGAATGCTGAGATCGAGAAGATGAAGGAAGAGCTGGCTAGGTTGAAGGACGAACTCGAGAAGCTGGGGGAAGAGAGAGACCAGCTGAAGCAGGACAACGAGAAACTGAATGCCGAAGTTGAACAACTGCGCAAAGAAAGAGACCAGCTGAAGCAGGACAACGAGAAACTGAATGCCGAAGTTGAACAACTGCGCAAAGAAAGAGACTCGTTAAACGACGATTTAAAGAAGTTGCGAGATGAGAATAACAGGTTACAAGGCGAGGTGAATGAACTGAGGGAACAGCTCAATGATGAGAGAAAGGCCAACGAGATCTTGAAGAAAGATTTGATGATGTTAGACAGTGAGGTGAAGGATTTGGGTAAGGCTCTTGATGAGGCCAGGGCGAAAAATGCTGCCTTGGCGGAGGATAACCAAGCACTTCAGTCAAAGCTGAAGAATTTGCAAGATGAGCTGGGCAGCTTGAGGGCAGAGTGCGCTGATTTGAAGTCGGAGATCGGAGACTTGAAGCAGGAAATCGGTGATATGAAGGCGACGATCGCTAAATTGGAGGAGGACCTGGAATATTGGAAGTTAGAGAACTGTAAGATCAAGATGGAGGTGGATAAACTGAAGGACGACTTGGAGAAGGCGTTAAAGGAGCTGAATGACTGCAAGGCCGCGAAGGAAGCGTGCCAGGCAGAGTTGAACCGTCTTAAAGCCGAGAGAGCCGATCTAGAGAAGAAACTCGCAGATTTACAGTCAGAAATTGAACAGTTGAAGAAGTCGCTCGAAGCAGAAAAATCGGCTAGAAGCAAGTGCGAGGAGGAGCTAGCAGCCCTGAGGAATGAGCTGGACGCGTTGAAGAAGGAGTTGGAAAACCTTCGAGAGGAGAGCAGAAGATGCAAAGGAGAATTGGAAGAGCTTAGAAAGAAGATCTCGGAGCTGACCAACGACCTGAACAATTGCAAAGAAGAAGTCAACGCGTTGAGAGATGCGAACGAAAAGTTGAAGGCGGAGGTGAACGCGTTGAACAACGAGAAGAACAAACTTCAAGAGGAGCGAGATAGATTGAAGAACGAAGCGGAATCTCTTCGGGCAGAGAACGCAGACCTTCGTCAAGATCGAGACAAGCTAGCGAACGAAACTAACAAGCTGAGGGGTGAGGGTGATGGACAGAAATCAGAGCTTGACAACTTGAGGTCTGACTTGTCTGCGCAGAAGGCTGCTGTTCAGGAGCTGCGAAACGATTTAAAGAAATGCCAGGATGAGAACGACAGGTTGAAACAGCAACTGGCTGAGATGGAGAAGTTGAAGGACGAGAAGAATCGATTGGAAAAGGCGTTAGCAGATGCGGAAGCTAAAGCGAAGGCTCTGGAAGGCCAGCTGAAAGATCTGCAGGCTGAGAAGCAAGAGCTGCTCAATGAGCTGCAGCGGCTGCGCGACGAGATAAGTCGCCTTATGAACGAGATTGACAAACATAAAGCTGCTGCTGAAGCAGCCATGAACGAACTGGCTGCCTTGAAGCAGGAGTTAAGCAATTTGAGAGCTATGCTGGATAAAGCCCGCGCCGAAAACGAAGCATTGAACAAAGAGAACGAGAAACTGAAGTCGGACATGGCGAAATTAAATCAGCAGCTGCAGGCATTGCAGGAAGAGAACGCGAAGCTGGCGAAGGAGAACGAGCAGTTGGTCTCGGAATTAGCAGCGGCGAAGGAGAAATTAAAAGAAGCTGAAGACCGGTTGAACGATCTGCGCAAGGAAAATGATGATTTGAAGAAGAGGATCGCTGATCTTGAAAATTCTGTGAAGGAGTTGGAGACGCTGAAGAAACAGCTGGAGGATTGCAGGGACGAGTTGGCGAGATTGAAGCTGGAATTGGAGAAATTGAAAGAGGACAATGAGAATTTGAAAAACCAGCTAAGGGATGCTCAAAATGAGTTGAAGGAGGTTAAGGACTTGAAGGATAAGCTGCAGCAGGAACTTGATGCTTTGAAGGCTGATCATGATAGATTGAAGGACGAGTTAGGGAAACTGAAGGAGATTAATGAGAAATTGAAGGACGAGTTCAACGACTTGAAGGCATTGAATGATAAATTGAAGGATGATTTGAAAAATCAGATGGCGATCAATGATAAGCTGAAGGATGAGGCAGAGAAGTTGAAGAAAGAACTTGAAGCGCAGAAGGCTGCCAATGATATGCTGAAGAATGAGGCAGAGAAGTTGAAGAAGGAAATTGAAGCGCAGAAGGCTGCCAATGATATGCTGAAGGATGAGGCAGAGAAGTTGAAGAAGGAAATTGAAGCGCAGAAGGCTGTCAATGATAAGTTGAAGGATGATCAGAAAAAGTTGTTGGCTGACATTGATAAATTAAAGAATGAGGGTAGAAGTTCTGAGGCAGGGTTAACGAATGAATTGGATAGGTTGAAGAAGGAAAATGATGACTTGAAGTCTGAAATTGAGAGGTTGAAAAGGGAATTGAATAATTGCCAGGATTATAATGATAAGCTGCGCAGAGAAATGGAAGGCTTCAAAGACGAACTTAAGAAACTGAAAGCTACTGCAGAGCAAGATACAGTCACTTTAAGAAGCCTAGCAGACGATTGTGGCGATTACATCAGGGCAAATGATTTGTTAAGGGAAAAACTTGACAAGCAAAACGAAGGTGTACAACGTGTCCGTGACTATATAACTTTCCTGGAGGGTAAAGTTGAAAATGAACCCAAAATGGCGGACGAATTGGAGGACGATTCCAGCATCGACCCAGAAATGAAAAAGGAGATAGGAGAGTTATTGACAAAGTCGCGGGATTTATCCGAAAATATTTATAACACTGAAAAAGAAATTCAGAATATTGCTGCTATTCTGAAACAACTTAAGGAACTTAAGGATGCTCCAGTTAGCGACAAGGCGTTTGATCCCGATTCGTGGCTTAACTCGTTGAAGTTAACGCAATTGGCAGAGCTCCACGACAAGATTTGTCTATTGACATCGGACATGGTGCATCAGGACAAGCCGAGGGCAGTTAGCTGTATGCCAGGGAGTCCATTAAGTGCGGATTACAATATTTTAAATCAGCGGATAGCCGCTCTGCAGAAACAGATAGCGGAGAAGCAAATGGAGACGGGATGGAAGCTAGAAGAGCTGAAGCGAGCTCTTCGGCAGGAGCAGGCTAACCTAATTCGAATCTCCGACGAAATGAATTTAGAGAGAAAACGTAATTTGGCCCTTCAGTTAGGAATGGATGATGCATCTTAA
Protein Sequence: MESMNPPNEPCCCCSYNPFSDNAKESEIYDLSFALRKLTVMKCQMKKWRMERLQFESENRSLKQALQSFGVNVDEILKPDPLLVQSREEIEWLQNANAALEDKVRDLEETLAERDWSDDPCASVHYIREKMRDLREHFALEKKELRDMISQLKLKLAQTEEDVSCPAIYRLRAKLRELMKGGQTADQQVSKVVERSIETLVDLSNSCDDLRLENEQLLAQIAELRRQLAELEKMQPKVPVEEMLRTVETTTVPEYIDVSDLLKKLEDCNLTVSELKHQLDEKDKLIEALRKELENMVDQQALLDEITAMKGELSKRDDKMRDLLNDMRQSEIDMLGLSNLTSELDTLKPQLSQLEDERDSLTDEVAKLRKLLAERNDQIIEILEHKNRLEQELAEKEAEAQRIIDSLKKEMDDLLARMANLQDELGERDKRIAELEKCCTERDELLEKLQAAQDELASLRGELASAKATIEDLKGEVDDLKKDKEKLLKELDEVKEQMNALSDQLAEERAAKEALQEELDSARKDLEDLRKDNSDLKGQLEQAMEENDKLKKENDAFKAELDNMTSEFDKLKKANDELQKNLDAAKLENDKLKNDLEESRQEMDRLRADGDALKSLDADTKAKVDKLQSQLDDLKAERDRLAGENADMKAKNSELERQLDDAVKALENMRAENADLLEELERLKAELARAKSTIEQLKEEMESLKNALDKCVGEMEKLTSENKDLKAKNEALTAELDRCKEDRDSLKNDLERTKAELDGVTNELNKLKEDYGLLKQNVDRLEGERDKLQEELNNLKNGMRELQDEIDAAKQREAALNSELDRVKKEKDALASELGKLKDENAALQDEIKDRLNKQLNDSNAEIEKMKEELARLKDELEKLGEERDQLKQDNEKLNAEVEQLRKERDQLKQDNEKLNAEVEQLRKERDSLNDDLKKLRDENNRLQGEVNELREQLNDERKANEILKKDLMMLDSEVKDLGKALDEARAKNAALAEDNQALQSKLKNLQDELGSLRAECADLKSEIGDLKQEIGDMKATIAKLEEDLEYWKLENCKIKMEVDKLKDDLEKALKELNDCKAAKEACQAELNRLKAERADLEKKLADLQSEIEQLKKSLEAEKSARSKCEEELAALRNELDALKKELENLREESRRCKGELEELRKKISELTNDLNNCKEEVNALRDANEKLKAEVNALNNEKNKLQEERDRLKNEAESLRAENADLRQDRDKLANETNKLRGEGDGQKSELDNLRSDLSAQKAAVQELRNDLKKCQDENDRLKQQLAEMEKLKDEKNRLEKALADAEAKAKALEGQLKDLQAEKQELLNELQRLRDEISRLMNEIDKHKAAAEAAMNELAALKQELSNLRAMLDKARAENEALNKENEKLKSDMAKLNQQLQALQEENAKLAKENEQLVSELAAAKEKLKEAEDRLNDLRKENDDLKKRIADLENSVKELETLKKQLEDCRDELARLKLELEKLKEDNENLKNQLRDAQNELKEVKDLKDKLQQELDALKADHDRLKDELGKLKEINEKLKDEFNDLKALNDKLKDDLKNQMAINDKLKDEAEKLKKELEAQKAANDMLKNEAEKLKKEIEAQKAANDMLKDEAEKLKKEIEAQKAVNDKLKDDQKKLLADIDKLKNEGRSSEAGLTNELDRLKKENDDLKSEIERLKRELNNCQDYNDKLRREMEGFKDELKKLKATAEQDTVTLRSLADDCGDYIRANDLLREKLDKQNEGVQRVRDYITFLEGKVENEPKMADELEDDSSIDPEMKKEIGELLTKSRDLSENIYNTEKEIQNIAAILKQLKELKDAPVSDKAFDPDSWLNSLKLTQLAELHDKICLLTSDMVHQDKPRAVSCMPGSPLSADYNILNQRIAALQKQIAEKQMETGWKLEELKRALRQEQANLIRISDEMNLERKRNLALQLGMDDAS

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_00860130;
90% Identity: iTF_00866453;
80% Identity: -