Basic Information

Insect: Synergus itoensis
Gene Symbol: -
Assembly: GCA_904066005.1
Location: CAJFCP010000120.1:38035-45234[-]

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 0.43 5.9e+02 1.3 0.3 31 58 60 87 54 92 0.67

2 47 0.39 5.3e+02 1.5 0.4 38 62 105 129 102 132 0.79

3 47 1.4 1.9e+03 -0.3 0.1 38 58 157 177 149 181 0.85

4 47 2.4e-05 0.032 15.0 3.3 25 57 216 248 212 256 0.89

5 47 9.5 1.3e+04 -3.0 0.6 27 51 279 303 277 314 0.73

6 47 0.7 9.6e+02 0.7 0.9 29 63 323 357 317 359 0.84

7 47 0.0049 6.6 7.6 3.4 30 63 436 469 430 478 0.55

8 47 0.049 67 4.4 1.1 29 62 470 506 466 507 0.79

9 47 0.00098 1.3 9.8 7.0 26 64 512 550 509 551 0.93

10 47 0.00024 0.33 11.8 7.7 27 65 555 593 552 593 0.94

11 47 0.18 2.5e+02 2.5 7.8 25 63 609 647 591 649 0.72

12 47 0.14 1.9e+02 2.9 8.1 28 61 619 652 615 663 0.59

13 47 0.26 3.5e+02 2.1 10.3 25 64 637 676 632 691 0.73

14 47 0.049 67 4.4 7.1 26 64 666 704 663 717 0.92

15 47 0.036 49 4.8 8.1 23 61 789 827 787 829 0.88

16 47 1e-07 0.00014 22.6 5.4 24 65 818 859 815 859 0.95

17 47 0.00046 0.63 10.9 3.5 24 62 853 891 852 894 0.67

18 47 0.0059 8 7.3 1.7 33 64 890 921 888 922 0.89

19 47 6.5e-07 0.00088 20.0 7.7 24 65 923 964 919 964 0.95

20 47 0.0004 0.55 11.0 4.4 27 63 947 983 944 985 0.78

21 47 0.099 1.3e+02 3.4 7.9 29 62 977 1010 962 1013 0.80

22 47 0.098 1.3e+02 3.4 7.7 24 65 1007 1048 1005 1048 0.93

23 47 0.089 1.2e+02 3.5 9.6 22 59 1026 1063 1019 1064 0.90

24 47 0.0014 1.9 9.4 6.2 22 60 1047 1085 1046 1087 0.94

25 47 0.035 48 4.8 0.4 24 62 1105 1143 1091 1146 0.68

26 47 0.04 54 4.7 0.7 26 60 1121 1159 1112 1169 0.65

27 47 0.00016 0.21 12.4 6.2 32 65 1162 1195 1152 1195 0.89

28 47 0.15 2e+02 2.8 6.3 29 59 1194 1224 1191 1230 0.53

29 47 0.21 2.8e+02 2.4 2.2 36 62 1236 1262 1224 1268 0.62

30 47 0.063 85 4.0 4.4 25 60 1267 1302 1264 1307 0.89

31 47 0.0015 2.1 9.2 6.6 25 62 1309 1346 1301 1348 0.82

32 47 0.02 27 5.6 0.5 22 61 1355 1394 1352 1398 0.74

33 47 1.5e-06 0.0021 18.8 0.7 24 64 1399 1439 1396 1440 0.90

34 47 5.6e-06 0.0076 17.0 0.6 22 63 1418 1459 1417 1461 0.95

35 47 0.00026 0.36 11.7 3.6 24 62 1448 1486 1445 1496 0.90

36 47 1.7e-06 0.0023 18.7 5.2 25 64 1505 1544 1503 1545 0.95

37 47 0.049 67 4.4 1.1 36 65 1551 1580 1546 1580 0.87

38 47 0.00018 0.25 12.2 2.9 31 63 1588 1620 1579 1622 0.88

39 47 0.25 3.4e+02 2.1 0.1 44 64 1615 1635 1613 1636 0.93

40 47 0.035 47 4.9 2.3 27 52 1644 1669 1641 1673 0.76

41 47 0.00055 0.75 10.6 5.4 26 62 1671 1707 1669 1709 0.94

42 47 0.00031 0.43 11.4 2.3 30 63 1731 1764 1713 1766 0.86

43 47 5.9e-05 0.081 13.7 5.6 33 64 1769 1800 1763 1801 0.93

44 47 0.088 1.2e+02 3.6 1.0 22 59 1814 1851 1805 1857 0.85

45 47 0.0016 2.2 9.1 1.2 31 61 1886 1916 1876 1919 0.87

46 47 4.8 6.5e+03 -2.0 0.0 31 59 1952 1980 1948 1982 0.82

47 47 2.1 2.9e+03 -0.9 0.8 30 55 2122 2140 2116 2161 0.61

#	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	0.43	5.9e+02	1.3	0.3	31	58	60	87	54	92	0.67
2	47	0.39	5.3e+02	1.5	0.4	38	62	105	129	102	132	0.79
3	47	1.4	1.9e+03	-0.3	0.1	38	58	157	177	149	181	0.85
4	47	2.4e-05	0.032	15.0	3.3	25	57	216	248	212	256	0.89
5	47	9.5	1.3e+04	-3.0	0.6	27	51	279	303	277	314	0.73
6	47	0.7	9.6e+02	0.7	0.9	29	63	323	357	317	359	0.84
7	47	0.0049	6.6	7.6	3.4	30	63	436	469	430	478	0.55
8	47	0.049	67	4.4	1.1	29	62	470	506	466	507	0.79
9	47	0.00098	1.3	9.8	7.0	26	64	512	550	509	551	0.93
10	47	0.00024	0.33	11.8	7.7	27	65	555	593	552	593	0.94
11	47	0.18	2.5e+02	2.5	7.8	25	63	609	647	591	649	0.72
12	47	0.14	1.9e+02	2.9	8.1	28	61	619	652	615	663	0.59
13	47	0.26	3.5e+02	2.1	10.3	25	64	637	676	632	691	0.73
14	47	0.049	67	4.4	7.1	26	64	666	704	663	717	0.92
15	47	0.036	49	4.8	8.1	23	61	789	827	787	829	0.88
16	47	1e-07	0.00014	22.6	5.4	24	65	818	859	815	859	0.95
17	47	0.00046	0.63	10.9	3.5	24	62	853	891	852	894	0.67
18	47	0.0059	8	7.3	1.7	33	64	890	921	888	922	0.89
19	47	6.5e-07	0.00088	20.0	7.7	24	65	923	964	919	964	0.95
20	47	0.0004	0.55	11.0	4.4	27	63	947	983	944	985	0.78
21	47	0.099	1.3e+02	3.4	7.9	29	62	977	1010	962	1013	0.80
22	47	0.098	1.3e+02	3.4	7.7	24	65	1007	1048	1005	1048	0.93
23	47	0.089	1.2e+02	3.5	9.6	22	59	1026	1063	1019	1064	0.90
24	47	0.0014	1.9	9.4	6.2	22	60	1047	1085	1046	1087	0.94
25	47	0.035	48	4.8	0.4	24	62	1105	1143	1091	1146	0.68
26	47	0.04	54	4.7	0.7	26	60	1121	1159	1112	1169	0.65
27	47	0.00016	0.21	12.4	6.2	32	65	1162	1195	1152	1195	0.89
28	47	0.15	2e+02	2.8	6.3	29	59	1194	1224	1191	1230	0.53
29	47	0.21	2.8e+02	2.4	2.2	36	62	1236	1262	1224	1268	0.62
30	47	0.063	85	4.0	4.4	25	60	1267	1302	1264	1307	0.89
31	47	0.0015	2.1	9.2	6.6	25	62	1309	1346	1301	1348	0.82
32	47	0.02	27	5.6	0.5	22	61	1355	1394	1352	1398	0.74
33	47	1.5e-06	0.0021	18.8	0.7	24	64	1399	1439	1396	1440	0.90
34	47	5.6e-06	0.0076	17.0	0.6	22	63	1418	1459	1417	1461	0.95
35	47	0.00026	0.36	11.7	3.6	24	62	1448	1486	1445	1496	0.90
36	47	1.7e-06	0.0023	18.7	5.2	25	64	1505	1544	1503	1545	0.95
37	47	0.049	67	4.4	1.1	36	65	1551	1580	1546	1580	0.87
38	47	0.00018	0.25	12.2	2.9	31	63	1588	1620	1579	1622	0.88
39	47	0.25	3.4e+02	2.1	0.1	44	64	1615	1635	1613	1636	0.93
40	47	0.035	47	4.9	2.3	27	52	1644	1669	1641	1673	0.76
41	47	0.00055	0.75	10.6	5.4	26	62	1671	1707	1669	1709	0.94
42	47	0.00031	0.43	11.4	2.3	30	63	1731	1764	1713	1766	0.86
43	47	5.9e-05	0.081	13.7	5.6	33	64	1769	1800	1763	1801	0.93
44	47	0.088	1.2e+02	3.6	1.0	22	59	1814	1851	1805	1857	0.85
45	47	0.0016	2.2	9.1	1.2	31	61	1886	1916	1876	1919	0.87
46	47	4.8	6.5e+03	-2.0	0.0	31	59	1952	1980	1948	1982	0.82
47	47	2.1	2.9e+03	-0.9	0.8	30	55	2122	2140	2116	2161	0.61

Sequence Information

Coding Sequence: ATGAATGTTTACCATGATCAATTTTGTCATTGTGGCTGCGATGCTCCGGGTAATTTTAAACCAGAGGAACCACCACATGAACCATGTTGCTGTTGTGATTATAATCCATTCAGTGATAATTCTAAGGATGCAGAAATCTACGATCTTCCTTTTGCCCTGCGAAAGCTTACGGTAATGAAGTGCCAAATGAAAAAGTGGCGAATGGAACGACTTCAATTGGAGAGTGAAACTCGATCTTTGAAACAAGCTCTTCAACAATATGGCATTAATATCGACGAGGCTTTGAAACCTGATCCTCTAATTATTCACTACCGAGAGGAAAATTTGAGACTTCAAAATCTTAATGAGGAGTTGGAGGATAAAGTCGCAGACCTCATAGGGACTTTGGATGAACGAGAATACTCTGAAGATCCTTGCGATTCAGTAAAATATATCAGAGGGAAAATGAAGGACCTTCGAATGCGTTTTGCTGATGAAAAGAAACAATTAAGAGACAAAATAGCAGCCTTGAATTTGAAGCTTGCAGAAATGGATGACGATACTTCATGTTCAGCCTTAAATCGACTCAGAGCAAAACTTCGTGAATTGATGAAAGGTGGACAGAAGGCTGACCAGCAAGTTTCGATGGTTGTAGAAAAATCTATAGAAACAATGGTGGAGCTTTCGAAAAGCTGCGAAGATTTAAAATCCGAGAATGAAAGACTTTTGGCTCAATTAGAAGCTCTTCGAAAAAAATTGGGACAAAGAGAACCTTCAAGAACAACATTAAAAGAAGATCCTATAATACCTCATGACATGGGATTTGAACCATTAGAAATTACGGAAGGACAAGATGTTTCTGAGTTATATGATAAAATTAAAAAATGCGAGGCTCTTGTGGCTGATTTAAGAAGACAACTTGCTGAGAAGGATCAAATGATTAACGATCTGGAGAAAAATCTTTTTACTCAAAAGAGAGTTTCTGGACAATTGGAGGAAGATTTGGATAAAATGACTGTTAGCCATAAAGCATTGATGAAAGAAGCTGCTGCTATGAAGGAAGAATTGAAAAAGAGGGATGATAAGGTCACGGATCTTTTAGGGAATTTAAGAAGTTCAGCTATAAATCTTCTCGGAATGGAGAAAGTGACAAGTGAAATCGAGATGCTCAGACCTCAGCTCTATAATCTTGAAACAGAAAGGGATCAACTTTTAGGCGATCTAACTAAAATTCGGGGCCTCATATCAGAGAGAAATGATCAAATTGTAAAAATTTTAGAGCAGAAAGATAAATTGTCTAGCGAATGTGATGCAAAATTACTTGCTATGCAGACTAGGGTAGATGCCTTATTAGATCAAGAAGCTCTTTTAAAAAAACAAATCGAAGATTTAAAATCAGAAGTGAAAGAATTGGAAGATGAAATTACAGGATTGCGAGCAAGAATATCGGAATTAGAACAAAAAGGCAATGAAAATGAAGATCTAATCAAGAAGATTCATGATCTGGAGGATCAGCTTGATAAATTAAATGCAGAACTTTTTTCAGCCCAAAATCGAGTAAAAGAACTTGAAGATGAGGTAAGTGATTTGAAATCTGAGAAGGAGAAATTACTGAAGAATTTGGCTGATGCTGAGACTGAAATTGAAGAAATAAAGAAGAATTTACAGGCTGAAAGAATAGCTAAAGAAAGTCTTTCTAAAGATCTGGAAGCTTGCAAGGATGAACTTGAAAAATTGAAATTGGAAAATAAAACTTTGGAATCGGAAAATCAGAGTTTGAAGGATAATTTAAAAAAATTAGGAGATGAAATCAAGTTCTTGAAAGAAGAAAACGAAATGTTCAAGGCAGAGAATAGTAATATTATTGCGGAGAATCAAAAGTTTCAAGAAGAGATAGAAAAACTGAAAGCAGAAAATGAAAAAGCGCAAGTCGAGATTGATAAATTGAAAAATGAAGTAAAGAATTTAGAAGCAGAGAAAAATGCTATTGAAAATGAATTAAATGTCTTAAAAGGTGAAATAGAAAAGTTAAAAGCTGATCTAAAGAGCTTAGAAGACGAAAATGCAGTACTTAAAGAAGAACTAAATAACATTAAAGGAGAGAAAGATAAATTGGAAAAAGATTTGAAAGCTGTTCAAGCAGAAATCGAAAAATTGCGAAGTGATTTAGAGATGGAGAAAACCAAAAAGGAAGCTGCTTTGAAAGAACTCGAGGACTATAAGAAGCAGTTGAGTTTAATAAAAGATGAGTTGGAAAATTTGAAAGTTCAATTGGAAAAATCATCAGCTGAATTGGCAACTCTTGCGGATCAGAATAAAAAATTAAAAGATGAGCTTGAAAATGTAAACCGAGATTTAGAAAAATCAGTGGCTGAATTAACAGCTCTTAAGGAGCAAAAGGAGAAATTGGAAGCAGCTTTACAAAAAATGAGAGAAGATTTGGAAAATTTGGCAAATGAAAATAAGGAGCTTAAGGCAAAAATTGATCATCTTAATTCTGAGATTGAGAAGTTTAAAGCCGAAAATGATAAATTATTAAACGAAATTAGTAAATTAAAGGAAGAAGTTGACCAGTTGAAAAATGAAAATAAAAAGCTTCAGGATGAATATCAACATTTGAAAGATGAAAATGCAATATTGAAAGATGAGAATGCACAGTTGAAAGACAGTTTAGATAAATCTGTAATGGAATTGTCAGCCCTTAAGGAACAAAATGAAAAGTTGAAGGCTTTTGTTGAAAATATGAAAGACGAAATTGAAAGTTTAAGAAAAGATAATGAGGAACTTAAGGCAAAAATGAATGACCTTAATTCCGAAGTAGAAAAACTGAAAGTCGAGAATAATAAATTATCGAAAGAAAATGATGATTTGAAATCCGAAGTTGATCAACTGAAAGATGAGAATAAGAAACTGAAAGATGAAAATACAAATCTAAAAGACAACTTAAAAAAATCAGAGGCTGATTTGGAAAGACTGAAGACTGATTTTGACAAATTGAAAACAGAAAATGAAGAATTAAAGAAAGATCTAGAAAAAGTGAAAGCTGAGGCTGAAAATATGAATAATGAATTGAAGAATTTGTCAGCAGAATTGGATAAGGTCAGAAAAGAAAAAGATAACTTGGAAGAAAAGTTAGCAAACCTCGAAAGTGATTTAGAAAAATTAAAAGCGGAGAATATTAATTTGAATACAGAATTGAAAAAAGCTAAAGAAGATAATGAGATGTTAAGAAATGAAACGGATTCTTTAAGGAACGAAAATTCGAAACTTAAAGCAGCAGGAGATAGTGAAAAGGAAGAAAAGAATAAAGCAAATGAAGAGATTAGATCACTGAAAGATCAAAATGAAAAGATATCTCGTGATCTAGATAATGCTAGATCAGAAATTAATTCTTTAAAGGGGGAAGTTGATCATTTAAAATCTGAAATGGAGTCCATAAAAGGAAAACTACAATCAAAAGAAGATGAATTAAATGCTTTGAAAAAAGAGCTAAAAGATTTCCTCTCGAAGTTTGATGAACTTAAGGATGAAAATAATCATCTTAAGACAGAAAGGGAGAGTCTCAAAAAGCAATTGAACGATTTGAAGAACGAATTGTCAAGATTAGAGGCAGAAAATTTAGATCTGAAAGAAGAACTCGCTAAATTAAAGTCAGAATTAGTTAAGATTGTAGCTGAAAATGATAATTTGAAAAAAGAACTTGCTGAAGTGATGAAGGATTATGATCAATGTCAGACAGATGGTTGCAAGTTGAAAAATGAAATTGATAAGTTAAAGGCAGCTGTTGAGAATTTGAAGAAAGAATTAGGCAATTCTGAAGCGAAGATAAAAGAACTTGAAGGTCGTCTTTTAAGTAAGGAAAGCGAGAAAAATAGTTTGGAACGAGAAATAGAAGGATTGAAGAAAAATTTGGCATCTGAAAAAGCTGAGAAAGAGGCAGTTTTGAAAAAAATGGAAGATCTCAATGAAGAACTTAAGGCTTTGAAAGCAGAATTAGCTAGATTGAGATCTGAAAATGATCAGCACAGGGCAGAAATAGATGATTTGAAAAAACAATTAGTATTGACTAAAGATGAATTGAATAAAGCTAAGAGTGAAATTGCAGCTTTGAAAGATGACAACAACAAATTGAAGGGCCAGGGTGATACTTTAGCTAATGAAAGTGAAAAGCTGAGAGGAGAGTTGGGTAAGTGGAAAGCTGAAGCTGAAGCTCAACGAAATGAAAATGCTAAATTGAAAGGTGAGGTTGATAAACTGGGGGCAGAAAATACTAGACTTAAAAATGAAATTGAAGGTTTGAATAATGAAGTTAGTGGTCTTAAGAACGTAAATAGTAAACTGCAAAATGAATTAGGAGCTGCAAAAAGTGAGATTGATAAGTTGAAATCCGAATTGTCTGCTTCTAGAGCTGAAAATGAGAAATTGAAAGTTGAAGTGAATAGTTTGAAAAGTGAAGTTGGTAGATTAAATGAAGAAATGAATAAGATAAAGGCGGAAGTTGAGAGATTGAAAAAATCCTTGGCTGAATGTGAAGCTAAAATAAAAAATTTAGAAGGTCAAGTTGCATCTTTAGAATCAGAAAAAGCAAAACTTGTGAAAGAATTAAATAGTTTGAGGGACGAACAGGACAAATTGAAAAAGGAATTAACAGCTGAGAAAAATGCCAAGGAGGCTGCACTTAAAGAAGTAGAAGGTCTTAAATCGGAATTATCTATGATGAGGGCTGAATTAGAAAAATATAGAACAGAAAATGAAAAGTTAAAATCTGACTTGGAGGCATCAAAGAAGAAAATTGCTGAATTAACGAACGAAAATGGAGTTTTAAAAGCAGAGATCGAAAAATTAAGAAATGAATTGAATGTTTTGAAGAGTGAAAATGCAAAGGTTAAAGATGAGTTGGATAAAGTGAAAAATAATCTAGAGAAAGTGACAGCAGAGTATAATGCTTATAAAGCAGAAAAGGAAAAGGAAATTAATAATCTCAAAACAGAGAATGATCGGTTAAAGAAAGAACTTGCAGATGTTCAAGTGAAGGTGAAAAATTTAGAAGATCAGCTGAAGAGTCTTCAGGATGCTAAAGCGAAATTAGAAGCTGATGTTGCAGATTTAAAATCACAGTTGGAAAAGTTGAGACAAGATCTAGCGGTTGAAAAAGGAAATAAAGAAGCTACTCGAAAAGAACTCGAAGCTTTGAAAAATACTTTAGGTGACTTGAGAAACGAGATGGGAAAAATTAAGGAAGAAAATGAGAAGTTGATAGTGGAGAATGCAAGTTTGAAAAAGCAGATTGATAAGTTGAGAAGTGATGTCGAAAAATCGAAAGGGGAGTTGGATAAACTTGAGGCTGAGAATGAGAGACTGAGAGGTGAGATTAATAAGTTGAAAGAAGATTTAGAGAAGTTGAGAGCAGAATTAGAGAAAATAAAAGCAGAGAAAGATAAGATGAAGGATGAACTTGAAAAATCGAAAGCAGATGCAGCAAAATTGCGAGATGATTTACAAAAAGCGAAGGCAGATGCTGATAGATTAATTTCTGAAAATAAAAAGCTGAAGAATGATTTGGATGCGGCAAAGGCAGGATCTGATATGTTGAAAGCGAGGGTTAGTAAGGGAAGTGTTGAATCTAATAAGTGGAAGGAAGAATTGGAAAAGTTGAAACTTGAACTTGCGAAAGCAAAAGATGAAGCTAATCAATGTAAAGCGGAAGTAGGTAGATTGAAATCTGAAATTGAAAGATTGATGGCAGAAATGGGTAAAATGAAAGTTCAGGATCGAAAATCAAAAGTTAGCATTGATCGTCCCAAAGCTGAAACATCTAAAGTTGAAACTAAAAGGATATCAGATCGTCCTGAAAAATATGAATCAAAAGTTTCTGAAGACGAATGTGGGGACTTTATTAAGTCCAATGAGATTTTGAGGAAGAGGATACAGGAACAAAACAAGGCTATTGATCGTGTTAGAGAATTTATTGGTTTCGTGGAAGGTAAAAATCCATCGAAGCCTTTGATGGCTGAAGATTATAATGCTGATGGCGACACTGGTGGTTGGATAGTACCAGCGGTAAATGAAGTTATGGAAAAGTCAGAAAAACTATCAGAAAATATTTTCAAAGCTGAGAAAGAAATACAACATCTCGAGGCTTTTCTTCAACGAAAGAGCGTTGGAGATTCGGAAGCGTTGGTTCCAGAAGGTTCCAGAGGAGATTTTAATGCCGATTCCTGGTTGGGATCATTGACCTTGACCCAATTGGCTGAACTACATGATAAGATTTGTCTGCTTACCGCTTCAATGGTTGAAGCTGACAGCAATTCTATCGGTTCAGAAAGAGTACTTCCTGAGAATCAATTAGGAAACGAACAAAGTCCTCAAAGATTGAACAATCCTTTGGAAAGAGATTATGAAACTCTGAATAAAAGAATTGCAGCTTTGCAGAAGCAAATTTCTGAAAAAGAATTAGAAGCCGCGAGAAAGATGCATGAGATGAAGAATATTCTTCGTCAAGAACAAATGCAATTGATTAAGATTTCTGAAGAAATGACTAAGGAGAAGAAACGAAATTTAGCACTTCAGATGACAATTGACCAAGATCCTTGTTGGATGAAAAATTGCACAGCAGAATGTAGAGGAGATTTCGATAATATCAGAGAATATTAA
Protein Sequence: MNVYHDQFCHCGCDAPGNFKPEEPPHEPCCCCDYNPFSDNSKDAEIYDLPFALRKLTVMKCQMKKWRMERLQLESETRSLKQALQQYGINIDEALKPDPLIIHYREENLRLQNLNEELEDKVADLIGTLDEREYSEDPCDSVKYIRGKMKDLRMRFADEKKQLRDKIAALNLKLAEMDDDTSCSALNRLRAKLRELMKGGQKADQQVSMVVEKSIETMVELSKSCEDLKSENERLLAQLEALRKKLGQREPSRTTLKEDPIIPHDMGFEPLEITEGQDVSELYDKIKKCEALVADLRRQLAEKDQMINDLEKNLFTQKRVSGQLEEDLDKMTVSHKALMKEAAAMKEELKKRDDKVTDLLGNLRSSAINLLGMEKVTSEIEMLRPQLYNLETERDQLLGDLTKIRGLISERNDQIVKILEQKDKLSSECDAKLLAMQTRVDALLDQEALLKKQIEDLKSEVKELEDEITGLRARISELEQKGNENEDLIKKIHDLEDQLDKLNAELFSAQNRVKELEDEVSDLKSEKEKLLKNLADAETEIEEIKKNLQAERIAKESLSKDLEACKDELEKLKLENKTLESENQSLKDNLKKLGDEIKFLKEENEMFKAENSNIIAENQKFQEEIEKLKAENEKAQVEIDKLKNEVKNLEAEKNAIENELNVLKGEIEKLKADLKSLEDENAVLKEELNNIKGEKDKLEKDLKAVQAEIEKLRSDLEMEKTKKEAALKELEDYKKQLSLIKDELENLKVQLEKSSAELATLADQNKKLKDELENVNRDLEKSVAELTALKEQKEKLEAALQKMREDLENLANENKELKAKIDHLNSEIEKFKAENDKLLNEISKLKEEVDQLKNENKKLQDEYQHLKDENAILKDENAQLKDSLDKSVMELSALKEQNEKLKAFVENMKDEIESLRKDNEELKAKMNDLNSEVEKLKVENNKLSKENDDLKSEVDQLKDENKKLKDENTNLKDNLKKSEADLERLKTDFDKLKTENEELKKDLEKVKAEAENMNNELKNLSAELDKVRKEKDNLEEKLANLESDLEKLKAENINLNTELKKAKEDNEMLRNETDSLRNENSKLKAAGDSEKEEKNKANEEIRSLKDQNEKISRDLDNARSEINSLKGEVDHLKSEMESIKGKLQSKEDELNALKKELKDFLSKFDELKDENNHLKTERESLKKQLNDLKNELSRLEAENLDLKEELAKLKSELVKIVAENDNLKKELAEVMKDYDQCQTDGCKLKNEIDKLKAAVENLKKELGNSEAKIKELEGRLLSKESEKNSLEREIEGLKKNLASEKAEKEAVLKKMEDLNEELKALKAELARLRSENDQHRAEIDDLKKQLVLTKDELNKAKSEIAALKDDNNKLKGQGDTLANESEKLRGELGKWKAEAEAQRNENAKLKGEVDKLGAENTRLKNEIEGLNNEVSGLKNVNSKLQNELGAAKSEIDKLKSELSASRAENEKLKVEVNSLKSEVGRLNEEMNKIKAEVERLKKSLAECEAKIKNLEGQVASLESEKAKLVKELNSLRDEQDKLKKELTAEKNAKEAALKEVEGLKSELSMMRAELEKYRTENEKLKSDLEASKKKIAELTNENGVLKAEIEKLRNELNVLKSENAKVKDELDKVKNNLEKVTAEYNAYKAEKEKEINNLKTENDRLKKELADVQVKVKNLEDQLKSLQDAKAKLEADVADLKSQLEKLRQDLAVEKGNKEATRKELEALKNTLGDLRNEMGKIKEENEKLIVENASLKKQIDKLRSDVEKSKGELDKLEAENERLRGEINKLKEDLEKLRAELEKIKAEKDKMKDELEKSKADAAKLRDDLQKAKADADRLISENKKLKNDLDAAKAGSDMLKARVSKGSVESNKWKEELEKLKLELAKAKDEANQCKAEVGRLKSEIERLMAEMGKMKVQDRKSKVSIDRPKAETSKVETKRISDRPEKYESKVSEDECGDFIKSNEILRKRIQEQNKAIDRVREFIGFVEGKNPSKPLMAEDYNADGDTGGWIVPAVNEVMEKSEKLSENIFKAEKEIQHLEAFLQRKSVGDSEALVPEGSRGDFNADSWLGSLTLTQLAELHDKICLLTASMVEADSNSIGSERVLPENQLGNEQSPQRLNNPLERDYETLNKRIAALQKQISEKELEAARKMHEMKNILRQEQMQLIKISEEMTKEKKRNLALQMTIDQDPCWMKNCTAECRGDFDNIREY

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_01389931; iTF_01389164; iTF_01393233; iTF_01391712; iTF_01394028; iTF_01392509;
90% Identity: iTF_01394028;
80% Identity: -