Basic Information

Insect: Phosphuga atrata
Gene Symbol: lolal
Assembly: GCA_944567605.1
Location: CALYMX010000431.1:504296-509890[-]

Transcription Factor Domain

TF Family: BTB
Domain: zf-C2H2|ZBTB
PFAM: PF00651
TF Group: Zinc-Coordinating Group
Description: The BTB (for BR-C, ttk and bab) [6] or POZ (for Pox virus and Zinc finger) [1] domain is present near the N-terminus of a fraction of zinc finger (Pfam:PF00096) proteins and in proteins that contain the Pfam:PF01344 motif such as Kelch and a family of pox virus proteins. The BTB/POZ domain mediates homomeric dimerisation and in some instances heteromeric dimerisation [1]. The structure of the dimerised PLZF BTB/POZ domain has been solved and consists of a tightly intertwined homodimer. The central scaffolding of the protein is made up of a cluster of alpha-helices flanked by short beta-sheets at both the top and bottom of the molecule [2]. POZ domains from several zinc finger proteins have been shown to mediate transcriptional repression and to interact with components of histone deacetylase co-repressor complexes including N-CoR and SMRT [5, 3, 4]. The POZ or BTB domain is also known as BR-C/Ttk or ZiN.
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 18 0.012 23 8.1 0.0 64 100 2 38 1 41 0.85

2 18 1.3e-19 2.5e-16 62.7 0.0 5 100 53 144 49 147 0.89

3 18 1.3e-19 2.5e-16 62.7 0.0 5 100 159 250 155 253 0.89

4 18 1.3e-19 2.5e-16 62.7 0.0 5 100 265 356 261 359 0.89

5 18 1.3e-19 2.5e-16 62.7 0.0 5 100 371 462 367 465 0.89

6 18 1.1e-18 2e-15 59.8 0.0 5 100 477 568 473 571 0.89

7 18 1.6e-18 3e-15 59.2 0.0 5 100 583 674 579 677 0.89

8 18 1.3e-19 2.5e-16 62.7 0.0 5 100 689 780 685 783 0.89

9 18 1.3e-19 2.5e-16 62.7 0.0 5 100 795 886 791 889 0.89

10 18 1.3e-19 2.5e-16 62.7 0.0 5 100 901 992 897 995 0.89

11 18 1.1e-18 2e-15 59.8 0.0 5 100 1007 1098 1003 1101 0.89

12 18 1.1e-18 2e-15 59.8 0.0 5 100 1113 1204 1109 1207 0.89

13 18 1.1e-18 2e-15 59.8 0.0 5 100 1219 1310 1215 1313 0.89

14 18 1.6e-18 3e-15 59.2 0.0 5 100 1325 1416 1321 1419 0.89

15 18 1.1e-19 2e-16 63.0 0.0 5 100 1431 1522 1427 1525 0.89

16 18 1.6e-18 3e-15 59.2 0.0 5 100 1537 1628 1533 1631 0.89

17 18 1.6e-18 3e-15 59.2 0.0 5 100 1643 1734 1639 1737 0.89

18 18 1.1e-19 2e-16 63.0 0.0 5 100 1749 1840 1745 1843 0.89

#	of	c-Evalue	i-Evalue	score	hmm coord from	hmm coord to	ali coord from	ali coord to	env coord from	env coord to	acc
1	18	0.012	23	8.1	64	100	2	38	1	41	0.85
2	18	1.3e-19	2.5e-16	62.7	5	100	53	144	49	147	0.89
3	18	1.3e-19	2.5e-16	62.7	5	100	159	250	155	253	0.89
4	18	1.3e-19	2.5e-16	62.7	5	100	265	356	261	359	0.89
5	18	1.3e-19	2.5e-16	62.7	5	100	371	462	367	465	0.89
6	18	1.1e-18	2e-15	59.8	5	100	477	568	473	571	0.89
7	18	1.6e-18	3e-15	59.2	5	100	583	674	579	677	0.89
8	18	1.3e-19	2.5e-16	62.7	5	100	689	780	685	783	0.89
9	18	1.3e-19	2.5e-16	62.7	5	100	795	886	791	889	0.89
10	18	1.3e-19	2.5e-16	62.7	5	100	901	992	897	995	0.89
11	18	1.1e-18	2e-15	59.8	5	100	1007	1098	1003	1101	0.89
12	18	1.1e-18	2e-15	59.8	5	100	1113	1204	1109	1207	0.89
13	18	1.1e-18	2e-15	59.8	5	100	1219	1310	1215	1313	0.89
14	18	1.6e-18	3e-15	59.2	5	100	1325	1416	1321	1419	0.89
15	18	1.1e-19	2e-16	63.0	5	100	1431	1522	1427	1525	0.89
16	18	1.6e-18	3e-15	59.2	5	100	1537	1628	1533	1631	0.89
17	18	1.6e-18	3e-15	59.2	5	100	1643	1734	1639	1737	0.89
18	18	1.1e-19	2e-16	63.0	5	100	1749	1840	1745	1843	0.89

Sequence Information

Coding Sequence: ATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGATTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATACATTAATTTTATGTGCATTTAGTGAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGATTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGATTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTAAATACTTCACAGGGCTTCTGACATTGATTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATACATTAATTTTATGTGCATTTAGTGAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTGAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATACATTAATTTTATGTGCATTTAGTGAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAAATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATACATTAATTTTATGTGCATTTAGTGAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAGATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCTATTGGCAGGTTTTCTCCACCGTCAGGAGTTATGTGACGTGGCATTGTCCTGCGGTGGAGTATTGATACAAGCGCATAAATTAATTTTATGTGCATTTAGTGAATACTTCACAGGGCTTCTGACATTGACTAATAGTCCACACCATACCATTCATTTGGAAGGTGTGGATCTTAGTATGTTGGAAGCTTTGCTGACGTATATGTATAAAGGGGATGTCGACATCGACACAGACAAAGAGGAACTGTTCAAGATAACAGGGAGGAAACTAAAGATAAAGGGCATCGAAAAATTGTTTCCGTTAGCGGTGGAAATACCTCCGCGGGAAGAAGACCGCCCCGAACAAGAGAAAAGAAAGAGACAATGA
Protein Sequence: MLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLINSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHTLILCAFSEYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLINSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLINSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSKYFTGLLTLINSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHTLILCAFSEYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSEYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHTLILCAFSEYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHTLILCAFSEYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPLLAGFLHRQELCDVALSCGGVLIQAHKLILCAFSEYFTGLLTLTNSPHHTIHLEGVDLSMLEALLTYMYKGDVDIDTDKEELFKITGRKLKIKGIEKLFPLAVEIPPREEDRPEQEKRKRQ

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: iTF_01196841;
90% Identity: iTF_01196841;
80% Identity: -