Basic Information

Insect: Brachynemurus nebulosus
Gene Symbol: zfy1
Assembly: GCA_035578155.1
Location: JAPWDM010000003.1:48163805-48173095[+]

Transcription Factor Domain

TF Family: zf-C2H2
Domain: zf-C2H2 domain
PFAM: PF00096
TF Group: Zinc-Coordinating Group
Description: The C2H2 zinc finger is the classical zinc finger domain. The two conserved cysteines and histidines co-ordinate a zinc ion. The following pattern describes the zinc finger. #-X-C-X(1-5)-C-X3-#-X5-#-X2-H-X(3-6)-[H/C] Where X can be any amino acid, and numbers in brackets indicate the number of residues. The positions marked # are those that are important for the stable fold of the zinc finger. The final position can be either his or cys. The C2H2 zinc finger is composed of two short beta strands followed by an alpha helix. The amino terminal part of the helix binds the major groove in DNA binding zinc fingers. The accepted consensus binding sequence for Sp1 is usually defined by the asymmetric hexanucleotide core GGGCGG but this sequence does not include, among others, the GAG (=CTC) repeat that constitutes a high-affinity site for Sp1 binding to the wt1 promoter [1].
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 43 0.082 4.4 9.3 0.9 1 23 166 189 166 189 0.97

2 43 0.31 17 7.5 3.0 2 23 195 216 194 216 0.98

3 43 2.4 1.3e+02 4.7 5.3 1 23 221 243 221 243 0.93

4 43 0.00092 0.05 15.4 1.2 1 23 249 272 249 272 0.97

5 43 5 2.7e+02 3.7 1.2 3 23 281 300 280 300 0.94

6 43 0.0012 0.067 15.0 3.2 2 23 308 330 307 330 0.94

7 43 4 2.2e+02 4.0 0.5 3 23 341 361 339 361 0.93

8 43 9.5e-05 0.0052 18.5 1.3 1 23 367 390 367 390 0.96

9 43 0.00058 0.032 16.1 0.8 1 23 396 418 396 418 0.97

10 43 0.0016 0.086 14.7 2.2 1 23 424 447 424 447 0.96

11 43 0.00036 0.02 16.7 5.2 1 23 453 475 453 475 0.98

12 43 7.6e-06 0.00041 22.0 1.0 1 23 481 503 481 503 0.98

13 43 0.0034 0.19 13.7 0.8 1 23 630 653 630 653 0.97

14 43 0.29 16 7.6 6.2 2 23 659 680 658 680 0.96

15 43 0.0085 0.46 12.4 1.7 1 23 685 707 685 707 0.98

16 43 0.0018 0.098 14.5 3.2 1 23 713 736 713 736 0.97

17 43 0.73 40 6.3 0.8 2 23 744 764 743 764 0.95

18 43 0.0046 0.25 13.3 4.0 1 23 770 793 770 793 0.95

19 43 0.015 0.82 11.6 0.1 3 23 803 823 802 823 0.99

20 43 0.00042 0.023 16.5 2.3 1 23 829 852 829 852 0.96

21 43 0.21 11 8.0 2.9 1 23 858 880 858 880 0.97

22 43 0.14 7.9 8.5 1.0 2 23 1041 1062 1040 1062 0.93

23 43 0.024 1.3 11.0 0.7 1 23 1067 1090 1067 1090 0.94

24 43 0.00029 0.016 17.0 2.3 2 23 1097 1118 1096 1118 0.96

25 43 0.00029 0.016 17.0 1.3 1 23 1124 1147 1124 1147 0.96

26 43 0.21 12 8.0 1.0 1 20 1153 1172 1153 1174 0.95

27 43 0.029 1.6 10.7 0.8 1 23 1206 1229 1206 1229 0.98

28 43 0.63 34 6.5 3.6 2 23 1235 1256 1234 1256 0.96

29 43 0.0069 0.37 12.7 2.9 2 23 1262 1283 1261 1283 0.95

30 43 0.0085 0.46 12.4 2.2 1 23 1288 1310 1288 1310 0.96

31 43 0.0045 0.25 13.3 0.2 1 23 1347 1370 1347 1370 0.93

32 43 9e-05 0.0049 18.6 0.1 3 23 1383 1403 1382 1403 0.99

33 43 0.028 1.5 10.8 1.9 1 22 1409 1430 1409 1430 0.96

34 43 3 1.6e+02 4.4 0.6 1 23 1458 1481 1458 1481 0.94

35 43 4.1 2.2e+02 4.0 5.8 2 23 1487 1508 1486 1508 0.95

36 43 0.0069 0.37 12.7 2.9 2 23 1514 1535 1513 1535 0.95

37 43 0.067 3.7 9.6 3.9 1 23 1540 1562 1540 1562 0.94

38 43 1.1 59 5.8 0.6 3 23 1571 1593 1570 1593 0.78

39 43 0.00018 0.0096 17.7 0.7 1 23 1599 1622 1599 1622 0.97

40 43 0.00063 0.034 16.0 0.1 3 23 1635 1655 1634 1655 0.99

41 43 5.8e-06 0.00032 22.4 2.7 1 23 1661 1684 1661 1684 0.97

42 43 0.27 15 7.7 6.5 1 23 1690 1712 1690 1712 0.96

43 43 0.00017 0.0093 17.7 3.1 1 23 1718 1740 1718 1740 0.96

#	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	43	0.082	4.4	9.3	0.9	1	23	166	189	166	189	0.97
2	43	0.31	17	7.5	3.0	2	23	195	216	194	216	0.98
3	43	2.4	1.3e+02	4.7	5.3	1	23	221	243	221	243	0.93
4	43	0.00092	0.05	15.4	1.2	1	23	249	272	249	272	0.97
5	43	5	2.7e+02	3.7	1.2	3	23	281	300	280	300	0.94
6	43	0.0012	0.067	15.0	3.2	2	23	308	330	307	330	0.94
7	43	4	2.2e+02	4.0	0.5	3	23	341	361	339	361	0.93
8	43	9.5e-05	0.0052	18.5	1.3	1	23	367	390	367	390	0.96
9	43	0.00058	0.032	16.1	0.8	1	23	396	418	396	418	0.97
10	43	0.0016	0.086	14.7	2.2	1	23	424	447	424	447	0.96
11	43	0.00036	0.02	16.7	5.2	1	23	453	475	453	475	0.98
12	43	7.6e-06	0.00041	22.0	1.0	1	23	481	503	481	503	0.98
13	43	0.0034	0.19	13.7	0.8	1	23	630	653	630	653	0.97
14	43	0.29	16	7.6	6.2	2	23	659	680	658	680	0.96
15	43	0.0085	0.46	12.4	1.7	1	23	685	707	685	707	0.98
16	43	0.0018	0.098	14.5	3.2	1	23	713	736	713	736	0.97
17	43	0.73	40	6.3	0.8	2	23	744	764	743	764	0.95
18	43	0.0046	0.25	13.3	4.0	1	23	770	793	770	793	0.95
19	43	0.015	0.82	11.6	0.1	3	23	803	823	802	823	0.99
20	43	0.00042	0.023	16.5	2.3	1	23	829	852	829	852	0.96
21	43	0.21	11	8.0	2.9	1	23	858	880	858	880	0.97
22	43	0.14	7.9	8.5	1.0	2	23	1041	1062	1040	1062	0.93
23	43	0.024	1.3	11.0	0.7	1	23	1067	1090	1067	1090	0.94
24	43	0.00029	0.016	17.0	2.3	2	23	1097	1118	1096	1118	0.96
25	43	0.00029	0.016	17.0	1.3	1	23	1124	1147	1124	1147	0.96
26	43	0.21	12	8.0	1.0	1	20	1153	1172	1153	1174	0.95
27	43	0.029	1.6	10.7	0.8	1	23	1206	1229	1206	1229	0.98
28	43	0.63	34	6.5	3.6	2	23	1235	1256	1234	1256	0.96
29	43	0.0069	0.37	12.7	2.9	2	23	1262	1283	1261	1283	0.95
30	43	0.0085	0.46	12.4	2.2	1	23	1288	1310	1288	1310	0.96
31	43	0.0045	0.25	13.3	0.2	1	23	1347	1370	1347	1370	0.93
32	43	9e-05	0.0049	18.6	0.1	3	23	1383	1403	1382	1403	0.99
33	43	0.028	1.5	10.8	1.9	1	22	1409	1430	1409	1430	0.96
34	43	3	1.6e+02	4.4	0.6	1	23	1458	1481	1458	1481	0.94
35	43	4.1	2.2e+02	4.0	5.8	2	23	1487	1508	1486	1508	0.95
36	43	0.0069	0.37	12.7	2.9	2	23	1514	1535	1513	1535	0.95
37	43	0.067	3.7	9.6	3.9	1	23	1540	1562	1540	1562	0.94
38	43	1.1	59	5.8	0.6	3	23	1571	1593	1570	1593	0.78
39	43	0.00018	0.0096	17.7	0.7	1	23	1599	1622	1599	1622	0.97
40	43	0.00063	0.034	16.0	0.1	3	23	1635	1655	1634	1655	0.99
41	43	5.8e-06	0.00032	22.4	2.7	1	23	1661	1684	1661	1684	0.97
42	43	0.27	15	7.7	6.5	1	23	1690	1712	1690	1712	0.96
43	43	0.00017	0.0093	17.7	3.1	1	23	1718	1740	1718	1740	0.96

Sequence Information

Coding Sequence: ATGATTCAAGCGTGCACTAATGTACGGatttcgTTTGAGGATGACCTACCAAACCACATTTGTCAAACTTGTTCGACTCGCTTGCAAGATTCGTTTGATTTCAAAGAACTCTGCGAAAAATCTGACTGTaacttaagaaaaattattaaagaatataaaataaataatggaaatgaaaattcttttcggtatgataatgatgatgatatTTCGGTAAAAGATGAAGCGGCCGATTCTGACGAATCAGACTGTAAATTTACGGAAAGTGAATGTAAAGTCGAAAGAAACGGCAGTAATATAGTATCGAATATAAAATCAGAATCTGAAGGTGGTATTGAAAATACGAATGAAAATAAAAGTGATTTTCTTGAAAACAGTATAGCTGATTTTAGCCGTAATTCTgaagttaaatcaaaattaaaaaatagaaaacgtAACAGAAACAGAGCAGGAAAGAAAAGCTCGGATTTAAAGgtacgaaaaaaagaaaaaccataCACTTGTGAAGAATgcaaagaaaaatttgaaaaaacttgGTCTCTCGCGTTTCATATGAAACGTGTCCATGAAGCCAAGGGTGTGAAATGTGATAAATGTCCGAAAATTCTTTATCATACACTACATTTGTTAGAGCATCAAAAAATGCATAATAACACAGATTTTGTATGCGACATTTgtcaaaaacatttcttaaatCAACATATATTAACGCGACATAAAAGCAAACACACCACCGTAAGAACATTTTACTGTTTAAAATGTAACAATTCGTTCAAAGATCAATGGGTACTTAAAAAACACATTCAAACAGTGCATTTGCACGCACCAAAACGGGTTGCATGTGAAATTTGCAACAAGAAAATGTTACCGAGACACCTAGAACGGCATCGTTTAATCCATCAACAAAAACGAGAAACCATTTCGtgcgaaaaatgctcaaaaacgTTCTATCACGCGTCATCGCTCAAAATGCACATTCTACACGAACACGAAAACGTCGACAGAAAATATAAACATCTATGTAACGTTTGTGGTCGTAGTATGTTATCCGAAGCGGAAGTAAAACGACACTTATTAACGCACACGGGCGAAAAACCGTACGCGTGTGATAAGTGTGATAAAAAATATCGCACTACATCAATGTTAAAAACGCATATATCACGGGCACATTTGAATGTTCGCAAtcatatttgtaatatttgttcGAAAGCGTTTTTTGATCGCAATATGTTGGCGAATCATGTGCGTGTGCATACGGGCGAACGACCGTTCTCATGTGATGCGTGTAAAAAGAATTATAAGACACAGTCGATGTTAACAACGCACATTTCACggaaacatttaaataaaaaggagCACGTTTGTACGGTTTGCTCGAAACGATTCCACGATcgaagaaatttaaataatcatataCAAACGCATTCTGAACAAAAACCGTTTGTATGTAAAATTTGTGAGAAGAAGTACAGTTCGAAATCGGCTCTCAATAcccatttaaaaatacatgttATTTCAATAGGAGATCAGTTACCACAGCAAATTTGTATAGATTGCGTAAAAAGACTGGAAAATGCGTATCAATTAAGACTGGAATGTGAAGCATCAGATCGAAAATTACGTGaattagttaaattaaaaatagaaaaaacagaTAATGATAATCATTTCGTAGATATTAAAGCAGAATTAGCTTCAGATACgataaaaaatgaaagttttgaTCATGATAACGTAATTAGAAGTGATTTAAATCAAGATTCTTGTGAAGTAAAACATGATTCTAGCGAATTTAGTGAAGATTCATCAGATGACAATTATCAGCAGCCGATAAATAAGTATAATATAAGTTTATCAAAAGGCGTTGAAGGAGAATTAAAAAAGTCTTATGTTTGTGAATTATGTgacgcaaaatttaataaatcttggCATCTTGGTATCCATATGAAACAAACGCATAAATCCAAAGGCACTAAATgcaattattgttcaaaaatttgcTATCATTTGGCACATTTAAAAGTACACGAACAGTTACACACAAAGTCTAGTTTTAAATGTGATATCTgtagtaaacaattttttaatggaCAAGCATTAAGTAGACATAAAAATAGTCATACCACGGAACGGCCATTCCACTGTTTACAGtgtaataattcatttaaagaTAAATGGTCACTTAAAAAACATGTCAACACGATCCATGTAAATCCAGAAAAGCGTGTTTCATGCGAAATTTGTAACAAAGAATTGCTATCACGACACTTAGAGCAACATCTACAGATACATCAACAACGTCCCACATATCCATGTGGCAAATGtccgaaaaaattctttcacaTATCATCTCTTAAAAAACATGTTCAACATGAACACGAAAATGGACAGAAATTTAAACGTTTATGCAACATTTGTGGTTTAAGTGTTGGTTTTGAAGCCGATTTAAAAAGACACTTATTAACGCACACAGGTGAAAAACCGTACGCATGCGATAAGTGCGATAAAAAATATCGTACCACATACATGTTAAAGACGCATATATCACGGACCCACTTAAATCAACGCAATCATATTTGTAGCTTTTGTTCGCGAGGATTTTTTAATCGACTTATGCTGTTGAATCATGAACGAACTCACACGGGAGAAAAACCGTTCTCCTTTGAAGACCAGTTACCACAACAAGTTTGTACATGGTGTGTAAAAAGACTGGAAAATGCATTTCATTTAAAACAAGAATGTGAGACTTCGGATCAAAAATTACGTGAATTAATCGAATTAAAAGTTGAGGATAATAGTAATTTAGATGATATTAAACTAGAATCGTTGACAGATACTATAAAAATTGACGATTCAAGTAATCTTTTAGTAGTAGAGTTTAATCAAGATTCTTGTGAAATAGAGCAAGATTTTTCGGAAACACCGCTAAACTTGGATGTTGATAATAATCAAGAACCATTATTAAGTGATGTCGAAGGTGATCAGTCACAAAAAGCAGATTTCAATGAAATGATTATCAATTCTTTGGGTAATAGTAATCAAAATAGAGTAGAAAATAAACTTCAAAAACATGTATCTTctatacataaaaagaaaaagaataatcCATTTAAATTAGTATCATGTAACATTTGcagaaaaaaagtacaaaaccGTAGTTTAAAACGCCATCAAGAAAATTGGCACGACAACTCATTATTTACATGTAAAGAGTGTAAtgcaaaatttatttccaaataTAGGTATCAAGAACACGTGGACGTTGtacataaagaaaattttggtTGTAAATGTTCTGTGTGCGATGAAGAGTTTCAAAATCCGCGTCAATTAAAACGTCATATGGTGAAACATAAGCAGGAAACAGTATTCACGTGCGATAGATGTAATAAACAGTTTAAAACTCGGTTGTCATTAAAGGCTCAtattaatgaggaacattcagATGAATCTAAATTCACGTGTTTGGTatgcaaacaaatttttttcgataataTAACACTTGAAAAACATACTTGTGCAGCGACGAACGGTAATATTAAAGAAACAACTAATAATACCAATAATAGgagaaaaactgaaaataagaAAGACACTGATGAACGTACGACTCaatataaatgtgaaaaatgtgCAAAAACTGTATATACAACATGGCGGCTAGCGTTACATATGAAGACAAGTCATAACGCAGAATCAATTAAATGCAACAAATGTGATATTCTGTTCTATCATCAGTTACATTTCGAAGAACATCTGAGTCAACACGATCAACCcgaattaatatgtaaaaattgtggCCGATATTTTGAAACTAAACGTAAACTGAAGCACCACGAAATTTCACATCGTCCAAAGCAGTACCGTTGTTTAAAATGTAATGCCATGTTTAGAGATCGATTCTTACTCAATAAACATGAACAATTTCATAGCGGTGACAAACCACGTAAAAATTGTCCAATTTGTGAAAAATCTATATCTTGCGCgtatccacaaattttcaaaaatcatttaaaaatccATGAAGCTCGCACCCCATTCGCTTGCGACGAGTGCCCAAAGAAATTTGTTAAAGAACGAACATTACAGGAACACGTGGTGAGAGTgcacaaaaatgaatttttaactgatCTATTGCGTAAACTGTGCAGTATTTGTGGAAAAGCTTTTTCTGGCGATTATGAGTTAAATGAACATATGCAAACACATTTAGGTGAACTTAAATTCTCATGTTCGATATGTAACCATTATTTTGTCGATAATACAGCAATGGAAAATCATATGTGTACCCCTAAGAAAGATAATATTAAAGAAACGACAAATAATAAGAGAAAAATTGAAGAAGAAGACAGTAATGAAACTAGAACTGAATATAAATGTGAAAAGTGTGCAAAAATTGTATATACTACCTGGCGCTTAGCGTTACATACGAAACAGAGTCATAATACCGAACCAATTAAGTGCAACAAATGTGATATTCTGTTCTATCATCAGTTACATTTTGAAGAACATCTCACTCACCATGATGAACCCGAATTAATCTGTAAAAATTGCGGTAGATATTTTGAAACTAAACGTAAATTGAAGCATCACGAAATTTCACATCGTCCAAAACAATTCTGCTGTTTAAAGTGCAATGCTGTGTTTAGAGATCGATTCTTACTCAATAAACATGAACAATTTCATAGCAGTGGCAAACCCCGCGAAAATTGTCCAATTTGCGGGAAATCTATATCTATGGCTTACCCACAACTCctcaaaaatcatttaaaaaccCATGAAGACCGTAAACCATTTTCTTGCGAGGAGTGCCCTAAGAAATTTGTTAAAGAACGAACATTACAGAAACACGTGATGAGAGTgcacaaaaatgaatttttaactgatCTATTGCGAAAACTGTGCAGTATCTGTGGAAAAGCTTTTCCAGCCGATTATGAGTTAAACGAACATATGCAAACACATTCCGATGAAAAACCGTATCAGTGCAATTTATGCGATAAACGATTTCGTCAGAAAAAACTGTTAAGAAAACATGTGCAACGTATTCATGAAAATAGGAGGCCACATTGTTGTAAAGTGTGTTTGAAAACATTTCATACACGGACAGTATTGCAAGCTCATATGCTTTTACACACAGGAGAACGCCCTCACGCCTGTTTCATTTGTAACAAATCATTTGGCTCCAAAACTTCTTTAAAAACACATATTAAATCTCACACTGGTGAAAAACGAGGcacataa
Protein Sequence: MIQACTNVRISFEDDLPNHICQTCSTRLQDSFDFKELCEKSDCNLRKIIKEYKINNGNENSFRYDNDDDISVKDEAADSDESDCKFTESECKVERNGSNIVSNIKSESEGGIENTNENKSDFLENSIADFSRNSEVKSKLKNRKRNRNRAGKKSSDLKVRKKEKPYTCEECKEKFEKTWSLAFHMKRVHEAKGVKCDKCPKILYHTLHLLEHQKMHNNTDFVCDICQKHFLNQHILTRHKSKHTTVRTFYCLKCNNSFKDQWVLKKHIQTVHLHAPKRVACEICNKKMLPRHLERHRLIHQQKRETISCEKCSKTFYHASSLKMHILHEHENVDRKYKHLCNVCGRSMLSEAEVKRHLLTHTGEKPYACDKCDKKYRTTSMLKTHISRAHLNVRNHICNICSKAFFDRNMLANHVRVHTGERPFSCDACKKNYKTQSMLTTHISRKHLNKKEHVCTVCSKRFHDRRNLNNHIQTHSEQKPFVCKICEKKYSSKSALNTHLKIHVISIGDQLPQQICIDCVKRLENAYQLRLECEASDRKLRELVKLKIEKTDNDNHFVDIKAELASDTIKNESFDHDNVIRSDLNQDSCEVKHDSSEFSEDSSDDNYQQPINKYNISLSKGVEGELKKSYVCELCDAKFNKSWHLGIHMKQTHKSKGTKCNYCSKICYHLAHLKVHEQLHTKSSFKCDICSKQFFNGQALSRHKNSHTTERPFHCLQCNNSFKDKWSLKKHVNTIHVNPEKRVSCEICNKELLSRHLEQHLQIHQQRPTYPCGKCPKKFFHISSLKKHVQHEHENGQKFKRLCNICGLSVGFEADLKRHLLTHTGEKPYACDKCDKKYRTTYMLKTHISRTHLNQRNHICSFCSRGFFNRLMLLNHERTHTGEKPFSFEDQLPQQVCTWCVKRLENAFHLKQECETSDQKLRELIELKVEDNSNLDDIKLESLTDTIKIDDSSNLLVVEFNQDSCEIEQDFSETPLNLDVDNNQEPLLSDVEGDQSQKADFNEMIINSLGNSNQNRVENKLQKHVSSIHKKKKNNPFKLVSCNICRKKVQNRSLKRHQENWHDNSLFTCKECNAKFISKYRYQEHVDVVHKENFGCKCSVCDEEFQNPRQLKRHMVKHKQETVFTCDRCNKQFKTRLSLKAHINEEHSDESKFTCLVCKQIFFDNITLEKHTCAATNGNIKETTNNTNNRRKTENKKDTDERTTQYKCEKCAKTVYTTWRLALHMKTSHNAESIKCNKCDILFYHQLHFEEHLSQHDQPELICKNCGRYFETKRKLKHHEISHRPKQYRCLKCNAMFRDRFLLNKHEQFHSGDKPRKNCPICEKSISCAYPQIFKNHLKIHEARTPFACDECPKKFVKERTLQEHVVRVHKNEFLTDLLRKLCSICGKAFSGDYELNEHMQTHLGELKFSCSICNHYFVDNTAMENHMCTPKKDNIKETTNNKRKIEEEDSNETRTEYKCEKCAKIVYTTWRLALHTKQSHNTEPIKCNKCDILFYHQLHFEEHLTHHDEPELICKNCGRYFETKRKLKHHEISHRPKQFCCLKCNAVFRDRFLLNKHEQFHSSGKPRENCPICGKSISMAYPQLLKNHLKTHEDRKPFSCEECPKKFVKERTLQKHVMRVHKNEFLTDLLRKLCSICGKAFPADYELNEHMQTHSDEKPYQCNLCDKRFRQKKLLRKHVQRIHENRRPHCCKVCLKTFHTRTVLQAHMLLHTGERPHACFICNKSFGSKTSLKTHIKSHTGEKRGT

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity: -
90% Identity: -
80% Identity: -