Basic Information

Insect: Battus philenor
Gene Symbol: Zfy1
Assembly: GCA_028537555.1
Location: JAQMYT010000017.1:1651428-1659893[-]

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 27 4.8 4.6e+02 2.2 0.3 1 23 174 199 174 199 0.89

2 27 3.8 3.7e+02 2.5 3.4 1 23 245 267 245 267 0.93

3 27 0.43 41 5.5 0.3 2 23 307 329 307 329 0.95

4 27 2.1e-07 2e-05 25.3 0.7 2 23 355 376 355 376 0.97

5 27 1.4e-05 0.0014 19.6 0.8 1 23 383 406 383 406 0.97

6 27 0.094 9 7.5 1.6 1 23 412 434 412 434 0.85

7 27 0.00073 0.07 14.2 1.3 1 23 440 462 440 462 0.98

8 27 0.087 8.3 7.7 2.9 1 23 602 624 602 624 0.96

9 27 0.00041 0.039 15.0 0.8 2 23 631 653 630 653 0.92

10 27 8e-05 0.0077 17.2 1.8 2 23 660 681 660 681 0.98

11 27 1.2e-06 0.00012 22.9 2.5 1 23 687 709 687 709 0.98

12 27 0.0002 0.019 15.9 0.5 1 23 715 737 715 737 0.98

13 27 0.00034 0.032 15.2 8.4 1 23 743 765 743 765 0.97

14 27 0.0036 0.34 12.0 4.1 1 23 771 794 771 794 0.95

15 27 0.14 14 7.0 0.6 2 23 864 884 864 884 0.96

16 27 4.9e-05 0.0046 17.9 0.4 1 23 890 913 890 913 0.96

17 27 1.4e-06 0.00013 22.7 4.4 1 23 919 941 919 941 0.98

18 27 4.2e-05 0.004 18.1 0.1 1 23 947 969 947 969 0.98

19 27 9.4e-05 0.009 17.0 0.3 1 23 975 997 975 997 0.96

20 27 0.0015 0.14 13.2 0.8 5 23 1006 1024 1004 1024 0.96

21 27 0.48 46 5.3 2.5 1 23 1099 1120 1099 1120 0.97

22 27 0.0024 0.23 12.6 0.5 2 23 1262 1284 1262 1284 0.96

23 27 2.3e-05 0.0022 18.9 0.3 1 23 1290 1312 1290 1312 0.96

24 27 0.00023 0.022 15.7 1.0 2 23 1319 1340 1318 1340 0.96

25 27 0.00095 0.091 13.8 3.1 2 23 1347 1368 1346 1368 0.97

26 27 0.0081 0.78 10.9 5.6 3 23 1376 1396 1374 1396 0.96

27 27 1.4e-05 0.0013 19.6 1.0 1 23 1401 1424 1401 1424 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	27	4.8	4.6e+02	2.2	0.3	1	23	174	199	174	199	0.89
2	27	3.8	3.7e+02	2.5	3.4	1	23	245	267	245	267	0.93
3	27	0.43	41	5.5	0.3	2	23	307	329	307	329	0.95
4	27	2.1e-07	2e-05	25.3	0.7	2	23	355	376	355	376	0.97
5	27	1.4e-05	0.0014	19.6	0.8	1	23	383	406	383	406	0.97
6	27	0.094	9	7.5	1.6	1	23	412	434	412	434	0.85
7	27	0.00073	0.07	14.2	1.3	1	23	440	462	440	462	0.98
8	27	0.087	8.3	7.7	2.9	1	23	602	624	602	624	0.96
9	27	0.00041	0.039	15.0	0.8	2	23	631	653	630	653	0.92
10	27	8e-05	0.0077	17.2	1.8	2	23	660	681	660	681	0.98
11	27	1.2e-06	0.00012	22.9	2.5	1	23	687	709	687	709	0.98
12	27	0.0002	0.019	15.9	0.5	1	23	715	737	715	737	0.98
13	27	0.00034	0.032	15.2	8.4	1	23	743	765	743	765	0.97
14	27	0.0036	0.34	12.0	4.1	1	23	771	794	771	794	0.95
15	27	0.14	14	7.0	0.6	2	23	864	884	864	884	0.96
16	27	4.9e-05	0.0046	17.9	0.4	1	23	890	913	890	913	0.96
17	27	1.4e-06	0.00013	22.7	4.4	1	23	919	941	919	941	0.98
18	27	4.2e-05	0.004	18.1	0.1	1	23	947	969	947	969	0.98
19	27	9.4e-05	0.009	17.0	0.3	1	23	975	997	975	997	0.96
20	27	0.0015	0.14	13.2	0.8	5	23	1006	1024	1004	1024	0.96
21	27	0.48	46	5.3	2.5	1	23	1099	1120	1099	1120	0.97
22	27	0.0024	0.23	12.6	0.5	2	23	1262	1284	1262	1284	0.96
23	27	2.3e-05	0.0022	18.9	0.3	1	23	1290	1312	1290	1312	0.96
24	27	0.00023	0.022	15.7	1.0	2	23	1319	1340	1318	1340	0.96
25	27	0.00095	0.091	13.8	3.1	2	23	1347	1368	1346	1368	0.97
26	27	0.0081	0.78	10.9	5.6	3	23	1376	1396	1374	1396	0.96
27	27	1.4e-05	0.0013	19.6	1.0	1	23	1401	1424	1401	1424	0.96

Sequence Information

Coding Sequence: ATGAATAACGACACCGAACAAATATTTTTACTCAATCCATCTGATAATCAGTCAACAGCTGAGAGTCAAAAAAATATAGAATCTACGTCGAATCAAGTTAACCTAGAGAACGTTGAAGATTTTACAAATGTTTGTCGCACTTGTGCGAGTATCACTGACTTCGTTATACCGATTTTTATGGGGGAAGGCTTGCAGAATAACTTAGCAGATAAAATACACAAGCATTTACCAATACAGGTTTCAGAAGAGGATTTATTGCCACAAGTTGTGTGCTACCAGTGTGCCAGCACTCTGCTGGCATGGCACGAACTTGTGCAATGTTGTGTGCAAGCAGATGCTGCTCTGAAAACCCGCCTTGCAGTCATACTCGCTAAAGACGAAAACACAAACAATGAAAATCATGATGATAAAAACCTGGAAATAGAAACAAAAGGAAAGTTAAATGCAAAGTTAATTCAGGATATATTGACAAAACATTTTCAAATGTCTGATACGGATCTGGAGAGTTCAGGATTGGAGTTCATTTGTGAGAAGTGTAGTAATATGGTCCAGTTTTCTACGCTGGAGAGCTTTATTGATCATCTACTTTTAAACCACGGTTCTGAATGCGAAGACATATCTATGGACAAATTTGTGAAAGAATATGTGTCAATTGTGGAAGTTTTAGCCACAGAAGATAAATTATCTGATGAAGAATCAAACAAAGATGTAACGACGGTTAAATTACAAAGATTTCAGTGCCCGTTTTGCGAGAGTGCATTTTCGTCGACTACCCGCCTATTTTGTCACTTAAATCAACATGTCCCAGTTAGAGTTGAGGACGGAGTGAAATGCTGCGACAGTGTGTATTACAATACTAAATCTCTTATCAAACATCTCGGTAACAACCATGTTAACAGTTCAATTGCTGAATTAAATGTATGCCAAAGTTGTGGATTTAATGCTAAAGATACAACTGAACTACAGGAGCACATATCAAGTAAACATGAAGTGGAAAGAGAATACATGCATAACAAAGACAACAAGTATGAGCGAGACAAATGTCAGAAGTACATACCAGCTGTTTGCCCGGAATGCAACAAGACTTTTTCGAACAAGTACAACATGCTTGTACACATGAGAAGCCACAACGCTGATGCAGAGGACTTCCCATGCGATAGATGCAGCAAAAGCTACAAGAGTCAAGCTAGTCTCAGAAACCATCAGAAAGTCGCCCATGAAGGAATCCTAAACTTCCATTGTCCGTACTGCGGTGAAGCCTTCCCGTCTCGTCTCGCTTGCGACGTTCACAAGAGGATACATACTGGAGTCAAACCGTACTCGTGCATGTACTGCCAAAAATCGTACCGAGCTAAAAACACCCTTGATCGTCACATAGAGATGCACCTTGACATCCGGAAATGGACAGCCAGCAACCAGAACTCGGTCAGACAAAATCAGAGACACGATGCGGTGGCCGCGGACTTTGATAACGTATCCGTCGACGACGATCAACCGCTCGCCACGATAGCATCCAAAAAGTCATCAGACATCTACAATAACTTCTATCAAGTTCTTCTTAATTTTAGAAATCATTTTGTTGCCGAACATAAGAGGAACATGAGAACGTTACCTGAATTCACAGACTCCAGTGATTCAGAAGAACTGGTGGATGATGAAGATGGAGTCGAGAGATGTGATGATAATGATGATGTGAATAAATACGACGATTTAACAGAGAGCAACATGCGGAAGGATAGAATGGACGAAGAGACCAGGTCGGAGCTCAGCGAGGTTCAGAGGAAGATTGACGGAAAAATCTTCTTCACTTGCAAAATATGCGACAAGAATTTAAGCTCAGCGCACACGTACATCTTTCACAAACGAATCCACACAGGGGAGAGACCATGCGTGTGCCAGATATGCGGCAAGCAGTTTCGAGCGCCGAATGGACTACAGCGGCACTTGACGGAGACTCATCAGCGACTGCGCCGGCCTACATGCAGTTTCTGTTCTAAGAACTTTGCAAATACGCAGAATTTGAAACAGCATATTCGCATCCACACCGGGGAGAGGCCGTTTGTGTGCACGCAGTGTGGTAAACGGTTTACGCAGAGCGGGTCACTGCACGTGCACCTGAAGACGCACAGCGAGCAGTTCCCGTTCCAGTGCGCAGAGTGCGGTGCCAAGTTCCGTGTGCGACAAGGTCTGATGAGGCACCGGCTCAAGCACACTGGGGAACGCCCCCATGTGTGTGCACACTGCGGTAAAAGTTTCCGACAGAAGCACGACCTCCACAGCCACACGCTCTCCCACACGGACACCAAGCCGCACGCCTGCGACCTCTGCAGCGCCACCTTCCGACAGCGCAGGGCACTCAAGCATCACTACAAACGCGTCCACCAAACTGAATCCGCCCAGGAGCCTGTCAATGAAATCCTTTACGATCAAGTACCTCAGTACCATGTAACAATAAACGAAACACTGGTAGAATCGAAAGCAGAACATTCCAACCTGAATGACACGTCACAGGGTGATGTACAAAAAAACCTACCGGAACTTTCAGAGAAACCGTTGACAATAATCGATGAAGATGGTAAAAAATACGCGCAATGCGGTGTATGCAATAGAAACGTATCGTTCGCTTCGTACAAGCGACACATGCGCGGCCATTTGGGTGAGAAGAGATATAGTTGCCACACTTGCGGCGCGGCCTTCAACGAAAGTGGCAACCTCGTTCGACACACGAGAGCCTTACACGGAAATCAACGTCCCTTCTCCTGCCACGTGTGCGACAAAAGTTTCACCAGGAGCGCTCACTTACAGGACCACGTAAAGTCACACTCCTCGAGCCGTAACTACGTCTGTGACGTTTGCGGGAAAGCATCAAAGTCTAGTGCCGCGTTGCGAATGCATCGGAAAATTCATGTGGTTGAATATAAATTCGATTGTATGCAGTGTGGAGCCAAGTTCAAACGCCGCGGAGAACTAAAAGCGCACTTGACCGTCCACACCGGTGAAAAGGAACACTCGTGTTGGTGCGGCAAATCATTTAGACTACGAAGTCAACTCACCGGACATTTGAAAGTTCACGAAGATTCCGTGAAAAAGGAACAAGATAACATCACGTTTGATCATCAAATCTCCAACGTTGAACTTCAGAAATTCAAGAATGTTGACTTTGTCCAGTCGGGGCCTCATCTCATCGACTCGAATAAATCAAAGGATTCCAATAAATCATGCGAATATTGCGGTCTAAAACAGCCCGTAGATATATACGCGCAACACTTGGTCGCGGTGCATTCAGAGCTACTGTTTCACTGCAATGAATGCGACACGTATTTGGACAAAAAAGATTTCATTCTTCACATGTCCATGCACGCAATTCGGTACGTCTCACACGATGACAAACAACCCGAGAAAAGGTCGAAGAAATATCGAAAAAGCAGGAGTAGCAGAGACAGAAACGAAAAGCCAATGGGCATTCATAAACAAAAATCACTAAAAGTAAAAGAAACAACAGAAAAAAATAAGGACAATCCGAAAGATGATGGTAATGAGGTAATCCAAGAAAACGAATTTTCTGATCACAGCGACGTCGAATATTTTGGACGATTGCCTGAATCAGTTTTCGAAGCCATCGAAGACACCCAAGACAGCAGACATGATGATAACGACATGTGTTTATCTCCACAAAACGATACTCCGAGTGAAAACAACGAAAATACAGACGAATGCAAAGAAAGCAATTCACCAATAACGTCTGAAACCCTTCACAAGACCGGGAAGAATAAAAAACCACGCACCTGTCCAATTTGCTCGAAAGTATACACCGCATCTTCAAGCTATTTCTATCACCTAAAGAATTCACATCAACAGACTAAACCGTACGAGTGCGACGTGTGCGGCAAAAAGTTCGTTAACAAGAATACCTTGGCTCAGCACAGCTCTGTTCACGATATGGAGCGTCGCTTACAATGTCGACAGTGCCCGAAGAGGTTCCGGTCGAAGGCCAGCCTGTACATCCACGAGCAGAGTCATAGCGGAGTGAAGAGTTGGGTTTGCAGCCAATGCAACAGGTCGTTCAGGTGGCGAACACACCTTCAGCGTCACGCAAGGCGCCACGAAGCTCAGAAGACTCACTTGTGTGGAACTTGCGGCCGAGGCTTCAGCGTCCACTGCGACCTGCTTCGACACACAAGGACTCACACTGCTGGGAGCTTCGCCTGCAACAAATGCGATCTCAAGTTCGCCCAACCAAGATACCTAAAAGTACACATGAGAAATAAACATTTAGTCATTTCAGGCGAATCTAATAGCTAA
Protein Sequence: MNNDTEQIFLLNPSDNQSTAESQKNIESTSNQVNLENVEDFTNVCRTCASITDFVIPIFMGEGLQNNLADKIHKHLPIQVSEEDLLPQVVCYQCASTLLAWHELVQCCVQADAALKTRLAVILAKDENTNNENHDDKNLEIETKGKLNAKLIQDILTKHFQMSDTDLESSGLEFICEKCSNMVQFSTLESFIDHLLLNHGSECEDISMDKFVKEYVSIVEVLATEDKLSDEESNKDVTTVKLQRFQCPFCESAFSSTTRLFCHLNQHVPVRVEDGVKCCDSVYYNTKSLIKHLGNNHVNSSIAELNVCQSCGFNAKDTTELQEHISSKHEVEREYMHNKDNKYERDKCQKYIPAVCPECNKTFSNKYNMLVHMRSHNADAEDFPCDRCSKSYKSQASLRNHQKVAHEGILNFHCPYCGEAFPSRLACDVHKRIHTGVKPYSCMYCQKSYRAKNTLDRHIEMHLDIRKWTASNQNSVRQNQRHDAVAADFDNVSVDDDQPLATIASKKSSDIYNNFYQVLLNFRNHFVAEHKRNMRTLPEFTDSSDSEELVDDEDGVERCDDNDDVNKYDDLTESNMRKDRMDEETRSELSEVQRKIDGKIFFTCKICDKNLSSAHTYIFHKRIHTGERPCVCQICGKQFRAPNGLQRHLTETHQRLRRPTCSFCSKNFANTQNLKQHIRIHTGERPFVCTQCGKRFTQSGSLHVHLKTHSEQFPFQCAECGAKFRVRQGLMRHRLKHTGERPHVCAHCGKSFRQKHDLHSHTLSHTDTKPHACDLCSATFRQRRALKHHYKRVHQTESAQEPVNEILYDQVPQYHVTINETLVESKAEHSNLNDTSQGDVQKNLPELSEKPLTIIDEDGKKYAQCGVCNRNVSFASYKRHMRGHLGEKRYSCHTCGAAFNESGNLVRHTRALHGNQRPFSCHVCDKSFTRSAHLQDHVKSHSSSRNYVCDVCGKASKSSAALRMHRKIHVVEYKFDCMQCGAKFKRRGELKAHLTVHTGEKEHSCWCGKSFRLRSQLTGHLKVHEDSVKKEQDNITFDHQISNVELQKFKNVDFVQSGPHLIDSNKSKDSNKSCEYCGLKQPVDIYAQHLVAVHSELLFHCNECDTYLDKKDFILHMSMHAIRYVSHDDKQPEKRSKKYRKSRSSRDRNEKPMGIHKQKSLKVKETTEKNKDNPKDDGNEVIQENEFSDHSDVEYFGRLPESVFEAIEDTQDSRHDDNDMCLSPQNDTPSENNENTDECKESNSPITSETLHKTGKNKKPRTCPICSKVYTASSSYFYHLKNSHQQTKPYECDVCGKKFVNKNTLAQHSSVHDMERRLQCRQCPKRFRSKASLYIHEQSHSGVKSWVCSQCNRSFRWRTHLQRHARRHEAQKTHLCGTCGRGFSVHCDLLRHTRTHTAGSFACNKCDLKFAQPRYLKVHMRNKHLVISGESNS

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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