Sgif022422.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Synergus gifuensis
Gene Symbol
-
Assembly
GCA_904066015.1
Location
CAJFCO010000168.1:216065-223277[-]

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 46 0.52 5.9e+02 1.4 0.3 31 58 60 87 54 92 0.67
2 46 0.88 9.9e+02 0.6 0.3 38 59 105 126 101 132 0.66
3 46 1.5 1.6e+03 -0.1 0.2 37 58 156 177 146 181 0.82
4 46 7.9e-05 0.089 13.6 3.4 25 57 216 248 212 255 0.92
5 46 2.5 2.8e+03 -0.8 0.8 29 63 323 357 317 359 0.84
6 46 2.2 2.5e+03 -0.7 11.7 25 61 411 447 403 475 0.73
7 46 0.00066 0.74 10.6 4.5 26 63 478 515 475 517 0.92
8 46 0.0029 3.3 8.6 8.1 27 65 521 559 515 559 0.93
9 46 0.086 97 3.9 2.0 30 64 566 600 560 601 0.76
10 46 0.11 1.2e+02 3.6 6.4 32 64 582 614 574 622 0.64
11 46 0.046 52 4.7 5.0 22 64 600 642 599 643 0.87
12 46 0.011 12 6.8 6.5 26 64 632 670 629 671 0.90
13 46 0.2 2.2e+02 2.7 6.5 33 65 723 755 706 755 0.86
14 46 0.85 9.6e+02 0.7 7.6 33 64 751 782 750 783 0.82
15 46 9.3e-08 0.0001 23.0 5.0 24 65 784 825 781 825 0.95
16 46 0.0022 2.5 8.9 2.5 26 60 821 855 819 860 0.64
17 46 0.099 1.1e+02 3.7 0.8 35 64 858 887 855 888 0.69
18 46 8.9e-05 0.1 13.4 4.4 22 65 866 909 864 909 0.94
19 46 3.2e-06 0.0036 18.0 9.6 24 65 889 930 885 937 0.96
20 46 0.0016 1.8 9.4 8.8 25 63 904 942 901 951 0.55
21 46 0.19 2.1e+02 2.8 6.1 29 62 943 976 928 979 0.82
22 46 0.045 51 4.8 7.5 21 65 970 1014 970 1014 0.94
23 46 0.075 84 4.1 9.6 22 59 992 1029 985 1032 0.90
24 46 0.00059 0.66 10.8 6.7 22 60 1013 1051 1012 1054 0.94
25 46 0.063 72 4.3 0.2 38 63 1085 1110 1060 1119 0.58
26 46 0.038 43 5.0 0.2 26 59 1087 1124 1078 1130 0.61
27 46 5.3e-05 0.06 14.1 6.4 32 65 1128 1161 1117 1161 0.90
28 46 0.23 2.6e+02 2.5 7.2 35 62 1159 1186 1156 1205 0.56
29 46 0.24 2.7e+02 2.4 1.7 33 62 1199 1228 1190 1232 0.68
30 46 0.2 2.2e+02 2.7 4.8 25 60 1233 1268 1231 1273 0.87
31 46 0.028 31 5.4 5.8 28 60 1278 1310 1264 1314 0.55
32 46 0.023 26 5.7 0.5 22 61 1321 1360 1316 1364 0.71
33 46 4e-07 0.00046 20.9 1.1 24 65 1365 1406 1362 1406 0.92
34 46 0.0005 0.56 11.0 0.3 29 63 1391 1425 1390 1427 0.94
35 46 0.0039 4.4 8.2 1.5 27 61 1431 1465 1425 1468 0.51
36 46 4.6e-06 0.0051 17.6 3.9 25 63 1471 1509 1470 1510 0.95
37 46 0.093 1.1e+02 3.8 0.8 36 63 1517 1544 1512 1546 0.86
38 46 3.5e-05 0.039 14.7 3.1 31 65 1554 1588 1544 1588 0.90
39 46 0.044 49 4.8 2.6 26 53 1609 1636 1606 1639 0.80
40 46 0.0035 4 8.3 6.0 26 62 1637 1673 1635 1675 0.93
41 46 0.00033 0.37 11.6 4.4 12 63 1679 1730 1677 1732 0.90
42 46 2.1e-05 0.024 15.4 2.8 34 64 1736 1766 1733 1767 0.93
43 46 0.053 59 4.6 1.2 22 59 1780 1817 1771 1823 0.85
44 46 0.011 13 6.7 2.3 31 59 1852 1880 1821 1884 0.84
45 46 7.9 8.9e+03 -2.4 0.0 32 59 1919 1946 1918 1947 0.78
46 46 2.6 2.9e+03 -0.9 0.8 30 55 2088 2106 2082 2127 0.61

Sequence Information

Coding Sequence
ATGAATGTTTATCATGATCAATTTTGTCATTGTGGCTGCGAAGCTCCGGGTAATTTTAAACCAGAGGAACCACCACATGAACCATGTTGCTGTTGTGATTATAATCCATTCAGTGATAATTCTAAGGATGCAGAAATCTACGATCTTCCTTTTGCTCTGCGAAAGCTTACAGTAATGAAGTGCCAAATGAAAAAGTGGCGAATGGAACGACTCCAATTGGAGAGTGAAACTCGATCTTTGAAGCAAGCTCTTCAACAATATGGCATTAATATCGACGAGGCTTTGAAACCTGATCCTCTAGTTATTCACTATCGAGAGGAAAATTTAAGACTTCAAAATCTTAATGAGGAGTTGGAGGATAAAGTCGTAGACCTCACAGGGACTTTGGATGAACGAGAATACTCTGAAGATCCTTGCGATTCAGTAAAATATATTAGAGAGAAAATGAAGGACCTTCGAATACGTTTTGCTGATGAAAAGAAACAATTAAGAGACAAAATAGCAGCCTTGAATTTGAAGCTTGCAGAAATGGATGACGATACTTCATGTTCAGCCTTAAATCGACTCAGAGCAAAACTTCGTGAATTGATGAAAGGTGGACAGAAGGCTGACCAGCAAGTTTCGATGGTTGTGGAAAAATCTATAGAAACAATGGTGGAGCTTTCGAAAAGCTGCGAAGATTTAAAATCCGAGAATGAAAGACTTTTAGCTCAATTAGAAGCTCTTCGAAAAAAAATGGAACAAAGAGAACCTTCAAGAATAACATTAAAAGAAGATCCTATGATACCTCATGACATGGGACTTGAACCATCAGAAATAACGGAAGGACAAGATGTTTCTGAGTTATATGATAAAATTAAAAAATGCGAGGCTCTTGTGGCTGATTTAAGAAGACAACTTGCTGAGAAGGATCAAATGATTAACGATCTAGAGAAAAATCTTTTTACTCAAAAGAGAGTTTCTGGACAATTGGAGGAAGATTTGGATAAAATGACTGTTAGCCATAAAGCATTGATGAAAGAAGCTGTTGCTATGAAGGAAGAATTGAAAAAGAGGGATGACAAGGTCACGGATCTTTTAGGGAATTTAAGAAGCGATCTAACTAAAATTCGGGGCCTTGTATCAGAGAGAAATGATCAAATTGTAAAAATTTTAGAGCAGAAAGATAAATTGTCTAGCGAATGTGATACAAAATTACTCGCTATGCAGACAAGGTTAGATGCCTTATTAGATCAAGAAGCTCTTTTAAAAAAACAAATCGAAGACTTAAAATCAGAAGTGAAAGAATTGGAAGATGAAATTACAGGGTTGCGAGCAAGAATATTGGAATTAGAACAAAAAGGCAATGAAAATGAAGATCTAATCGAGAAAATTCATGATCTGGAGGATCAGCTTGATAAATTAAATGCAGAACTTTCTTCAGCCCAAAATCGAGTAAAAGAACTTGAAGGTGAGGTAAGCGATTTGAAATCTGAGAAGGAGAAATTACTGAAGAATTTGGCTGATGCTGAGACTGAAATTGAAGAAATAAAGAAGGATTTACAGGCTGAAAGAATAGCTAAAGAAAGTCTTTCTAAAGATCTAGAAGTTTGCAAGGATGAACTTGAAAAATTGAAATTGGAAAATAGAACTTTGGAATCGGAAAATCAGAGTTTAAAGGATAATTTGAAAAAATTAGGAGATGAAATCAAGTTCTTAAAAGAAGAAAACGAAATATTCAAGGCAGAGAATAGTAATATTATTGCGGAGAATCAAAAGTTTCAAGAAGAGATAGAAAAACTGAAAGCAGAAAATGAAAAAGCGCAAGTCGAGATGGATAAATTGAAAAATGAAGTAAAGAATTTAGAAGCAGAGAAAAATGTTATTGAAAATGAGTTGAATGTCTTAAAAGGTGAAATAGAAAAGTTAAAAGTTGATCTAAAGAGCTTAGAAGACGAAAATGCAGTACTTAAAGAAGAACTAAATAACATTAAAGAAGAAAAAGATAAATTGGAAAAAGATTTGAAAGCTGTTCAAGCAGAAATCGAAAAATTGCGAAGTGATTTAGAGATGGAGAAAACCAAAAAGGAAGATGCTTTGAAAGAACTCGAGGACTATAAGAAGCAGTTAAGTTTAATAAAAGATGAGTTGGAAAATTTAAAAGTTCAATTGGAAAAATCATCAGTTGAATTAGCAACTCTTGCGGATCAGAATAAAAAATTAAAAGATGAGCTGGAAAATGTAAAGCGGGATTTAGAAAAATCAGTTGCTGAATTAACAGCTCTTAAGGAGCAAAATGAGAAATTGGAAGCAGCTTTACAAAAAATGAGAGAAGATTTGGAAAATTTGACAAATGAAAATAAGGAACTTAAGGCAAAAATTGATCATCTTAATTCTGAGATTGAGAAATTTAAAGCCGAAAATGATAAATTATTAAATGAAATTAGTAAATTAAAGGAAGAAGTTGACCAGTTAAAAAATGAAAATAAAAAGCTTCAGGATGAATACCAACATTTGAAAGATGAAAATGTAATATTGAAAGATGAGAATGCACAGTTGAAAGACAGTTTAGATAAATCTGTAATGGAATTGTCAGCCCTTAAGGAGCAAAATGAAAAGATGAAGGCTTTTGTTGAAAATATGAAAGACGAAATTGAAAGTTTAAGAAAAGATAATGAGGAACTTAAGGCAAAAATGAATGACCTTAATTCCGAAGTAGAAAAACTGAAAGTCGAGAATAATAAATTATCGAAAGAAAATGATGATTTGAAATCCGAAGTTGATCAGCTAAAAGATGAGAATAATAAACTGAAAGATGAAAATACAAATCTAAAAGACAACTTAAAAAAATCAGAGGCTGATTTGGAAAAATTGAAGACTGATTTTGATAAATTGAAAATAGAAAATGAAGAATTAAAGAAAGATCTAGATAAAGTGAAAGCTGAGGCTGAAAATATGAATAATGAATTGAAGAATTTGTCAGCAGAATTGGATAAGGTCAGAAAAGAAAAAGATAACTTGGAAGAAAAGTTAGCAAACCTTGAAAGTGATTTAGAAAAATTAAAAGCGGAGAATATTAATTTGAATACAGAATTGAAAAAAGCTAAAGAAGATAATGAGGCGTTAAGAAATGAAACGGATTCTTTAAGGAACGAAAATGCGAAACTGAAAGCAGCAGGAGATAGTGAAAAGGAAGAAAAGAATAAGGCAAATGAAAAAATTAGATCACTGAAAGATCATAATGAAAAGATATCTCGTGATCTAGATAATGCTAGATCAGAAATTAATTCTTTAAAGGGGGAAGTTGATCATTTAAAATCTGAAATCGAGTCCATAAAAGGAAAACTACAATCAAAAGAAGATGAATTAAATGCTCTGAAAAATGAGTTAAAAGATTTTCTCTCGAAGTTTGACGAACTCAAGGATGAAAATAATCGTCTTAAGACAGAAAGGGAGAGTCTTAGAAAACAATTAAACGATTTGAAGAACGAATTGTCAAGATTAGAGGCAGAAAATTTAGATCTGAAAGAAGAACTCGCTAAATTAAAATCAGAATTAGTTAAGATTGTAGCTGAAAATGATAATTTGAAAAAAGAACTTGCTGAAGTGTTGAAGGATTATGATCAATGTCAGACAGATGGTTGCAAGTTAAAGAATGAAATTGATAAGTTAAAGGCAGCTATTGAGAATTTGAAGAAAGAATTAGGCAATTCCGAAGCAAAGATAAAGGAACTTGAAGGTCGTCTTTTAAGTAAGGAGAACGAGAAAAATAGTTTGGAACGAGAAATCGAAGGATTGAAGAAAAATTTGACAGCTGAAAAAGCTGAGAAAGAGGCAGTTTTGAAAAAACTGGAAGATCTCAATGAAGAACTTAAGGTTTTGAAAGCAGAATTGGCTAGGTTGAGATCTGAAAATGATCAGCATAGGGGAGAAATAGATGATTTGAAAAAACAATTAGTATTGACTAAAGATGAATTGAATAAAGCTAAGAGTGAAATTGCAGCTTTGAAAGATGACAACAATAAATTGAAGGGCCAGGGTGATACTTTAGCTAATGAAAGTGAAAAACTGAGAGGAGAGTTGGGTAAGTGGAAAGCTGAAGCTGAAGCTCAACGAAATGAAAATTCTAAATTGAAAAATAAGGTTGATAAACTGGGGGCAGAAAATACTAGACTTAAAAATGAAATTGAAGGTTTAAATAATGAAGTTAGTGGTCTTAAAAACATAAATAGTAAACTGCAAAATGAATTAGGAGCTGCAAAAAGTGAGGTTGATAAGTTGAAATCCGAATTGTCTGCTTCTAGAGCTGAAAATGAGAAATTGAAAGGTGAAATGAATAGTTTGAAAAGTGAAGTTGGCAGATTAAATGAAGAAATGAATAAGATAAAGGCGGAAATTGAGAGATTGAAAAAATCTTTGGCTGATGGTGAAGCTAAAATTAAAAATTTAGAAGGTCAAGTTGCATCTTTAGAATCAGAAAAAGGAAAACTTGTGAAAGAATTAAATAGTTTGAGGGACGAACAGGACAAATTGAAAAAGGAATTAACAGTTGAGAAAAATGCTAAGGAGGCTGCACTTAAAGAAGTAGAAGGTCTTAAATCGGAATTATCGATGATGAGGGCTGAATTAGAAAAATATAGAACAGAAAATGAGAAGTCAAAATCTGATTTGGAGGCATCAAAGAAGAAAGTTGCTGAATTAACGAACGAAAATGGAATTTTAAAAGCAGAGATCGAAAAATTAAGAAATGAATTGAATGTTTTGAAGAGTGAAAATACGAAGCTTAAAGATGAGTTGAATAAAGTGAAAAATAATCTAGAGAATGTGACAGCAGAGTATAATGCTTATAAAGCAGAAAAGGAAAAGGAAATTAATAATCTCAAAACAGAGAATGATCGGTTAAAAAAAGAACTTGCAGATGTACAAGCGAAAGCGAAAAATTTGGAAGATCAGCTGAAGAGTCTTCAGGATGCTAAAGCTAAATTAGAAGCTGATGCTGCAGATTTAAAATCACAGTTGGAAAAGTTGAGACAAGATCTTGTGGTTGAAAAAGGAAATAAAGAAGCTGCTCGAAAAGAACTCGAAGCTTTGAAAAATACTTTAGGTGACTTGAGAAACGAGATGGGAAAAATTAAGGAAGAAAATGAGAAGTTGATAGTGGAGAATGCAAGTTTGAAAAAGCAGATTGATAAGTTGAGAAGTGATGTAGAAAAATCGAAAGGGGATTTGGATAAACTTGAAGCTGAGAATGAGAGACTGAGAGGTGAGATTAATAAGTTGAAAGAAGATTTAGAGAAGTTGAGAGCAGAATTAGAGAAAATAAAAGCAGAGAAAGATAAGATGAAGGATGAACTTGAAAAATCGAAAGCAGATGCAGCAAAATTACGAGATGATCTACAGAAAGCGAAGGCAGATGTTGATAGATTAATTTCTGAAAATAAAAAGCTGAAGAATGATTTGGATGAGGCAAAGGCAGGATCTGATATGTTGAAAGCGAGGGTTAATAAGGGAAGTGTTGAATCTAATAAGTGGAAGGAAGAATTGGAAAAGTTGAAACATGAACTTGCAAAAGCAAAAGATGAAGCTAATCAATGTAAAGCTGAGGTAGGTAGGTTGAAATCTGAAATTGAAAGATTGATGGCAGAAATGGATAAAATGAAAATTCAGGATCGAAAATCAAAAGTTAGCATTGATCGTCCCAAAGTTGAAACACCTAAAGTTGATTCGAGAAGGATATCAGATCGTCCTGAAAAATATGATTCAAAAGTTCCTGAAGACGAATGTGGGGACTTCATTAAGTCCAATGAGATTTTGAGGAAGAGGATACAGGAACAAAACAAGGCTATTGATCGTGTTAGAGAATTTATTGGTTTCGTGGAAGGTAAAAATCCATCAAAGCCTTCGATGGCTAAAGATTATAGTGCTGATGGCGACACTGGTGGTTGGATAGTACCAGCGGTAAATGAAGTTATGGAAAAGTCACAAAAACTATCAGAAAATATTTTCAAAGCCGAGAAAGAAATACAACATCTCGAGGCATTTCTTCAACGAAAGAGCGTTGGAGATTCGGAAGCGTTGGTTCCAGAAGGTTCCAGAGGAGATTTTAATGCCGATTCCTGGTTGGGATCATTGACCTTGACCCAATTGGCCGAACTACATGATAAGATTTGTCTGCTTACTGCTTCAATGGTTGATGCTGACAGCAATTCTATCGGTTCAGAAAGAGTACTTCCTGAGAATCAATTAGGAAACGAACAAAGTCCTCAAAGATTGAACAATCCTTTGGAAAGAGATTATGAAACTCTGAATAAAAGAATTGCAGCTTTGCAGAAGCAAATTTCTGAAAAAGAATTAGAGGCCGCGAGAAAGATGCATGAGATGAAGAATATTCTTCGTCAAGAACAAATGCAATTGATTAAGATTTCAGAAGAAATGACTAAGGAGAAGAAACGAAATTTAGCACTTCAGATGACAATTGACCAAGATCCTTGTTGGACGAAAAATTGCACTGCAGAATGTAGAGGAGATTTCGATAATATTAGAGAATATTAA
Protein Sequence
MNVYHDQFCHCGCEAPGNFKPEEPPHEPCCCCDYNPFSDNSKDAEIYDLPFALRKLTVMKCQMKKWRMERLQLESETRSLKQALQQYGINIDEALKPDPLVIHYREENLRLQNLNEELEDKVVDLTGTLDEREYSEDPCDSVKYIREKMKDLRIRFADEKKQLRDKIAALNLKLAEMDDDTSCSALNRLRAKLRELMKGGQKADQQVSMVVEKSIETMVELSKSCEDLKSENERLLAQLEALRKKMEQREPSRITLKEDPMIPHDMGLEPSEITEGQDVSELYDKIKKCEALVADLRRQLAEKDQMINDLEKNLFTQKRVSGQLEEDLDKMTVSHKALMKEAVAMKEELKKRDDKVTDLLGNLRSDLTKIRGLVSERNDQIVKILEQKDKLSSECDTKLLAMQTRLDALLDQEALLKKQIEDLKSEVKELEDEITGLRARILELEQKGNENEDLIEKIHDLEDQLDKLNAELSSAQNRVKELEGEVSDLKSEKEKLLKNLADAETEIEEIKKDLQAERIAKESLSKDLEVCKDELEKLKLENRTLESENQSLKDNLKKLGDEIKFLKEENEIFKAENSNIIAENQKFQEEIEKLKAENEKAQVEMDKLKNEVKNLEAEKNVIENELNVLKGEIEKLKVDLKSLEDENAVLKEELNNIKEEKDKLEKDLKAVQAEIEKLRSDLEMEKTKKEDALKELEDYKKQLSLIKDELENLKVQLEKSSVELATLADQNKKLKDELENVKRDLEKSVAELTALKEQNEKLEAALQKMREDLENLTNENKELKAKIDHLNSEIEKFKAENDKLLNEISKLKEEVDQLKNENKKLQDEYQHLKDENVILKDENAQLKDSLDKSVMELSALKEQNEKMKAFVENMKDEIESLRKDNEELKAKMNDLNSEVEKLKVENNKLSKENDDLKSEVDQLKDENNKLKDENTNLKDNLKKSEADLEKLKTDFDKLKIENEELKKDLDKVKAEAENMNNELKNLSAELDKVRKEKDNLEEKLANLESDLEKLKAENINLNTELKKAKEDNEALRNETDSLRNENAKLKAAGDSEKEEKNKANEKIRSLKDHNEKISRDLDNARSEINSLKGEVDHLKSEIESIKGKLQSKEDELNALKNELKDFLSKFDELKDENNRLKTERESLRKQLNDLKNELSRLEAENLDLKEELAKLKSELVKIVAENDNLKKELAEVLKDYDQCQTDGCKLKNEIDKLKAAIENLKKELGNSEAKIKELEGRLLSKENEKNSLEREIEGLKKNLTAEKAEKEAVLKKLEDLNEELKVLKAELARLRSENDQHRGEIDDLKKQLVLTKDELNKAKSEIAALKDDNNKLKGQGDTLANESEKLRGELGKWKAEAEAQRNENSKLKNKVDKLGAENTRLKNEIEGLNNEVSGLKNINSKLQNELGAAKSEVDKLKSELSASRAENEKLKGEMNSLKSEVGRLNEEMNKIKAEIERLKKSLADGEAKIKNLEGQVASLESEKGKLVKELNSLRDEQDKLKKELTVEKNAKEAALKEVEGLKSELSMMRAELEKYRTENEKSKSDLEASKKKVAELTNENGILKAEIEKLRNELNVLKSENTKLKDELNKVKNNLENVTAEYNAYKAEKEKEINNLKTENDRLKKELADVQAKAKNLEDQLKSLQDAKAKLEADAADLKSQLEKLRQDLVVEKGNKEAARKELEALKNTLGDLRNEMGKIKEENEKLIVENASLKKQIDKLRSDVEKSKGDLDKLEAENERLRGEINKLKEDLEKLRAELEKIKAEKDKMKDELEKSKADAAKLRDDLQKAKADVDRLISENKKLKNDLDEAKAGSDMLKARVNKGSVESNKWKEELEKLKHELAKAKDEANQCKAEVGRLKSEIERLMAEMDKMKIQDRKSKVSIDRPKVETPKVDSRRISDRPEKYDSKVPEDECGDFIKSNEILRKRIQEQNKAIDRVREFIGFVEGKNPSKPSMAKDYSADGDTGGWIVPAVNEVMEKSQKLSENIFKAEKEIQHLEAFLQRKSVGDSEALVPEGSRGDFNADSWLGSLTLTQLAELHDKICLLTASMVDADSNSIGSERVLPENQLGNEQSPQRLNNPLERDYETLNKRIAALQKQISEKELEAARKMHEMKNILRQEQMQLIKISEEMTKEKKRNLALQMTIDQDPCWTKNCTAECRGDFDNIREY

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_01390819;
90% Identity
iTF_01394028;
80% Identity
-