Bput024535.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Brachyptera putata
Gene Symbol
-
Assembly
GCA_907164805.1
Location
OU015464.1:20156936-20173439[-]

Transcription Factor Domain

TF Family
TSC22
Domain
TSC22 domain
PFAM
PF01166
TF Group
Basic Domians group
Description
These proteins are highly similar in a region of about 50 residues that include a conserved leucine-zipper domain most probably involved in homo- or hetero-dimerisation. Drosophila protein bunched [1] (gene bun) (also known as shortsighted), a probable transcription factor required for peripheral nervous system morphogenesis, eye development and oogenesis.
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 39 0.15 1.8e+03 0.1 1.0 22 52 90 121 85 126 0.66
2 39 0.64 7.5e+03 -1.9 0.2 25 41 271 287 259 295 0.63
3 39 0.81 9.5e+03 -2.2 0.6 26 50 480 507 465 514 0.53
4 39 0.004 47 5.2 0.0 25 47 570 590 568 596 0.83
5 39 0.16 1.8e+03 0.1 0.2 24 49 717 742 710 750 0.74
6 39 0.0068 79 4.5 1.2 14 35 753 774 743 782 0.87
7 39 0.0048 56 4.9 0.1 22 48 805 832 795 838 0.85
8 39 8.4e-05 0.98 10.6 0.0 22 47 845 870 843 872 0.91
9 39 7.4e-05 0.86 10.7 0.1 23 47 886 910 884 918 0.91
10 39 0.00078 9.1 7.5 0.1 21 51 922 952 914 956 0.85
11 39 0.00015 1.7 9.8 0.0 21 45 961 985 960 991 0.89
12 39 8e-05 0.93 10.6 0.0 23 46 1003 1026 1001 1031 0.91
13 39 0.00028 3.2 8.9 0.1 21 45 1039 1063 1038 1069 0.89
14 39 6.8e-05 0.79 10.9 0.0 21 45 1078 1102 1077 1108 0.89
15 39 7.8e-05 0.91 10.7 0.0 23 46 1120 1143 1118 1149 0.91
16 39 4.3e-07 0.005 17.9 0.3 18 48 1160 1190 1156 1196 0.92
17 39 0.00013 1.5 9.9 0.0 21 45 1202 1226 1201 1229 0.90
18 39 7.8e-05 0.91 10.7 0.0 23 46 1244 1267 1242 1273 0.91
19 39 3.4e-06 0.039 15.0 0.0 21 48 1280 1307 1279 1314 0.91
20 39 9.7e-05 1.1 10.4 0.0 21 45 1319 1343 1318 1349 0.89
21 39 7.8e-05 0.91 10.7 0.0 23 46 1361 1384 1359 1390 0.91
22 39 4.9e-07 0.0058 17.7 0.3 18 49 1401 1432 1397 1438 0.89
23 39 9.7e-05 1.1 10.4 0.0 21 45 1443 1467 1442 1473 0.89
24 39 7.8e-05 0.91 10.7 0.0 23 46 1485 1508 1483 1514 0.91
25 39 1.3e-06 0.016 16.3 0.0 21 48 1521 1548 1520 1554 0.91
26 39 0.0005 5.9 8.1 0.0 21 45 1560 1584 1559 1592 0.89
27 39 7.4e-05 0.87 10.7 0.1 23 47 1602 1626 1600 1634 0.91
28 39 2.9e-05 0.34 12.1 0.2 21 46 1638 1663 1631 1668 0.92
29 39 0.016 1.9e+02 3.2 0.0 22 50 1677 1705 1671 1710 0.87
30 39 1.2e-06 0.014 16.5 0.1 21 50 1714 1743 1713 1750 0.91
31 39 6.9e-07 0.0081 17.2 0.3 21 48 1752 1779 1746 1783 0.93
32 39 0.00025 3 9.0 0.2 21 44 1789 1812 1788 1824 0.88
33 39 0.077 9e+02 1.1 0.1 19 34 1826 1841 1824 1846 0.82
34 39 0.15 1.8e+03 0.1 0.7 27 41 1856 1870 1853 1885 0.71
35 39 0.23 2.7e+03 -0.4 0.2 26 48 1880 1903 1874 1911 0.71
36 39 0.049 5.7e+02 1.7 0.1 15 37 1985 2007 1980 2013 0.67
37 39 1.9 2.2e+04 -3.4 0.0 26 43 2137 2154 2135 2167 0.75
38 39 1 1.2e+04 -2.5 2.6 15 43 2169 2200 2163 2210 0.60
39 39 0.61 7.1e+03 -1.8 0.4 15 31 2241 2257 2239 2261 0.84

Sequence Information

Coding Sequence
ATGTCTTACGTTGGTAAGAAGAATCAGTTGTTCCGGGATAAGCCGATCGGAGAAGCGGCTGCACTCCAGCGAAAACGTAGCGAAGGCCGTATGAAAAGGATCGAGTCATGCATAGACAACAGGGCTTGGTGTATGGACGACGAAGAGAGACGAAAATACTTGCTCGAGCTTGTGGCAAATCCACCGATGGGAGGCGATTGCAGCGCATTGGGACGTTATGTCCCAGTTAGCGCTCTCATCGACTCGTTGCAGGCGACTAAGAATGCTCAGATTGATGCGCTTACACAACAGATGGCCGATCTTGAGCAACAATTGGAAGCGTATCGCCAGCTGAACTTAACGGACGAACAGAAAGCACAGCTAGATAAGTTGTTACAGGGTGTGAAAACCTCAAAGAAAGCTCTCGATGACTCCAAAAGGAAGAGGCCTTCTCGCATCCCAATTTCAGTTTCGGCGCCAATTACAGTTCCGATGACAGCTCAGGGTTCGACAATTTCGGGTCAGGTTTCCGCTAACGTTTCAACTCCAATGTCGGCTCAGGTTTCGACTCCAATATCGGCTCCTGCTCCGTCAACCCAAGTGTTGTACAAACGTGATCAGGATGGGGCCGACAGCTCGGGAGCCGATTCTGACGTGGACGAAAGCGAGTTGAAAAAGTTGCTGTTGAGCAAAGAGTCACAGATCGCCTCGCTGAAGAACCAACTTGCTGCTAAGATCCATGAATTATCGGAGAAAGACAAGGCAATGAATGCTGCTATGAAGGGTGTGGACAACGCTGACCTTTGCAAACAAATGGAAAAATATCAGTCTGATCTAAATAACGTCAAAAGTCAGTCATCTGATGAATGTGAGGCCTTACGCAGAGAAAGAGATGCGCTAGCAGAAAAGCTCGGCAGTCTTGCCAACGTCGAGGCCGCCAACCTCGAGCTGAAGCGCAAGTCCGACAGCATGGATGACATCATAGCCGAGCGTGACATGTTGCGCATGCGCCTCAAGGACTACGAGAAAAAAGATGCCGACCTAGACAACCTCAAGTTTCGCGCCAAGGAGGCTGATGTTATGCGTATGGAGCGAGACAGGCTGAAAGATCGTAACGACGAGTTAGCCACCATTGAGACGGCTTATTTGAAGCTATTGGAGGAGACGAAAGATTATGAAACGCTCGCAGCTGAACGAGAGATGTATAGGTCGAAGAAGAATGATGGCCGCAAAGGACTTGACCAGGCGATGAAGGATCTCGAACAAGAGCGAGACACCCTGAACAGAGACCTGAAAGAGTACGAGTGCGCGATAGCGGATCAAGAGGACGAGATAAAGCGTCTGTTGCTGATGGTGGAGAAACTGAGCACGACCACCAATAGCAAGGAGGATCGTATGCAGAAGGGCTTGTCTGAATTGCGCCTCCAAATAGACAACAAAGATGAACGCATTAGCCTCCTTGAGAACCAGCTGGCTGAGTTGCCAAACCTTGAGGCAGAAATCAAGTTGTTGAAAGACCGGCTGAAGAATACAATTATTGGTGTCGCTCAAGAGAAGAATCAGCTTGACAATTTGTCCAAGACAGAGAGCAAACTTCGCGCAGATATGGGCACACTCGAAGCTGAGCTGCAGAATGAACGTCGCCTTAGCAAGTCGCTCAAAGACAAGCTGAACACCGTCAGTTCGGGCGGTGCTCAGCCAGTGAAAACTGGACAGTTCAGCGAGGAAGATCTGGTGGGAAAGATTAATGCTATGCAAAACGAGAATGATGCTCTGAAAGCTTCGCTAGAGGCGCTCAAGGGGGCTGCCGGCGGTAGTATTGATCTGGCGGAGGAGCTGGTTCGAGAGCGAAAGGCTAGGCTGTATGCCGAGGATATGTGTAGGGAGGCTGTCGACACGTTGGAGAAAATGACAGCAGACAAGGACAAGGAGCTGAAAGCCAAGCTTGAAACAGCTTCTCCCAGTGAGAAAGAACTGGTACGTCACTGTGAGAAGAAGTTAGAGGAGGTGAAGAAGGACAAGGAGATGCTTCAAGGCGTGTTGGATTTCACTCAAGATGAGTTAGAAAATGAAAAAGTTGCGCGACGGAAATGTGAGGAGAGGATAAAGCAGTTAGAACAAGCCATGTCTATGGATAGTAAGGGATCCGAAGTAAGCAGGAAGGATGCTCTTGACATAGCTAATGAGTTGGAACAGCTAAAGAAACAAAATGACATGCTCAAAAAGTCAATTGCTGGTAGTCAAACAGATTTGCAGAAAAGCCAATTTGAAATGTTCGATGAAGTCCAAGCGCTGGAGAAACGAATCAAAGAGTTACTGGCTGAAAATGCGGAACTGAGGAAGTCGGATGCCATTCGCGACGAGCAGGAGAAGGTACTTCGTTTGCAGTTAGAAAGCATTCAGGATTTGCTAAAAGAAGAACAAAAAAACGCCAAGATTCAAGAACAATTGAACGATAAAGTGAAATCATTGGAAGCAGAAAATGCAGAATTTAGAAAGGTTCTTCCACCTGGTACAACTCCAAAGCCATCAACAACAGGGCAAGACGACAACAGAGTGAGAGAATTGTTGATGAAAATCCAACAGTTGGAAACAGAAAATGCAGACTTGAAAAAAGGAGTTCCAGCTGATTCATCTCCAAAACCTTTGACGACCGGTGTAGATAACAGTTATATTATAAAAGAGTTGGAAATGAAAATCAAAGATTTAGAAGTAGAAAACACAGATTTGAAAAAGGGCTTACCATCAGGTACAACCCCTAAGCCTTCAGTGACAGTGACAGATAAAAAAATGAAAGATTTGGAAGAGAAAATAAAAGATTTAGAGGCACAAAATGCAAACTTGAAGAAAGGCTTACTTCCTGGTACGATTACGAAGCCATCATCGACAGGTCCAGATGACAATAGAGTGAAGGATTTGTTGATGAAAATTCAAGACTTGGAAGCAGAAAATGCAAACTTGAAGAAAGGAGTACCAGCTGGTACAACTCCAAAACCTTCGATGACCGGTCCAGATAATAGTTATATTATAAAAGAGTTGGAAATGAAAATCAAAGATTTAGAAGTAGAAAATACAGATTTGAAGAAAGGCTTACCCTCAGGTACGACCCCTAAGCCTTCAATGGTAGGGGCAGATAATAAAATGAAGGAGTTAGAAAATAAAATAAAAGATTTGGAGGCAGAAAATGCAGACTTGAAGAAAGGCTTACCAGCTAGTGCAAGTTCAAAGCCATCATCGACAAGCCCAGATGACAATAGAGTGAAGGATTTGCTGATGAAAATCCAAAACTTGGAAGCAGAAAATTCAAACTTGAAGAAAGGAATACCGGCTGGTACAACACCAAAACCTTCGATGACCGGTCCAGATAATAGTTATATTATAAAAGAGTTGGAAATGAAAATCAAAGATTTAGAAGTAGAAAATACAGATTTGAAGAAAGGCTTACCATCAGGTACAACCCCCAAACCTTCAGTCACAGGGGCAGATAACAAAATGAAGGAGTTAGAAAATAAAATAAAGGAGTTGGAAAATAAAATAAAAGATTTGGAGGCAGAAAATTCAGCATTCAAAAAAGGATTACCGGCAGATACGACTCCAGAACCATCATCGACTAGCCCGGATGACAATAGAGTGAAGGAATTGTTGATGAAAATCCAAGACTTGGAAGCAGAAAATGCAAACTTGAAGAAAGGAGTACCAGCTGGTAAAACGCCAAAACCTTCGATGACCAGTCCAGATAATAGTTACATCATAAAAGAGTTGGAAATGAAAATCAAAGATCTAGAAGTAGAAAATACAGATTTGAAGAAAGGCTTACCGTCCGGTACAACACCTAAGCCTTCAATGACAGGGGCAGATAACAAAATAAAAGAATTGGAGAAGAAAATAAAAGATTTGGAGGCAGAAAATTCAGCATTCAAAAAAGGATTACCGGCAGATACGACTCCAAAGCCATCATCAACAGGGGCAGATGACAATAGAGTGAAGGAATTGTTAATGAAAATTCAAGACTTGGAAGCAGAAAATGCAAACTTGAAGAAAGGAGTACCAGCTGGTACAACGCCAAAACCTTCGATGACCGGTCCAGATAATAGTTACATCATAAAAGAGTTGGAAATGAAAATCAAAGATTTAGAAGTAGAAAATACAGATTTGAAGAAAGGCTTACCGTCAGGTACGACCCCTAAGCCTTCAGTCACAGGGGCGGATAACAAAATGAAGGAGTTAGAAAATAAAATAAAGGAGTTGGAAAAGAAAATAAAGGATTCGGAGGCAGAAAATGCAAACTTGAAGAAAGGATTACCTCCTGGTACGACTACGAAGCCATCATCGACAGGTCCAGATGACAATAGAGTGAAGGAATTGTTGATGAAAATCCAAGACTTGGAAGCAGAAAATGCAAACTTGAAGAAAGGAGTACCAGCTGGTACAACGCCAAAACCTTCGATGACCGGTCCAGATAATAGTTACATTATAAAAGAGTTGGAAATGAAAATCAAAGATCTAGAAGTAGAAAATACAGATTTGAAGAAAGGCTTACCGTCCGGTACAACACCTAAGCCTTCAATGACAGGGGCAGATAACAAAATAAAGGAATTGGAGAAGAAAATAAAAGATTTGGAGGCAGAAAATGCAAACTTGAAGAAAGGATTACCTCCTGGAACGACTCTAAAGCCATCATCGACAGGTCCAGATGACAATAGAGTGAAAGATTTGTTGATGAAAATTCAAGACTTGGAAGCAGAAAATGCAGATTTGAAGAAAGGAGTACCAGCTGGTACAACGCCAAAACCATCAAAAACTGGTGCAGATAACAGTTATATTATAAAAGAGTTAGAAATGAAAATCAAAGATTTAGAAGTAGAAAATACAGATTTGAAGAAAGGCTTACCGTCAGGTACGACCCCCAAGCCGTCAGTCACAGGGGCGGATAACAAAATGAAGGAATTGGAAAAGAAAATAAAAGATCTTGAGGCAGAAAATGCAAACTTGAAGAAAGGCTTACCTCCTAGTGCAGCCCCAAAGCCTTCAGTCACAGAGGGAGATGACAAAATGAAGGAGTGTGAAAAGAAAATAAAAGATTTGGAGGCCGAAATTGCAAACTTGAAGAAAGGCTTACCTCCTAGTACGGCCGCAAAGCCTTCAGTCACAGGGGGAGATGACAAAATAAGAGAGTTGGAAAAGAAAATTAAAGATTTAGAGGCAGAAAATGCAAACCTGAAGAAAGGCTTACCTCCTAGTACGACTGCAAAGCCTTCAGTCACAGGGGCAGATAACAAAATAAAAGAGTTGGAAAATAAAATAAAAGACTTGGAGGCAGAAAATGCAAACTTGAAGAAAAGCTTACCACCAGGTACGACCCCTAAGCCATCAATGGTAGGGGCAGATAAAATGAAGGAGTTGGAAAAGAAAATAAGAGATTTGGAGGCAGAAAATGATGGACTGAAAAAAGCCCAGTCCGGTTCAAAGACCGATATATCGAATAAGTTCATTGCTTTAGAAAAGAAAATCAAAGATTTGGAGGCTCAGAATGCTGAATTGAGAGCTGCACAAGGAACTAAACAAGTCACCGGACGTCAGGACTCAGAGAAGCGAATGAAAGAATTGGAAGCTGAAAATGCGAAACTGCTGAAAATGAGTGAAGATCTTGAAAAGACTCTCAAGAACCGGGCCAATGAACTTCAAACAGCAAATGATAATCTTAAAAGAATACAACTCTCACCAGATGAACGTGCCAAATTCGATGAAGAGCTTGATGCTAGGAACAAGGCCGAAAAAGCCAAAATGGAGTCTATTATAGAGCAGCTAGAAGGTCAAGTCAAGTCATTCAAGAACAAAGACATGGACAAATCAACCTACAGCCAAGGACTGTCAAAGTCTGATGACGATAAAAAACGCATCAAGCAACTTGAAGATGAGGTAGCACTGTTCCGTTCTGGTGATAAGTCAGGAGTTTCAGCCGCAGCGTACACAGAGATAGATCGTCTGGAGAAAAAATGTGCCAAGCTAGAAGCAGAGATTGAGAAACTCAAAATGGAAAAGACAGGTTTGGTGGATAGTTACGAACATCATATAGCTGGTCTTACGGCAAGTTTTGAAAACCGTCTCCGAATGAAAACAAAAGAGTCGATGTTAAAACTGCAGGAGAGCATTGAAAAGTTCAAACAAACGCTAAGTCCTGAGGATCACGCAGCCAACATGAAAGCAGTCGAAGTGAAAAGTGTAAAGAAGTTGGCAACAATGAAAGAAGAATATGAGAAACGTATCGCTGACATCATCGCTGCCAACTCCAAAGAAAAGGAAACTACTAATAAGGTATACAATGGCAACTTATCGACATTGAAAGAAACGTATGAACGTGATATGAGAGCATTGCACGAGCGTCACAATGTTAGTGTAACGCGATTGCAGGGCATTCATGAAGAAGAAGTACAAAAGATTAACAGCGATTACGAATCAGAACTGCAGATCTTGAAAAATAGTCAGGATGGAGTGATAAGCGAAGTGATGAAGCAGTCAGACTCGGAGATCGAAAAGTTGAAGAAGAATCACGATGATGTGGTCAACTCAATCATGAAAAGACATCAAGAGGAGACGGAAAATCTTCAAAAAAAACAGAATGAGAGCGTGGCAAATATTGAGAAAAACTTCAAGCGAGAGACAGGTTTAGACGATGACTTTGACAGGGCAAAACTTGAGTATGAAGCAGAATTGCAGCGTATGAAAGATAGTAATAAAAAAAAAATAGAGGTTTTAAAAGTGAGGTATGCAGAACTGATGGAAGATGAGCGTAGAAAGAACAATGGGGAAGTAGGCAGATTAGGCACGACGAGAAACTTGGAGCAATCACGGACAGAAGTATACGAGTTACGTTCCACAGGTGGCGAGTTTGACAAGCAGGTCGAACTGCACGGTACGGGCGTTTCTGGTCTCAGCCTTGAAGGAATCCTACGCAAGGCACTGGCACATGGATTCGAATCGTTGACGTTCGATGAACTCTCGCTCTTACACGAACGCTGCTGTTCGTCCACGGCCCGAATGATTATGGAGAACCCCGCATTGCAATTAGCGCCCATGAAGTTCACGCTGCAGGGTGCCGACAAGCAGCAGCTGTGTAGTCGTATTGCGTGCCTTGAGCAGGAGATTTCGCGCAGACAGTTTGAAACGCAGAAGAGAGTATGTGCACTCGAGGGCTTGGTGAAACATGAGAAACGACGTCTCAGCGAGGTGAAGGACGCGCTGACACAGTCGCTGACTCAGGAGCAGCGGCGCTCGCTGGAACTCCACTCGCGGCTTGGCACTCAGACGCAGCAGCAGGCCGAGATCGAGTCCGAGCGTGACATGCTGCGCCAACAGCTCGCTTACCTTGAGGGGAAGGCTAAGATTGCAATTCCGGAGCTCGAGAAAGAGAAAAAGAAAAACCGCATCATGTTAGAGGACCTAAACAAAGAGCGTAACAACATCAAACACCTGCAGTCTCTACTTTCAGCTGAACGCATTCGAGCCAAAACTTCCAACCTGAAAGAGTCAGATCTTATCGAGTCATTGCGCATCAAGCTGGAGACCGCGCTAGACAACGAGGCACGCATGAAGTTCAAGTTCGAAAAGTTGGAGGAGCTATACAACAGCTCGCAAGTGCCAACAAACCAACGCCGTCCCGGTACCACTTCTCGTCCCGGTACCGCTTCCCGTCCTGGGTCCTCGTCATGTTCAGAGTCGTGTCCCGCTCCGTGCAATACCCGACGCATGGACACTTCCTCTGCGCCATGCCAACCTACCCGGCTGCAAGATCCATACCAGCTGCTGGTATGA
Protein Sequence
MSYVGKKNQLFRDKPIGEAAALQRKRSEGRMKRIESCIDNRAWCMDDEERRKYLLELVANPPMGGDCSALGRYVPVSALIDSLQATKNAQIDALTQQMADLEQQLEAYRQLNLTDEQKAQLDKLLQGVKTSKKALDDSKRKRPSRIPISVSAPITVPMTAQGSTISGQVSANVSTPMSAQVSTPISAPAPSTQVLYKRDQDGADSSGADSDVDESELKKLLLSKESQIASLKNQLAAKIHELSEKDKAMNAAMKGVDNADLCKQMEKYQSDLNNVKSQSSDECEALRRERDALAEKLGSLANVEAANLELKRKSDSMDDIIAERDMLRMRLKDYEKKDADLDNLKFRAKEADVMRMERDRLKDRNDELATIETAYLKLLEETKDYETLAAEREMYRSKKNDGRKGLDQAMKDLEQERDTLNRDLKEYECAIADQEDEIKRLLLMVEKLSTTTNSKEDRMQKGLSELRLQIDNKDERISLLENQLAELPNLEAEIKLLKDRLKNTIIGVAQEKNQLDNLSKTESKLRADMGTLEAELQNERRLSKSLKDKLNTVSSGGAQPVKTGQFSEEDLVGKINAMQNENDALKASLEALKGAAGGSIDLAEELVRERKARLYAEDMCREAVDTLEKMTADKDKELKAKLETASPSEKELVRHCEKKLEEVKKDKEMLQGVLDFTQDELENEKVARRKCEERIKQLEQAMSMDSKGSEVSRKDALDIANELEQLKKQNDMLKKSIAGSQTDLQKSQFEMFDEVQALEKRIKELLAENAELRKSDAIRDEQEKVLRLQLESIQDLLKEEQKNAKIQEQLNDKVKSLEAENAEFRKVLPPGTTPKPSTTGQDDNRVRELLMKIQQLETENADLKKGVPADSSPKPLTTGVDNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSVTVTDKKMKDLEEKIKDLEAQNANLKKGLLPGTITKPSSTGPDDNRVKDLLMKIQDLEAENANLKKGVPAGTTPKPSMTGPDNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSMVGADNKMKELENKIKDLEAENADLKKGLPASASSKPSSTSPDDNRVKDLLMKIQNLEAENSNLKKGIPAGTTPKPSMTGPDNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSVTGADNKMKELENKIKELENKIKDLEAENSAFKKGLPADTTPEPSSTSPDDNRVKELLMKIQDLEAENANLKKGVPAGKTPKPSMTSPDNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSMTGADNKIKELEKKIKDLEAENSAFKKGLPADTTPKPSSTGADDNRVKELLMKIQDLEAENANLKKGVPAGTTPKPSMTGPDNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSVTGADNKMKELENKIKELEKKIKDSEAENANLKKGLPPGTTTKPSSTGPDDNRVKELLMKIQDLEAENANLKKGVPAGTTPKPSMTGPDNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSMTGADNKIKELEKKIKDLEAENANLKKGLPPGTTLKPSSTGPDDNRVKDLLMKIQDLEAENADLKKGVPAGTTPKPSKTGADNSYIIKELEMKIKDLEVENTDLKKGLPSGTTPKPSVTGADNKMKELEKKIKDLEAENANLKKGLPPSAAPKPSVTEGDDKMKECEKKIKDLEAEIANLKKGLPPSTAAKPSVTGGDDKIRELEKKIKDLEAENANLKKGLPPSTTAKPSVTGADNKIKELENKIKDLEAENANLKKSLPPGTTPKPSMVGADKMKELEKKIRDLEAENDGLKKAQSGSKTDISNKFIALEKKIKDLEAQNAELRAAQGTKQVTGRQDSEKRMKELEAENAKLLKMSEDLEKTLKNRANELQTANDNLKRIQLSPDERAKFDEELDARNKAEKAKMESIIEQLEGQVKSFKNKDMDKSTYSQGLSKSDDDKKRIKQLEDEVALFRSGDKSGVSAAAYTEIDRLEKKCAKLEAEIEKLKMEKTGLVDSYEHHIAGLTASFENRLRMKTKESMLKLQESIEKFKQTLSPEDHAANMKAVEVKSVKKLATMKEEYEKRIADIIAANSKEKETTNKVYNGNLSTLKETYERDMRALHERHNVSVTRLQGIHEEEVQKINSDYESELQILKNSQDGVISEVMKQSDSEIEKLKKNHDDVVNSIMKRHQEETENLQKKQNESVANIEKNFKRETGLDDDFDRAKLEYEAELQRMKDSNKKKIEVLKVRYAELMEDERRKNNGEVGRLGTTRNLEQSRTEVYELRSTGGEFDKQVELHGTGVSGLSLEGILRKALAHGFESLTFDELSLLHERCCSSTARMIMENPALQLAPMKFTLQGADKQQLCSRIACLEQEISRRQFETQKRVCALEGLVKHEKRRLSEVKDALTQSLTQEQRRSLELHSRLGTQTQQQAEIESERDMLRQQLAYLEGKAKIAIPELEKEKKKNRIMLEDLNKERNNIKHLQSLLSAERIRAKTSNLKESDLIESLRIKLETALDNEARMKFKFEKLEELYNSSQVPTNQRRPGTTSRPGTASRPGSSSCSESCPAPCNTRRMDTSSAPCQPTRLQDPYQLLV

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_00242911;
90% Identity
-
80% Identity
-