Kina011013.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Kallima inachus
Gene Symbol
-
Assembly
None
Location
HiC:484526-543975[+]

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 4 0.00013 0.012 16.5 0.6 3 23 74 95 73 95 0.98
2 4 0.19 17 6.5 0.4 1 19 133 151 133 153 0.94
3 4 0.19 17 6.5 0.5 1 23 519 542 519 542 0.97
4 4 5.7e-05 0.0052 17.5 0.6 3 22 3047 3066 3046 3069 0.90

Sequence Information

Coding Sequence
ATGAGTACGGGTGAAGATGAACCATCGTCTGGTTTAAATGGAAGGTTGAGACCGAGAAAATCTACCAACCCCAGCCCTCAAACAACTAAAAGTATACGCAAACCGGACTCCAAATCTGCGCAGGAAAGACCTAAAAGAACCACCACCCCGTCCAAAGTTTCTCCAAATAAACTTGATGATCTCACTGACAAGTCTGATTCACCCGCTCCGCAAATTCTTTGCCCTTATTGCGATAAATCTTTCTTTTCTAAACAAGCAGTTTCTAAACATATTCGACGCATTCACCTTTTATCTTCAAAGCAAGATAATGTTATTAATTGCTTGTTTTGCAATCACACTGAAACGGATGCCAATGATATTATTCGACACATGGTCGATAACCATCCAAATCAATACTTTGCCTGTTATGACTGTCATACAAGGTTTCCATCTACTACAGAATTAGCAGAGCATAAGGTTAATGTATGTGAAAAGCAAAAGTTACCGTATCGTAACAAGTTGCGTCAGAAAACGACACCAAAAAAGACTCAAAAAATTCAGAATAATCATGGAACGAATGACTTCGAAAACGAAGATAAAAATTATTCAGGACATACTTTTAACGGCATCGTTATATCTTGCGAACTTAAACCATCACATCCTAACGACCCGATTGATATTGAGGATAACATAACAACAAATCTGATTTTGCCTTCTAGCAAAAATTTAGGCAACGCTAATGTAATCGAGAAAAACGCAATTATCGTCCTAGATGATTTGCAGTGGAATAAGAGGATACCACCTAATTTCTCTTTTCATAATACAGATGCTGATCAAATACTCTCCAGACTAGGAGTAGTTCACAGATCACCGAGGACTGGTGAAAATAATAAAAAAGATTGGTTCAAGCATATCGATGATTCGCATCAAAAATTTGAGAAGTGTTTCGATACGAGTTTCTACTCAAAGGTCGCTAGTAATGTTCAAGAGAATTTAACTAAATTTCTTGATGGCTCTTTCAACTTTAATCCAGATCCAGAAAACACTATCAAAACAAGGAAATCAAAAAATAGCGTTGCCATCAACACAGTAGAGGGTTTTCCTATTCTTTTAGCATCCGAACAGTTTTCTAGAAACGTTTTTGATGGTTACATGCCAAGGACCATTGCACCAAAGCATAAATGGAAATGGGACAATCTTGAAAGTGACAAAAATTTAATGAGTCCTGAACAAATAAAGCGTGACTCTCACACTAATAATTGCATTATTACATTGGTTTCCAGCTTAGACATATGGACTCAGTTATGCATGAGACGAAAGTTTGAGGAAAAATTCAGTACATCGCCTCTAGAGAAAAGAACAGAAAAACAAAGTATTATTGGAAAAGAATTAAAAGAAATACTGGAGAGCAGGGAACTACCAACGTCATCTTCCCAAGTGGTTCAATATACTAGTCCGCCATTGCAGGCTCGTGATAATGCAGATTTTCCTGCTTCCCTCGGCTTAGTACCGAACGCACCGAATTTTGATGTAAAACCGACGGTTCTTAGCGGTGAATGGGTGAGACCGCGTTGTTATGTTTGTTGTGCTTGTGGAGCACAAACACGTGACTCTAGAGCACTCTCATCTCATATTTCCACTCAACATCCTAATGCTCAGATACAACACTATGAAATAGTTGGCGAAGTACTCTTGAATTCTGACATTTTAAAACATTTGTATGTACCTCCAAGTCAACTAAATAACAGGACTCGACCACTTCGAGGATTCAGAGAGTGCACAAAATGTAAAAAGGGAATATCACTGGAAGATTTACATCAACACATGCTAGATTGTGCGGGTGACACACCAACAGTGCGTAGAAAATGTAGATATCGTCCATTTGGAGTTCGAAAACGTCGTCCTCGACTACCGGATAATACGATACGTAAAGAAATGCGAAAGGATATTCGACATTCGCGACATAATCGAAAGACGCTTATGAGACCTAGACCAAAAATCAGAACAGAAGTTGGAGACGCTGAGACTATAAGGAAAATGTTGGCAGATTTGCCTGCCAAACGTCATCGAGCTATAGTCAATCCCTTAAACCCCATTTTGCGTCCCCGACGAAAACTTAATAAACAAAGGACTAAATTGGTTATTAAGAAGAGAACGATTGATGAGACGACAAAGAAACCAATATCCACTGACAAGTCCCAAGAGAGTAATAGAGATAAAAATCAAGATCTTCAAAAAAGTTTAAATGATTCTGAAAAATCTGACAATAATGCTGTTCAGCCGATAAACCATTCAGTAAAACGCGTAGCATCAGGAATTTTAGGACATAAACATTCCTTACACAAAAAAAGTTCTGGTAATAAAAACAGAAGAAAAACTTTCGCGACTAAAGTATCGGAATCAAACACCGAAAGTTCGGATGTACCCATGCAACCTGTTGAAAGTGACAGTAATAAACAAGGGGATCAAATGTCGATTGAAAATAATTCAGAGAGAATAAATATTAACGACGGTTCTCAAAATACAAGGGAACATGGCAATAGCAATAACGGATCAAACAATAGAGATGACCAACGTCCTGGTTGTAGTGAGCAAAATAGCAACTCTCGGGACTCTTTTGCACCATCCCAGAATGTCCCTTTAAAACATTCTATTGCTCGCCTAACTGCAAGCTCTGAGACTCATGATAAATCAGTTCAATTTCATCATCTATTTCTAGTTCAACAAGAATGTAACAATGTCAATCAACATTTGCCTTCGGGGCAAAGAATGCTTTTTGAAAACGAAGCGGTTGTAACTAAGTTAGATAAGCCACCTTTACATTTTAATCATTCAGAAGTGTTAGACCCGCAGGGTTTTCAGAGAAATAAACTAAACAGACCTCGTAAAGGATTAAATGATTGTATTGCAATGCTTAAAAATAAATTAGTGGAACCAAATTCTAGTACATTACCAGGACATGTTTCTGTACAATGCGGTAGCGACGAACCTTTAGACCCAGAACCCGTTGTAATCGAAAGACGACATTCTACAGCTGATACAAGTATAGTAGAGTCGGTACAAAGGTCTTTGCAAATGTTCTATCCTAATAAAACTGTGGATGATATTCCATTAAGTTATGATACTGGTAGTCGCGTAACACGACGTTCTTCTACACGACACAGTTCTAGACGAGAAAAACACGTAGATGTTCAATCTAATAACGATTTCATGTATTGGAATCAATTTTACTACAATAAGGAAACATTGCCTACAACTAAAAATAGTAATAAGTATAATAAACGTGAATCGACTCGTCGTAGATCTGTTGTTTCGACAGAAGAGTTATTATTGCAACATGCAATGAGTCTGGAATTATTAGCTAAAAGTAATAGAACTTTTAAAAATGTTACTGATTATCAATTTCCTAATATACCTACACCACAGAAAGCAACAAGAAGAACTCGTCAGGATAGTTATAAAACTAGATCCAATTCAAGTACCACGAAATCCAAAAATAAAGAAACTTCCAGGTCACGACAAAGAAAAATTATAAATCCGAATAGTTCTCGCGGTCACCAAAAAATACCAGATGTAGATTTACCATCTGTCAAAAAGGTAAACGACAGACATTTTGAACATAGTATAGTAAATAATGCTAACGTGACTTCAATGACAGAAAATATAGATCACTACTATTTACAAGGAAGGGTTGAAGATAAGACCTCTGATCTTTTGATCTCAAGTAATTTGCCAGAGGAGCAGTTATGCACGAATATGTGTCAAAATATGTCAATGATACAATACCCAAATGAATATGAAGTTGTTCCTGTTCATTATAATATGCATTTGGACTCCACGTCGACAGTGCCCCTCGACCTTTCAAATAAAACAGTCATGGAAGATTCTCGACATTACTTAACCGACGAACCATATTGTGCGGTTACTTATGATAGTTATGAAACATTAGATTTATCTAATAAGAATCTAAATAATGTAATAGAAAAAGAAACAAATGTTAGTAATGATGAAGTGGTAGATTTACGTGTGACTAATAATCCTCAGTCATTGCTATCTCGATCTACACCTTTACTACATGAAAACATCGCAGCTGATTTGTCATATGGGCAACCCGACACATGGCTATCTGAAGCAGATGATTACATACCCACAGATTTATCAATGAATAGAAATGAATTATCAACGAATTCCTATGAAAAGAGACGAATATACGATAATAATTTAGAAATGAATATGGTTCAAGATTTATCTCATACAACAAGGCATGGACATGAGGTATGTATGATTTTTCCTCAGAGAGAAGAGCTGGAAAATGAAGAACCTACTGATTTATCCAATTGGAGGACCGAAAGTAGACCGAATACACCAACTGTTTGCGTATCAGAAGAGCAACACATTCGCCTAAATATTTGTTCGAATAAGTCTAATCATAACAATGAAGACATTCCAGCAGATTTTTCTGGTAAAAACAAAGAAATAATACGTAACAGTTATTATATGGATGAACAAAGAATGCCTCAATATTTGGAAGCTCCGGTATCTAATAATCATGAAACAGGACCTATCATTGATGGTATAAATCCGCAACTATCCTTAAACTCTGTTGATTCTGAGCAAATGATTAATGGTCATTACAATTTTGCAGCGCGAATTCCTGTACAAGCAACAGCATTAGATTCGAGAACTATCATCACATATACTGAGCCTATATTAAATGAAACTCAAAACAAGTATACCAAAAACATGATATCAGCACCTTCTGTAACATCTGATTTACCCATATTGATTGATTGTTCATCAATAAAAGAAAGTGGTGCACGTTCTGACGTAAGCTACATTTCAGAAATGCCACTGAGTTTATCTACTAAAACGATTGATGAGCCTAATATTTGCAATTTAGTACATTGTGATGCAGCAGTCAGAGATTATGAATATGAAAGTGCCACGTCAGCTTCTACAGTGATGCAATTTAAAGAAACAGACTCCTTAAATACAAGCACGAATGACAATTTAAGTGCAAATGCATCTACAGTCTACACGGTAGCTGAGCCAGTGACTGGAACTTCGACTGCTTATAAATCGAATTCTCCGTCTATAATACATAAACCTAATGATATTGAGAACAGAAAGTTATCTTGTGAAAGTGAAGTTTCGGAAGGAAATAATTTATCAACGGAAACAAGTCCGGTTTCGACATATGAATTAGATACGGTAAATAAAAATTTAGAGGCTTTAAAAGAAAATTACAGCAAGAACACCAAGACCATTACATTAGACCAAGACCCAGAAACAGCTAAAAAAATAGCAATGTTACCTAAAGAATTGGTAGAGATACTAGGAAATATGCCTGTTGATCACCGTAATCAATTACTTAATGTTTTGCCGCAATATGTATCGTCGTCAACTTCGCCTATATCTTTGTCTCATAGTACTGAGAATTTCCGGCGTGATTCGATTTCTAATACCGCTAATTCTTCATCGCCTACACTCATTGGCAAACAATTAGAAATTGATTATAAAGCGAAATTTACATCAGAAGATGGACATTCATTATTAGATCACACATCTCCTCAAGTTTTGCAATATGTAGAGACATCACCTACAGCTGTTTCCAGTTCTATACTTTTAACACCGCCTACACCTCGTCTGTCAGAACGAAATTCCAACCAATCGCATGAAAATGAAGAAACAAAAATTATAGAATACAAAAGAAAATCTCGAATTTCAAATGATGAAGAAACTTCCCAAAAAATCATGAATTCTGAAAATATATCTGCCGGCTTGTATACAACATTAGATGAATATGATGGACAAGACCGTATTATTGATTTGACTGGGGATGAGGTTTCATCAGAGGCTTTTGATGTTTCGAATAATTGCGAGCAAGTTAAGAATTCAATTAGTCATGTTTCAAAGGATATATCAAGTTCAATAGCTACTCCAAAATCGAAAGCATTAAAAACAAACAGTGATAAAACTGCAAGTTTGAGGGCAGTACGAATTAAAACATCATCTGAAAGACAGCGGTCAGTTTTAGCTGAAAATACAATCTTAAAGAAAAACAACGATAATACATCGCATTTAACTGAAGAAGAGCAGAATAGCAAATGTACTGATATCATTAATCCTATGGCTATTCAACAAGCTGAAATAACTAGCACTCAACATCGTTCAACCATAAGTACTTCTCCTACAGTACCGGTAACAATTAACTCGTGTCCAGAAACAATAAAAATGCCAATAGAAAATAAGACTAAAGGCGCAGAAAGAAATAGTGCTTTAAACTATAACATAACTGCTAAACAAAATGTGGTTACTTCATTTCTGTTAAAGGATACGCGTTGTGATTTGAAAGACAAAATAAAAAATGATAGTACATGCCATGCCAATAAAAATGATTCATCAAAAATTTCCATTTCTTATAACGCAGTAAATGAAATGTCTTTAGAAACCAGCAAGGAATCTAATTTAAATCTAACAGGCTCTAAAGGATTATTAAAAAACAAAATTATGGAGGAAAGTGAATCCTTAATATCACCTAGCTCAAAAAAACAATTAGTCATAGAAGATGATGATTCTGAAGATGATGTTACATTAGCTGTTATAGTAAAACAGAAAAATCGCGATAGTAACACTTCTCGCAACGATCAAAAGTTATATGAAAAGGAGAATACAATAAAGGAAAACAAAAACTTAGAACAAAAAATATCCGATAAATTGTCGTCTGACCAACAAAAGCAAGTTTTGCTTTCTTGTAACAAAACGATGTCAGCTGAAATAACCACTTTATGTGAATCACAATCATTAAAAAAATCCATTGACACTTGTAACAATACGAATAGTTTAGAATGCAATGAAAATTTGACCAAAGAAAAGGGAACTTATTCTAAAAAGAAAGGCAGAAAAGGTCGTCGCATAAATATTTTAGGTACTACACAGTACGTTGAGCAGCAAGGGCACTTGTGTAACACTAATGAAGTTGATAGTGAGAATGAAATTAATAAGGAAAATAATCTCTCTTCGGAGATTGTGAAAAATGTAGAGATAATTGACGATTCTGTTAAAACCAAATCGACTGAACTAGATAATAATCGATCTACATCTACTAACATGGTCATAACGACTGATAAAGAGGTTACTCTAAATACATCTGTAAGAAAAGAAAAAGCAAAAGTAATGCTTAATATGTCTAGCGAAAGCCTTTCTTTTGATAATGTTGATCACACTGGTGATCGGAATTTAGAAGTTGCTATTGAAGATCGTAAAACCGTTACAGACAATTCTAAAGAAGACTCCCATGAAAATAAATTGTGTACTTCTACAAATGCTGTGTGTAGTACTAATAAGGATGTTTCTAATAAAGAGGAACAAAAAATTGAAATTAACAATAAACCTCAATTATCAGACAATTCAAATATAATAGTTGAAAATCAAACAAATAATTTAAACAATCAATGTGAAGTAAATAAAATTATGGAATCAAAAGATATTTCGTATAATGCAGCAAACATAGCTAAAAATGTTGAAAATAAGACTGAGACCGAAATGGATGAAACAAATGTAACACCTTTACGACGTAGCAGGCGAGGAAAGTCATTGTTCATTGATGGTAATTCAATTATAAACGACAAAACATTAAACGCTGATAATTCTACGGAGCAAAGAGCTCCTTTAACAAAAAAGCAATTAATTTTTTCCAAACTTTTACAAGATGAAGAAAATCATAATAAACCAATGTTGACTACTACTCCTAATAAAATTGCTGAACCCCTTTCTAATATGCAATGTGTAAATCGACAAGAAAATGAAAATGATGATCAAATTAATAAAGTCGATGGTGGCGAAAACAAAACAAATAAAAGAAAAAAATCGCCCCAATCAAAACGGAAATACAAAAAGAAAAAGTCATTGATAAACGTTCAAACTAGTAATGAAAAATTAAATCCAGAACAAGAAGTTAACAATAAATTACAAAGTCTAGAATCAAATAATCTAACTTCCGATAATACATTATCAACATCTGATATGACATCTGATGTTAAAAGTCATCAAAACAATACTAACAACATTACTATACCCGTAACTGATACGATAAGTGATTCTAAAAAGTTAATTGAAAAACGCAAATCTACTACTCCGGATAGAGATGACTTGCTTTCAATTTCTAAGCCAAAGAAATCAAAATTAAATGATGTGGAATCTGTGGTCCCACATATAAAGATTTCTGAAAAAGAAATAAAAGCAAAAGAAAGTAAAGACACATTATCTACAGCAGTTATTTCACGCAATACAACATGCTATAACAAGGCAATAAGGCGAGCACGCTCTAAATCTGTTGTTGTAAAGTCTTCTGGAGCGGAATTGTACGATCCCTATGATATAGACTTGGAAGATATGGTTGAAAGGACCGAGCCATTTGTTAGAAAAGATATTTCTCCGAAAACTCGTTTTTCTACTCTTAAATCGGCAGTTGCAGTTAAGACTCGAAAATTAAGTAAAACGGCACCATCTGCTATCATAGATATTTTACCATCAGATGCAACACCATCTACTATCGATTCTGAAAACAATAAACCTAATGCAGATAAAATAATTATTACAACTGAATATAATAATAACTCCAGTATTAATACAAAAGATGGCAGCAGCGATTCTGATGAATCTTCAAAGAGCGATGTGCCTTTGAAAAAGTATGTAGAAGACAAAGAGAAAAAACTATCTGAAATATCGTCTATGTTGGAACGTGTGAAAAAATCTACTAATATTGAACCATATGTAAAATCACGAGAAAAATCTAAACTACGTAAAAAAGATAAACAAGCTCAATCCATAAATAATAAAGAACAAAGAATTATTACTGATAAAACAGAAAATGAAGAAGAACTTCGTTCTGAGCAATTTATGGAAAGTTTCGGTTTCTTTTCTGAAAGGAAACCAAGGAAATCTAATTTATTGGCGACTAAGAAAATATCAGAAACATTCAATTTGATTGATAACGACGAGGTTTACTTTGCGTCCAAGGAACGTGGTGCTAAAAAATCCACAAATGATAATAAAAAAGAAGATCAAGTAAAGACTAAGTCAACAATTTCACTTCCTAAAAAAGTAACAAAAAGAGGAAGGAAAAAGAGAAGGAGAGTAAAAATAAAACCAAGTTTCTGTGATATATGTAAGAAAGTTTTCCGCAGATGGGATAATTATGTAAGACATTTATTGTCTTTATATCATATTTCAAGACTATGTGAAATAGAATTAAAAGTGAAAACAGTGCTAATCGAAGAAGAACCAAATTATTTGCTTGCATATAGACAACAACTAAACCGATTAAAGGTACTTCAAAATAAAATAGCAAAAAGGAAAAAAAATTGTTTGTCTACTGCGGATATTGTTCTACCAACGCTTGAAGAAATTTTAGCAGATGTGAAAAGAACGATACGAGAACAACAACTTTCTCGACGGAGCTTAAGTCGGGATGAAGCGCTATTTATTGATTGTTGTGAAATGTTAAAAGAGTCTCATAACAATGATATTCCAACAGTCAATAAACGAGTTCGTCAATGCAACAGTTTCAATTGCGCACAGACATGTCAAGAAGAGTTGGCTCTGTTGGAAAAAAGTATTCTTGATGACAGGTGTGATATAAAAGCTGATGATGAAATGGATTCTGTGACAGCAAAGAAGATATTGGAAAGTGAGGAAGTTCGAAATTTGGAAAATGATTTGATATCTAATTTAAAAGAAGCTAATGGTATAAAAGGGCCGTTAACAGGTGTTCAAATCGAATCATCGGCAACATTCACTAATAGTATTACTGACTCACACACCCTTTTATCTAATTATGAAGTTTTAGAAGACTCTACTAGATCCAAATATAAACGACCTAGTGAAATTAAAGAGAAAATGTACCCTGATATCGATAATATCGATATTTTTGAAGATAAATTTGATAAAATAAAAAGAAAGTGTAGGTCTCAAGCTGCAGCTGCTAAACAAATTCAAACAAACGTGGAATCAAATACCAGACATAAAAATCGTAAAAAGTCCGAAAAGAAAAAAAATAATAATAGAAAGGGATATAATAATACGGTCCCTACCAAGGCAGCTTTAAAAGGATTCGATGGCATTAAGGTATCAATTCTAACCTCGGATATTAATATGTCCGCAATTGTACCCTCCGTTGAAAAGGTGCATAAAAAGAAAAGAAAGAGTGGTTCTAAAAAGAAGAGGGACAGAACAAATTCCGAGAAAAGTAGTCACCGTGAAAGTGATTATTCCATTGAGAAATCACCTCAGAAAAAAGTTGACGTTTACGAATTTATGGATACAGAAGATACTGAAGTATTTGAATTTAGACCATCAACTCTAATGGAAAGGTTTAAGAGCATAAATAATAAAGAAATACCGAGTACATCTAAGTCAACTAATGAAGTTGAATTCGAAATATCTAGCGAAAGCGGATCTGATGGCGATGACTTTGTTTATATGTCTGACGACTATGTATGTAGCGATGAAGAAACTGAAAACAGCATGTTGTCTTGTGAATTAAGTGTTGGGAAAGCCATCAATGAACAGAATAAAACTTCGTCTTTACTTAAAAGGAAAGAAACTACAGAGAAAAATGCTGTAATGGGAAAAATATTTAAGCATAACGCTGTGCGCACTGAGAGAAAAACCCCGAAAAATAGAGAATTCGTTAAGCCTAAAGCTAACCTGGATCAATTATTTGATAGCTTACTGGAAAAAGAACCTAATACTTCTTCCGTCTCAAACGAAGATGTGTCCACTGAAAAAGATGAACTTCCACCATCACGAGTTTATCTTAGCTTATCACCTCAAAAAGATGACCAAACCAGGTTTAATAAATCAACAAAACGTTATGATCAAGCGCTGTCTATTACAAGTGAAACCGGTTTATCTCAAAAGTACAGTACACCTTCACCGACATTACATCCATCTTTGTCATCGTTTTCTGTAAGGCGCAAATCTACAACACCACCGAGAAAATTGGAAACAAATATAAACTCAGTTTCAACTTTGGACGTGCACGCGTCTTCTATCAAGCCTAACGATGATTATAAAAAATGTGAAACAATAAAGGAATATGACACACCAAAAGAGATACATACGAAGAAATTCGAACCTCTTTTATCGAGAAATGAGAATTATACTACGGCTACTACGGTTAACACTTTGCGCAGACGAAGTGACGATTTTTGTTACGAGAAACCGAAATCAAGGGATGAGTTCCACAAGGATAAAGCCGACAAGAAAAAGAAGGACGGTAGAAAATATGAGACTTTCGAATTTAGCGAGGAATCTTTCGACAACATCACGTCAGAAGACGCTGGTGTTGCTAGACAAAGGGCACGTCGAAAATGTACAGTTGGCAAGCAGAACGTTTTAGCCGAAACTTGGAGCTCGGAATCGGAACCGGACGGTGCTCCTCCGCGACCTAACAGTGCCGAATCTGTAGTCGCCAGTAACGGACGCAAGAAGAAAGGGAGGAAGAAGGATGGACAATCGAGCGGTAGTCGAAAGGCGAGCAGGCCGATTTCGATGAAGAAGTATGAGTATGAAAGCAGGGTAGGTAGCAGTAACCGCGGCGCAGGGAGTGTAGTGCAGGCGAGACCGCGTTCGCCGCCCTACCACTGGTCGGAGGGCGACGACGAACAGGAGCACCCGCAGCAGCACGGCTGGATAGTCGGCGACAGTCATAAGAAACTCGTCACTATGTTAGCACACGCGAAGGGACGCAAGCGCAGCGGCGACGAGAAACGTCAGTTGCTCGAGTAA
Protein Sequence
MSTGEDEPSSGLNGRLRPRKSTNPSPQTTKSIRKPDSKSAQERPKRTTTPSKVSPNKLDDLTDKSDSPAPQILCPYCDKSFFSKQAVSKHIRRIHLLSSKQDNVINCLFCNHTETDANDIIRHMVDNHPNQYFACYDCHTRFPSTTELAEHKVNVCEKQKLPYRNKLRQKTTPKKTQKIQNNHGTNDFENEDKNYSGHTFNGIVISCELKPSHPNDPIDIEDNITTNLILPSSKNLGNANVIEKNAIIVLDDLQWNKRIPPNFSFHNTDADQILSRLGVVHRSPRTGENNKKDWFKHIDDSHQKFEKCFDTSFYSKVASNVQENLTKFLDGSFNFNPDPENTIKTRKSKNSVAINTVEGFPILLASEQFSRNVFDGYMPRTIAPKHKWKWDNLESDKNLMSPEQIKRDSHTNNCIITLVSSLDIWTQLCMRRKFEEKFSTSPLEKRTEKQSIIGKELKEILESRELPTSSSQVVQYTSPPLQARDNADFPASLGLVPNAPNFDVKPTVLSGEWVRPRCYVCCACGAQTRDSRALSSHISTQHPNAQIQHYEIVGEVLLNSDILKHLYVPPSQLNNRTRPLRGFRECTKCKKGISLEDLHQHMLDCAGDTPTVRRKCRYRPFGVRKRRPRLPDNTIRKEMRKDIRHSRHNRKTLMRPRPKIRTEVGDAETIRKMLADLPAKRHRAIVNPLNPILRPRRKLNKQRTKLVIKKRTIDETTKKPISTDKSQESNRDKNQDLQKSLNDSEKSDNNAVQPINHSVKRVASGILGHKHSLHKKSSGNKNRRKTFATKVSESNTESSDVPMQPVESDSNKQGDQMSIENNSERININDGSQNTREHGNSNNGSNNRDDQRPGCSEQNSNSRDSFAPSQNVPLKHSIARLTASSETHDKSVQFHHLFLVQQECNNVNQHLPSGQRMLFENEAVVTKLDKPPLHFNHSEVLDPQGFQRNKLNRPRKGLNDCIAMLKNKLVEPNSSTLPGHVSVQCGSDEPLDPEPVVIERRHSTADTSIVESVQRSLQMFYPNKTVDDIPLSYDTGSRVTRRSSTRHSSRREKHVDVQSNNDFMYWNQFYYNKETLPTTKNSNKYNKRESTRRRSVVSTEELLLQHAMSLELLAKSNRTFKNVTDYQFPNIPTPQKATRRTRQDSYKTRSNSSTTKSKNKETSRSRQRKIINPNSSRGHQKIPDVDLPSVKKVNDRHFEHSIVNNANVTSMTENIDHYYLQGRVEDKTSDLLISSNLPEEQLCTNMCQNMSMIQYPNEYEVVPVHYNMHLDSTSTVPLDLSNKTVMEDSRHYLTDEPYCAVTYDSYETLDLSNKNLNNVIEKETNVSNDEVVDLRVTNNPQSLLSRSTPLLHENIAADLSYGQPDTWLSEADDYIPTDLSMNRNELSTNSYEKRRIYDNNLEMNMVQDLSHTTRHGHEVCMIFPQREELENEEPTDLSNWRTESRPNTPTVCVSEEQHIRLNICSNKSNHNNEDIPADFSGKNKEIIRNSYYMDEQRMPQYLEAPVSNNHETGPIIDGINPQLSLNSVDSEQMINGHYNFAARIPVQATALDSRTIITYTEPILNETQNKYTKNMISAPSVTSDLPILIDCSSIKESGARSDVSYISEMPLSLSTKTIDEPNICNLVHCDAAVRDYEYESATSASTVMQFKETDSLNTSTNDNLSANASTVYTVAEPVTGTSTAYKSNSPSIIHKPNDIENRKLSCESEVSEGNNLSTETSPVSTYELDTVNKNLEALKENYSKNTKTITLDQDPETAKKIAMLPKELVEILGNMPVDHRNQLLNVLPQYVSSSTSPISLSHSTENFRRDSISNTANSSSPTLIGKQLEIDYKAKFTSEDGHSLLDHTSPQVLQYVETSPTAVSSSILLTPPTPRLSERNSNQSHENEETKIIEYKRKSRISNDEETSQKIMNSENISAGLYTTLDEYDGQDRIIDLTGDEVSSEAFDVSNNCEQVKNSISHVSKDISSSIATPKSKALKTNSDKTASLRAVRIKTSSERQRSVLAENTILKKNNDNTSHLTEEEQNSKCTDIINPMAIQQAEITSTQHRSTISTSPTVPVTINSCPETIKMPIENKTKGAERNSALNYNITAKQNVVTSFLLKDTRCDLKDKIKNDSTCHANKNDSSKISISYNAVNEMSLETSKESNLNLTGSKGLLKNKIMEESESLISPSSKKQLVIEDDDSEDDVTLAVIVKQKNRDSNTSRNDQKLYEKENTIKENKNLEQKISDKLSSDQQKQVLLSCNKTMSAEITTLCESQSLKKSIDTCNNTNSLECNENLTKEKGTYSKKKGRKGRRINILGTTQYVEQQGHLCNTNEVDSENEINKENNLSSEIVKNVEIIDDSVKTKSTELDNNRSTSTNMVITTDKEVTLNTSVRKEKAKVMLNMSSESLSFDNVDHTGDRNLEVAIEDRKTVTDNSKEDSHENKLCTSTNAVCSTNKDVSNKEEQKIEINNKPQLSDNSNIIVENQTNNLNNQCEVNKIMESKDISYNAANIAKNVENKTETEMDETNVTPLRRSRRGKSLFIDGNSIINDKTLNADNSTEQRAPLTKKQLIFSKLLQDEENHNKPMLTTTPNKIAEPLSNMQCVNRQENENDDQINKVDGGENKTNKRKKSPQSKRKYKKKKSLINVQTSNEKLNPEQEVNNKLQSLESNNLTSDNTLSTSDMTSDVKSHQNNTNNITIPVTDTISDSKKLIEKRKSTTPDRDDLLSISKPKKSKLNDVESVVPHIKISEKEIKAKESKDTLSTAVISRNTTCYNKAIRRARSKSVVVKSSGAELYDPYDIDLEDMVERTEPFVRKDISPKTRFSTLKSAVAVKTRKLSKTAPSAIIDILPSDATPSTIDSENNKPNADKIIITTEYNNNSSINTKDGSSDSDESSKSDVPLKKYVEDKEKKLSEISSMLERVKKSTNIEPYVKSREKSKLRKKDKQAQSINNKEQRIITDKTENEEELRSEQFMESFGFFSERKPRKSNLLATKKISETFNLIDNDEVYFASKERGAKKSTNDNKKEDQVKTKSTISLPKKVTKRGRKKRRRVKIKPSFCDICKKVFRRWDNYVRHLLSLYHISRLCEIELKVKTVLIEEEPNYLLAYRQQLNRLKVLQNKIAKRKKNCLSTADIVLPTLEEILADVKRTIREQQLSRRSLSRDEALFIDCCEMLKESHNNDIPTVNKRVRQCNSFNCAQTCQEELALLEKSILDDRCDIKADDEMDSVTAKKILESEEVRNLENDLISNLKEANGIKGPLTGVQIESSATFTNSITDSHTLLSNYEVLEDSTRSKYKRPSEIKEKMYPDIDNIDIFEDKFDKIKRKCRSQAAAAKQIQTNVESNTRHKNRKKSEKKKNNNRKGYNNTVPTKAALKGFDGIKVSILTSDINMSAIVPSVEKVHKKKRKSGSKKKRDRTNSEKSSHRESDYSIEKSPQKKVDVYEFMDTEDTEVFEFRPSTLMERFKSINNKEIPSTSKSTNEVEFEISSESGSDGDDFVYMSDDYVCSDEETENSMLSCELSVGKAINEQNKTSSLLKRKETTEKNAVMGKIFKHNAVRTERKTPKNREFVKPKANLDQLFDSLLEKEPNTSSVSNEDVSTEKDELPPSRVYLSLSPQKDDQTRFNKSTKRYDQALSITSETGLSQKYSTPSPTLHPSLSSFSVRRKSTTPPRKLETNINSVSTLDVHASSIKPNDDYKKCETIKEYDTPKEIHTKKFEPLLSRNENYTTATTVNTLRRRSDDFCYEKPKSRDEFHKDKADKKKKDGRKYETFEFSEESFDNITSEDAGVARQRARRKCTVGKQNVLAETWSSESEPDGAPPRPNSAESVVASNGRKKKGRKKDGQSSGSRKASRPISMKKYEYESRVGSSNRGAGSVVQARPRSPPYHWSEGDDEQEHPQQHGWIVGDSHKKLVTMLAHAKGRKRSGDEKRQLLE

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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