Cmed135330.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Cnaphalocrocis medinalis
Gene Symbol
Cdk6
Assembly
GCA_014851415.1
Location
Chr29:7931825-7975531[+]

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 10 0.26 2e+03 -1.2 0.0 16 27 940 951 937 960 0.83
2 10 0.0075 59 3.8 0.0 14 31 1376 1393 1373 1399 0.86
3 10 0.025 2e+02 2.1 0.0 14 31 1489 1506 1487 1520 0.84
4 10 0.0097 76 3.4 0.0 14 31 1603 1620 1600 1628 0.85
5 10 0.0032 25 4.9 0.0 14 30 1717 1733 1714 1751 0.76
6 10 0.0012 9.2 6.3 0.0 14 31 1830 1847 1828 1863 0.79
7 10 0.098 7.7e+02 0.2 0.0 14 29 1944 1959 1941 1972 0.80
8 10 0.0033 26 4.9 0.0 14 31 2057 2074 2054 2091 0.78
9 10 0.017 1.3e+02 2.6 0.0 12 29 2169 2186 2168 2194 0.84
10 10 0.0039 31 4.7 0.0 14 29 2284 2299 2281 2311 0.89

Sequence Information

Coding Sequence
ATGTCAGCGTCCACTTCGAGTAGTAGTTCTAAATCTCCGCCTCCTATGTCTTCTCTTGGGGATGTTAGTGCTTTGCTGCAAACGGCGAAGAAATATGAAGAGCTAAACGTTATAGGAACAGGCGCCTATGGCACAGTTTACAAAGCCCGAGACCTACACAATGGAGGCCACATCGTAGCTATGAAGAAAGTTAAAGTAGCACTCACTGAGGATGGTATCCCACTCTCAACCCTGCGAGAGATTGCATTGCTAAGACAGCTTGAAGCTTACAGACATCCTAATATTGTAAGGCTGCTGGATGTCTGCCACGGAGGTCAGTCAGTAGACCGAGACCACCAGTTGGTGTTATTCCTAGTCTTCGAGCATGTGGAACAAGACCTGGATTCCTTCTTGAAGAGAGCACCTGGACCTTTGTCAGAAAATCGGATAAGAAGCATGTCATTAGACATTCTTTCTGGCATCGACTTCCTACACTCCCACCGCATTGTGCACCGAGACCTGAAACCGCATAACTTGTTGGTGACAACCAGCGGACGAGTCAAGTTGGCTGACTTCGGGCTGGCCAAAACTTATGACACGGATATGAAACTTACCAGTGTAACTAATCGGACGTCCGGCGCGGCACGAGTGGCCGGACAACGTGTCCGTGGTGGCGGACAGCTTCCCGGACTACCAGCCGCAGGACCTGGCCGACGTGCTGCCCAACATACACCCACACGCGTTGGATCTTATCAAATCATGGCAGGCGAGGGTGAGGGCATGGTTGCGGTCGTGCAGGGCCTTCAGGACGCTGGTCTGGCCGTCACCTTGATGAGTGGCCGGCGGCACGGACGGAGGAGGTCCATGGCTCCGAGTACGAAAGCGCTCAGCCAGTTGACTCACGCGAAGTCTTCAGTGGAGACCAGCACCAATGGCCTGCCGGTGTCCTCAATTAATACGGCTGCTCAAATCTGTGATGACAGATATACCAGCAGCTATCAGTTCACATCCAGAGCAGCTGATGTGCGCTACCTCACAGATGTGACCAAGTGTCTCAGGGATACACTGAAACAGATCTGCACTGACAATCCAACGACATATCGGCAAACGTGTCCAGGAGGACCTAAACGTTGTTGTTACTGCCACAAACCCCTTCCTTGTGCCTGCTCACGAGTCAGCGTGCTCAAATTCTCCATCGATTTACGATCGTGTAACTGTCTTGAAGAAGAAGATTTCGCTATAAAATTGGAAGAAGCAGTTGACAATTGGCTGATGGAAATTCCTGTATTTGTCAATGAAAATTACTGTGACAAATCCATAAGAGAAGATATGTCTAAGGAACTGGTTGAAAAGCTAAAAGAACTGAGAGGCGATGAAGATTTCGATGAGAAAGCTAGACAGGCGATTGCTGAGTGTGTCAATAGTATGCCCATGTGGTATCCAGGGGATAAGGATAATCAAGAGATGTTTAAGAATCAAATTATCGATAGTCTTATTGGTAAGTTAAAAGATATAACTAAAGAGGAAGATAAATTTGAAGATGCGATTCAAAAATGGGTGGATACATTAAACTTCAGAAGTAACAGTCGAGGTTCTATTGTTGATAGAAGCAGCGTTGTGGATGAATTGGTTACAAGGCTAAAACCAATAGCTCTTAATCCGCCGGTTGACTTAAGAAAGGCATTAAAAGATGAAATCGTCGAAGTTATACAAAAATTGCCAGTCAAAGCCGAAGGGGATAAAGTGGAATTTCTTAATATCATAGCAGACAATTTAGCTAATGAACTGCAAAACATACCAGCTAAGGATCTAGGCAAAAGCGCAAGCGATAATTTGGAAGATGAATTCAATAAGCAAATTTTGAAATGGCTTGAAGATGTTCCTGAGTTATCAAGTTCTAGTGCTGGAAGCATCAAAGAAAATCAGGAGTTAATCGGTTCATTGGCTAAAAAGCTGTGGAAACTTCAAGCTCAAGGTATTGATAAACCAGTCACACAAGAGCAAATGGAAAACGAAATAGTTGAATGGCTGGAAAATAATGTTGCAAAGAAAGCACGTTTCGACTCAAGAGCGAAGAATAAATTAGTTGAAAAGTTAATGCAGAAATTAGTCAAAGTATGTAAACAAGCTGCTGAAAAGAAAGAAAAGAAGTCACCGGATGCAATTTTAGAAGATACGATTCAAGAAATACTGGATTGGTTGGAGGACATCCCTGAATTATCGGGTGGAAACCAAATGGAAAATATAAGATTGGTCGAACCGTTAGCTAAAAAACTTATAGAACTCCGCAATCAAGGGAAAGATGACAGTGAATTAAAAAATGAAATTCTAAATTGGCTAGCTAATGCCTTTGAAGACAAAGGAGAACCGATAAATGTAAGAAAACAAAATAATTTAGTAAAAGACCTTTTAGGTAGGATTAAAAAACTTCCATTTGAAACAGATTATGATGAAAACCTCGCTGATTCTCATGAAAATATGGTCCGAGAAATACTTGATTGGTTGGAGGATATTCCTGAGTTAGCCAGTGGGAACAAAACAGAAAATATGAAGATGATCGAACCATTAGCTGAGAATCTTCTAGTACTACGTAATCAAAGAAAAGATGATAGCGAGTTAGAAGATCAAATTTCAAATTGGTTAGCTACTGCGTTCGAAAACAAGGGTGAACCGTTAGACATAAGAAAGCAAAATAATTTAGTAAACAAACTTTTAGGTAGGATTAAAAATATACTAGATGAAAGTTTTGTTGGTGATAATAACCTTGCTAAAGATATTTTAAATTGTTTTGAAGATATACCAGGATTTGATACTAGTTCTAAAGAAAATAAAAAAATGGTGGAAGAATTAACGAAAAAGATACAAAATTTGCAATTAAACAGATCAGGGGACCCAAAATCTAAAAAAGAATTAGAACAATTGGTAGAGGATTTAGTTAAAAACTCTGGACTGAATCTTACCCCTACCGCCAAAAATGATCTTGTTCAGAAACTAATGGATGCTATACCAACGGTGCCTAAGCAAAGGAAGCGATGGAATAAAAAGGATAATTCATCAAAGGTTTTGAATGCTCTTCAAGAAGGAGTATGTTATGTTTTAGATAAATCGGACATCCCTTCTGACAATCGCAATGAATTAGAGTCTACTCTGACTGACATTTTAGCCGACCAAGTCATGCGTGGTGAAGATGATAACCAGACCAAATCCCGTTTGATAAATGCACTTGCTGATTTAGATATTTCTGAAGATCTTTGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTGATTAACAAAACCAGTGATTCAATAACATTTAGAAGAAAATCAGAAATTACGCCAATGGAAAAAGAATTATTTCAAGAAAGTGCTGAACGTGAGATCCTAGACTTCACTCAAGAAATATCAGGCGATGATAGTACAGCTTCGAGAAAAAAATGGAAAGCAGTGGCTCAAGAATTAGCAAAAAATGTTGCAGATATAATGTCAGAACCAAATACAACCCTCGCAGAACAAAGAGAAGGTGTAGAAAAAGAAATTGCGAAATATTTGGACGATTTATCTTTACAAACAGAGTTACCTATTGATGAACAGGCGAGTGAACTTGCAGACAAAATACGCCAACAAGAACTAGTGAAAGAGCTGGCAGAACATCTTGAAGAGCTTTGCCAAGATGGCATATTGACTAAACCAATTTTTGAGGAAATAGTCTCGACATGGTTAGAAAAAATGCTTAAAGATGCTAGCGATAAATATGTCAGTGGTTTGGTTGAAGGACTTCAAGTCATTTTGGTAAACAAAGATCTTATTTCATTTGATAAAGAGGCGACAGATAGGAAGTTATCCGTGAATGCTGTTAACACTAAAGAGGCATTTAACAAAATGCCAACCATGCGAAGATTTTCGGTTGGTATGAAAGATGCAATTTCAAAATGGTCAGAAAACTTACCATTCCAACCGGGAAAAGACATAAGACACGCTCAACATGAAATAGAACCATTTACTGAAAAAATTAAGGAAGTTGTGACGGATGTACCTCTAGAAAACTTGGAAGATATTCAATATGATTTAGACACAGAAATAAAATCGTTTCTAAACAAACTGCCAGTACAAAAGCACAAAATTACAGATGATCATGTGGAACAACTTAGAGATGGCATACATGATTTAGTTAAAACTACTGCTGCGAAAAATATTGGCAATTTTGAAAAAATACCTGGAATGAGGAAAACCTCGGTGAATGCTGATAATATTAAAGCTGCCGTATTAAAATGGTCTGAAAATTTACCATTTCAACCCGGAAAAAATATAAAACACGCGCAGCATGAAATTGAACCGTTTTCTAAGAAAATTAAAGACGTGGTAATGAATGTGCCTCCAGAAAACATCGTAGATGTTCAGGAAGATTTGGATAATGAAATCAAATCATTTTTGAATAAATTGCCGGTACAAAGGCATAAGATAAAAGAGGATCATGTAGATAAACTCAGAGGAAACATTCACGATTTGGTAAAAGATACAGCAGCCAGAAAACCTTATCAAAATGCTTTCAAATCCCCTGACACGAGAAAATTCTCCATCAGCACAGAAGGCATTAAAGATGCTATTCTAAAATGGTCTGAAAATTTACCATTTCAACCGGGAAAGAATATAAGACATGCCCACCATGAAGTAGAACCATTTACTAAGAAAATTAAGGAAGTTGTGACGGATGTACCTCCAGAAAACTTGGAAGAACTTCAGGAAGATTTAGATAATGAAATCAAATCATTTTTGAATAAATTGCCTGTACAACGGCAGAAGATTAGAGATGATCATGTAGATCAACTAAGAGATGGCATACAGGATTTGGTAAAAGATACAGCGTCAAAAAAGTCCTATCGAAATGCTTCCAAGCCCCCTGACACGAGGAAATTCTCTATCAACACAGAAGGCATTAAAGATGCTATTCTAAAATGGTCTGAAAATTTACCATTCCAACCTGGAAAAAACGTAAAACATACCCAACACAAGATAGAACCATTTACTAAAAAAATTAAAGAAGTTGTGACGGAAGTACCACCAGAAAACTTGAAAGATATTCAGGAAGATTTAGATAATGAAATTAAATCATATTTAAACAAATTACCTGTACAACAGCACAAAATTACAGATGACCATGTAGAACAATTAAGAGATGATATTCACGATCTGGTCAAAGCTGCTGCAGCAGAAAACAATGCTACTTTGGGTGAAAACCCATATATGAAGAAGTTCTCTATCGATGCTAGTCGTATTAAAGATGCAATTTTAAAATGGTCAGAGAACTTACCATTTCAAGCAGGAAAGAATATAAGACATGCCCAACATGAAGTAGAACCATTTACTAAGAAAATTAAGAAAGTTGTGACGGATGTACCTCCAAAAACCTTGGAAGAACTTCAGGAAGATTTGGATAATGAAATCAAATCCTTTTTGAGTAAACTGCCTGTACAAAAGCAAAAGATTACGGATGATCATGTAGATCAACTTAGAGATGACATACACGATTTGATGAAAGATACAGCGGCAGAAAAATCCTATCGAAAAGCTTCCAAGCCGCCTGACACGAGGAAATTATCTATCAACGCAGATGGTATTAAAGATGCTATTCTAAAATGGTCTGAAAATTTACCATTCCAACCTGGAAAAAGTATCAAACATGCGCAACATGAAGTTGAACCATTTACTGAGAAAATCAAGGAAGTTGTGACCTATGTGCCTCCAGAAAACTTGAAAGATATTGAGGAAGATTTAAATTATGAAATAAAATCATTTTTGAGTAAATTGCCTGTACAAAAGCAAAAAATAACGGATGATCATGTAGATCAACTTAGAGATGACTTACACGATTTGGTAAAAGATAAAGTGGCAAAAAATACATATCGAAATGCTTCCCTCCCTGACACGAGAAAATTCTCTATCAACACAGAAGGTATTAAAGATGCTATTCTAAAATGGTCTGAAAATTTACCATTCCAACCGGGAAAGAACATAAAACATGCCCAACATGAGGTAGAACCATTTACTAAGAAAATTAAAGAAGTTGTGACGGACGCACCTCCAGAAAACTTGGAAGAACTTCAGAAAGATTTAGATAATGAAATCAAATCATTTTTGAATAAATTGCCCGTACAAAGGCATAAGATTACGGACGATCATGTAGATCAACTTAGAGATGACATACACGATTTGGTGAAAGATACAGCGGCAGAAAAATCCTATCGAAAAGCTTCCAAGCCGCCTGACACGAGGAAATTCTCTATCAGCGCGGATGGTATTAAAGATGCTATTCTAAAATGGTCAGAAAATTTACCATTCCAACCTGGAAAAAGTATCAAACATGCGCAACATGAAGTTGAACCATTCTCAAAAAAAATTAAAGCAGTCGTTACAGATATACCTCCCGAAAACTTGGAAGAAGTAAAAGATGATTTAGATGCAGAAGCGAAATCGTTTTTAAATAAAATACCTATACAAAAGCACAAAATTACAAATGACCATGTAGAACAATTTAGAGAAGATATTCACGATTTGGTAAAAGCTGCCGCAGCAGAAAACAATGCTACTTTTGGTAAAACACCAGTTAGGAGAAATGTTTCGATAAGTGCCGATGGCATCAAAGGTGCTATTCTTAAATGGTCTAAAAACTTACCATTCCAAACAGGAAAAAGTATAACACATGCTCAAAATGAAGTAGAACCATTTTCGGAAAAAATTAAGAGAGTCGTGACAAATGTACCTCCAGAAAAATTAGAAGATATTCAAGAGGATCTTGAAAATGAAATTAAAACATTTTTGAATAAATTGCCCGTACAAAGGCATAAGATTACCGATGATCATGTTGAAGAACTAAGAGATGAAATAAATGATTTAGTAAAAGCAACAGGGACAGAAACAGCGAAATATACAGCTGCAAAAAGCATGTCTTCAGAAAAACCTGTTTTCAAAAAAGCAGCAGACGTTCTTTATGAAAACATAGAAAAGTGGTGTGAAAATTTACCTATACCGGAAGGGGATACCCCTGAAGAGAGAGAAAAGATTAAAACAATGAAACAAGAAATTGCTAGTAAATTGATAAACGTAATAGGAGATTTGAATATGAACCCTGATATATTCAACGACGATGAGTTTTATGAAGACGTGCTAAATGATGAAATAGATAACATTTTAAGTTCGATACCGTTTAGCCCAGAGCTGGAGGACAATTTGCCTGCTCTTAAAAAAGATTTGATAGAAAAAATTGATGAAGCAAAACAGATGATAAAAGATGAACATGCCGGTCAAGCTTATAAACAGCAACTTCGTGATGTAATATCTACAACGTTGCCTTCCACAGACAATTTTTCTATTGAAGAACAAGCTCCATTTGAAGTTCTCAAAGACAATCTTGCTGATGCTTATATTGAACTGCATCACGCGGCTGAAGACGACGAAACGAAAAAGAAATTAAAAGCTAAAATTAAGGAAGAAATTGATCAGTTCTGCAATGAATATTTGAAACAATATCCGAATGCTCCCCTTGATACAAATAAACTTAATAGAGATCTATTTAACGCGCTTCAGAAAGTTCCAGTCCCAAAAGATGAAACTATAAAAGACCAAGTGGAAGAAGTTAGAATCAAGGATGAGATTAATGAATGGCTTAAAGAGTTGCCTCTGAAAGAGGATGAAACCCCATTGGAACAAATGCAGAGGAATAAAATAGTATCTTATTTGGCTAAACGCTTGCACGATATAGAAAAGGAGAAAGAATTCGACTCAGATATTGACGTAGAAGATCGAATGAAGAAAGAAATAAACAAATGGATTAAAAAGCTTGCAATCGAAGAAGTTAATGAAGAAGCGATTGATGAAATGGCCTTCGCCTCCACCGTGTGGTTCTCCTCTGCAAACACGACCATGTCCAAAAATGTCTGA
Protein Sequence
MSASTSSSSSKSPPPMSSLGDVSALLQTAKKYEELNVIGTGAYGTVYKARDLHNGGHIVAMKKVKVALTEDGIPLSTLREIALLRQLEAYRHPNIVRLLDVCHGGQSVDRDHQLVLFLVFEHVEQDLDSFLKRAPGPLSENRIRSMSLDILSGIDFLHSHRIVHRDLKPHNLLVTTSGRVKLADFGLAKTYDTDMKLTSVTNRTSGAARVAGQRVRGGGQLPGLPAAGPGRRAAQHTPTRVGSYQIMAGEGEGMVAVVQGLQDAGLAVTLMSGRRHGRRRSMAPSTKALSQLTHAKSSVETSTNGLPVSSINTAAQICDDRYTSSYQFTSRAADVRYLTDVTKCLRDTLKQICTDNPTTYRQTCPGGPKRCCYCHKPLPCACSRVSVLKFSIDLRSCNCLEEEDFAIKLEEAVDNWLMEIPVFVNENYCDKSIREDMSKELVEKLKELRGDEDFDEKARQAIAECVNSMPMWYPGDKDNQEMFKNQIIDSLIGKLKDITKEEDKFEDAIQKWVDTLNFRSNSRGSIVDRSSVVDELVTRLKPIALNPPVDLRKALKDEIVEVIQKLPVKAEGDKVEFLNIIADNLANELQNIPAKDLGKSASDNLEDEFNKQILKWLEDVPELSSSSAGSIKENQELIGSLAKKLWKLQAQGIDKPVTQEQMENEIVEWLENNVAKKARFDSRAKNKLVEKLMQKLVKVCKQAAEKKEKKSPDAILEDTIQEILDWLEDIPELSGGNQMENIRLVEPLAKKLIELRNQGKDDSELKNEILNWLANAFEDKGEPINVRKQNNLVKDLLGRIKKLPFETDYDENLADSHENMVREILDWLEDIPELASGNKTENMKMIEPLAENLLVLRNQRKDDSELEDQISNWLATAFENKGEPLDIRKQNNLVNKLLGRIKNILDESFVGDNNLAKDILNCFEDIPGFDTSSKENKKMVEELTKKIQNLQLNRSGDPKSKKELEQLVEDLVKNSGLNLTPTAKNDLVQKLMDAIPTVPKQRKRWNKKDNSSKVLNALQEGVCYVLDKSDIPSDNRNELESTLTDILADQVMRGEDDNQTKSRLINALADLDISEDLCXXXXXXXXXXXXXXXLINKTSDSITFRRKSEITPMEKELFQESAEREILDFTQEISGDDSTASRKKWKAVAQELAKNVADIMSEPNTTLAEQREGVEKEIAKYLDDLSLQTELPIDEQASELADKIRQQELVKELAEHLEELCQDGILTKPIFEEIVSTWLEKMLKDASDKYVSGLVEGLQVILVNKDLISFDKEATDRKLSVNAVNTKEAFNKMPTMRRFSVGMKDAISKWSENLPFQPGKDIRHAQHEIEPFTEKIKEVVTDVPLENLEDIQYDLDTEIKSFLNKLPVQKHKITDDHVEQLRDGIHDLVKTTAAKNIGNFEKIPGMRKTSVNADNIKAAVLKWSENLPFQPGKNIKHAQHEIEPFSKKIKDVVMNVPPENIVDVQEDLDNEIKSFLNKLPVQRHKIKEDHVDKLRGNIHDLVKDTAARKPYQNAFKSPDTRKFSISTEGIKDAILKWSENLPFQPGKNIRHAHHEVEPFTKKIKEVVTDVPPENLEELQEDLDNEIKSFLNKLPVQRQKIRDDHVDQLRDGIQDLVKDTASKKSYRNASKPPDTRKFSINTEGIKDAILKWSENLPFQPGKNVKHTQHKIEPFTKKIKEVVTEVPPENLKDIQEDLDNEIKSYLNKLPVQQHKITDDHVEQLRDDIHDLVKAAAAENNATLGENPYMKKFSIDASRIKDAILKWSENLPFQAGKNIRHAQHEVEPFTKKIKKVVTDVPPKTLEELQEDLDNEIKSFLSKLPVQKQKITDDHVDQLRDDIHDLMKDTAAEKSYRKASKPPDTRKLSINADGIKDAILKWSENLPFQPGKSIKHAQHEVEPFTEKIKEVVTYVPPENLKDIEEDLNYEIKSFLSKLPVQKQKITDDHVDQLRDDLHDLVKDKVAKNTYRNASLPDTRKFSINTEGIKDAILKWSENLPFQPGKNIKHAQHEVEPFTKKIKEVVTDAPPENLEELQKDLDNEIKSFLNKLPVQRHKITDDHVDQLRDDIHDLVKDTAAEKSYRKASKPPDTRKFSISADGIKDAILKWSENLPFQPGKSIKHAQHEVEPFSKKIKAVVTDIPPENLEEVKDDLDAEAKSFLNKIPIQKHKITNDHVEQFREDIHDLVKAAAAENNATFGKTPVRRNVSISADGIKGAILKWSKNLPFQTGKSITHAQNEVEPFSEKIKRVVTNVPPEKLEDIQEDLENEIKTFLNKLPVQRHKITDDHVEELRDEINDLVKATGTETAKYTAAKSMSSEKPVFKKAADVLYENIEKWCENLPIPEGDTPEEREKIKTMKQEIASKLINVIGDLNMNPDIFNDDEFYEDVLNDEIDNILSSIPFSPELEDNLPALKKDLIEKIDEAKQMIKDEHAGQAYKQQLRDVISTTLPSTDNFSIEEQAPFEVLKDNLADAYIELHHAAEDDETKKKLKAKIKEEIDQFCNEYLKQYPNAPLDTNKLNRDLFNALQKVPVPKDETIKDQVEEVRIKDEINEWLKELPLKEDETPLEQMQRNKIVSYLAKRLHDIEKEKEFDSDIDVEDRMKKEINKWIKKLAIEEVNEEAIDEMAFASTVWFSSANTTMSKNV

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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