| Genomic Position | scaffold452:+ 94459-104538 |
|---|---|
| See gene structure | |
| CDS Length | 7041 |
| Paired RNAseq reads | 988 |
| Single RNAseq reads | 2558 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004787 (2e-24) |
| Best Drosophila hit | transforming acidic coiled-coil protein, isoform D (2e-24) |
| Best Human hit | intraflagellar transport protein 46 homolog isoform 1 (2e-52) |
| Best NR hit (blastp) | PREDICTED: similar to LOC565922 protein [Tribolium castaneum] (7e-58) |
| Best NR hit (blastx) | PREDICTED: similar to F46F6.4 [Canis familiaris] (2e-54) |
| GeneOntology terms | GO:0031512 motile primary cilium GO:0043234 protein complex GO:0005515 protein binding |
| InterPro families | IPR022088 Intraflagellar transport complex B protein 46 C-terminal IPR007707 Transforming acidic coiled-coil-containing |
| Orthology group | MCL12804 |
Nucleotide sequence:
ATGGCTCAAGTGGAGCCCATGGAGGTTGATATTGTTAGCACCGATTTTGATGATAAAGAA
AATTCATTACAGAACGGTAATGTGCTACCTAAAACTCCTTCCACTGAAAAAGGCTTTGAA
GATCTTGATGTATCGGAACTAAACATGAAACTAAGATATTCCATGACTCCTGCCTCTTCT
CCGATGTCCAGGAGCTTTACAGCAAATTGTAGAGACAATAATATATGTGATGATGACAGT
TCCAATACCACAATAAATGATAATGCAAATTTGACTCGCTCATTTAATTCTACTATAACT
AAAATGAATAGCAGTTTGAAATCACCAAAGTTTCCATTACAAGCCTTGTCTACGGAACAA
TTTTTGGATGGAAATGGGAATCCAATAAACAGATCTCTTGATATAGAATGCCATAATGTA
ACCCTGACTTTAACTGGATCTGAAAATATAGATGATAATTTATTATCACCGAGTAATTCG
TCATCATTGGTTAACACTCCTGAAGCAACCACACCGACTAAAGAAATTCCGAAAGACAGT
GGTTCACCAATCCTGCGTGGACTGAAAAGTGTATTGAATATGTTCAGACCATCTCAGAGC
CCTATACCAGCAGAAGATACTGATACAAGTAATCTAGGTTCCCCTCAAAAAAAGGACGAA
TCATTAAAACATACTACGAGTTCAGCTTCAACGCCAACCACAGATATCAAGAATAAAGAA
AATAATTCAAGAAATAATAGTTTGCTAAAAGATAGTGTTGTGTTTCACGACGACTTGGAA
AAGGAATTGTTGTGGAAAGATGAGACGGCAATTATTTTTAAGGAAGAAAAAATTCCAATA
CACAAATTATTTTTCAAAACCAATTCTGCTGGTCTGGATAAGACCAATGTCAATCCTGTG
GAACATGAAAATATGGATAGTACTGTTGAAGATATGGATGTTTCCTTTGATAATACTTTA
GTGGAAAATAATAAAATCATGTCAGAAAATGTACATGTTCAAGATACTCGTGACCAACGA
AATACTCCAGAATCTGATTGTGAATTTCTTGACTGTGAATCATATACTAAAAACGACGGG
AAAGTCATCGGAGATAATATTCAAATGGTACCTGGGGTAACAGATTCATCTCAAAGTTCA
CCTAATCCATCTCCAATTCAACCAGAAAATATTATTTGTGAAAGTAATGCTTGTTCTCAA
GTTGTCTGCAATTCAATTGAAGAGACACACACTGTGATATCAAATACAGAGATTGCTATG
AAAGGAGAAGAAACAGATTTAAATTACAAGCAGAATCTCCAAACCGATGTATTAAAAGTA
GAAAATATTTTAGAACATACAAGTAATACAAATATTTCAAATGACATTTTCCAAGAAAAC
ATTCCCAGAGATCCAGATAATGAAAATTCACATGGCTCGGTACATTGTGATAATGAGAAA
ATTAATTCAGTTGAAGATAGTTTAAATCCCGTATCACCTACAGACATAAAGCATGACACT
GATCCTACAGCAGATAATGCTATTAATACATCTCAATATGATTTAGACAATAGTTTAGAT
AGAGTTGATATTAAACAAACAACTGGTAATAATGAAGTAAAATATGATATGATTACAAAA
CAACATTCTGATGAATTATTGAGAAATGTCCATTTGACACTGGACAGTCCGAGTATGTCT
TCAGACTCTCACGGAGTTGTTGAACAGCGTAATGTTAGACATGAGGATGATATAACAGTA
ACTAAATTTGAAGATCCTGTGTGTATTGAGAGTGAAATTAAAGAAGTGCATGAAATTATA
GAGCCTTGCAGAGAAGAATTAAATGAAAATAAGGAAACAGATCCTTCTAATCGTAAAGTC
ATCATGAATGTATCTGAATTCAATGAAAATGAGAAATCACCAGCACAAGTACCACTTCCA
TGTGACAGTGAAGACTTTAACAATGAACAATCTGAGGAAGAAATAAACAATATACCAATA
AATTTCTCAACTCCTAATACAAATTTGAATGAGTTTTGCAGCCAAGAAAATAATACCAAC
ACTGCAATGCCTGTTGAGAATATAATGCATCCTGAAAATGTTATCATATCTTCAGAGGAT
ACTCTTATAACACAAACACCTCCCTTAAAAGTATCTGATAATACAGAGAATTTTAATATG
GAATTGAACTCGCCAAATAACAGTGTCGTAAATGACACCATGACCTGTGGAGAAAATAAT
GTATTTATGCAAGAAGCAGATTTTGACAAAGCTGCTCCTCTAGATAGTGTTGTAGATGCT
CTAGAATCAAGGGCAGAAGACAGTGAGAATTTGTTAGACTCAAACTTATCTCCTGAAGTA
GAAAGCTTTAGCATAATCCAAAAAATTGAAAATCATCCGGAAATCATTTGTACTAACACA
CAGGTGAATAACGAAGAGACTATTGAATCTGATTGTGTAAGATGTGATGAAAGTATTCCA
CTGTGTGATAATAATATGTCAGTCACCAACGCGGAGACAAACGAATATACTTCTGAAAAC
AAAAATAAAGTCACATCGACTTTAGAGAAAACTACCTCTGAGATTGATGGCAAAGTCAAC
CTAAAACTTGATTCTGCTAATAGTCTGCTTGATGTTAATAACGAGAATGAAGAAACGATT
GAAATAAGTAGTCCTTCAGCTATTTCTAATATTACAATAGAAATGGAAGTGGATATATCT
AAACAAGATTTAGAGAATATTGAGAATCCTTTTGAAACTGTAAACAAACTGACATCGTCA
TTTGAAATAAAAAGCTCTTTAATTAGTGGCAAAATTGAAAAGCAACAAGATCTCTCCGAA
AGCCTGCATGAAAATCACAAGAATGAAGAAACTAATGAAATGAGTACAGGTGAAACGGTT
ATTAATACTACAACAGATATGGAAGTGGATATATCTAAACATGACTTGGAAATTAATTTG
AATCCCTTTGAAACTATAAACAAACTGACATCGTCATTCGACTTGAAATTCGATCCGATT
GATAGCAAAGTGGACCTCAAACTAGACTCTGCTAATAGTGTGCTGGATGTTAATCACACA
AATGAAAAAACTAATGAGAAAACGAATGTAAAAAGGATTCCTGAAACACTCATTAATACT
ACAACAGATATGGAAGTAGATGTATCTAAACGCGACTTAGAAATTAATCAGAATTCTCTC
AGAACTATTGAAAATGAACACATATGTCCGCTCGAAGAACCTCTTGGTACACCTATAGAA
AATAAGATTGTGAATAAAATTGATCTTGTGACAAATGATCAGATAAACGAAACAGCCGCC
TGTGAAACAACAATACAAGGAACTGAAGAAGTTGTATCAAATTGTAATATTCTGAAAGAA
GATAATCTGAATGCAGGAACATTTGACACCCGAATTTCTACCAGTGGCAGTAAAGAATTA
TTTAGTGGACAGTCTGTCCAAACTACATCCACAACTAGTAATGATAATGTACAGGATGCG
ATTATCTCTTCGACCAATCATAATCATTATTCCACCGACATAATCGAACATGAGGTTACA
ACTGCCACAGAAAACTCGGAAAATCAGTTTGAAACAAAAAATGTTGAAAGATTTTCACCC
CCCATCTCTTCGATGTTGAAAAATACAGGGTATAATATTAATTTTGATGATATAGATGAC
CCTTTTGCCACAAAATCAAATATAAGAATGTCACCACCGCCTAGTGTAATTGAAGAAAAT
TTCGTATACAAAGAACCTATGGAACATCGACCGGTAATGCAAAAATCACAGCAATCGAGT
CGGCGAAAGTCGTGTCAAGAGCGGAAAAAGCCAAATATTGCAAAGAAAGCTAATGGCTCT
TTTGACTGCGTTGTAAATAGGAATGAGACTTTTGATACATTTCAAGTAAGTTCTAGAATA
TCTGAAGGTGATCTCGAGGACAACAAAATTAATGAGATTTATGAAGAAAAAGACTATATT
GCTGACCCACATATTAAAAATATATCAGAAGTTGATAAAAACATTGAGGAATTTGATGAA
GTCCACCAACCTGTTAGCACAAATCCTATCTGTAAGAACGTATTTAATTTGCCTGAAATA
CATGACATTAACTTTAATCCCTTTGTAACTAAAACGACAATTCGCGAATCGCCAGAGAAA
CAATCCGAGGATGTTTCAAATTATACACATCATAAAAACGACGTCTCCTGTTCTGATAAG
CTACAAGAGACAATGCTTAACAAGGATGAGACATTTCCTATTGAAGAAAACAATGCGCAA
GTGTTGGACAGGAATTTGACATCCAATTTAAGCAGTGTAACATGTTCATCCCCCAACACA
AACGATGCCACAGTTCGAGAAGTTCATACAGAAGATGAAGATACGGAAGAAGGCCCTTTT
CTTGAGGCAGAGGATTTTGCTGATTTCGTTAAAGTGGCTGATATGGAAATCGAAAAAGAT
ATGATGAATTTTGACGACTTGCCTGCACCACGTAATAATGGTGATAACAATGAAAATGGC
GAAATGTTTATCGATGCCGAGGCATTTGAGTTTCTGCTTAATCAAAATAAGAGTAATATG
GTCGCGGATAGCGGTAAAGAAAGTCTCTTTCTTAAGTTTGATCCACTGTTTGCAAAACGA
GTTTCCTCTGACGGAGTAGTTGCTGCTCTGAACAAAATTAAAAACAGACAAAGCACTCCG
AAGAAACCAACTCCGTTAAAGCCAATTATGCAAGAAGACAGCCTTTCACCAGAACATTCA
ACTATCACAGTAAGTACAGCTCCAGTGACCGGTGGGGCGGTCGATGACCCTGTCGCAACG
ACATTCAAACCAATGATGGTGGTGAATCCGGCAGTGGCTTCCATGGTTTCGCCTAGAAAA
TGTACAACTCCGCCGAGAGCTAATAGACGTTCTCTAAATATTACGTCTCCTGCTATGGCT
GTTATTGACAGACTCTTATCTCTAAGCGGAAACTCTTCGCGATTAGAAGAAGCTAGTTCT
GTACCTCTGCCCAGACACTACAGTGAGACAGATTTTGCCCTGACCCAACTCAGGGAACTA
TTGGCAGAGAAAGAAATAAACGTACATAATTTAAGGTTAGAGTCCAAGGAATTAAAAGAA
AGATTAGCAAACATGGAAACTCAAGTGCACAGTTTAGAAAATGAGAGCAAAGAAAGATTG
AGGAAAGTGAACGAGCTCAACGAAAGACTAGCGGAAAAGAATACGATTAACAAGAGTCTG
GCTGTAGTAGTGGAAGAATATGAACGGACCATCGCCAGTTTGATAGCAGGAATGGAACAG
GATAGAAAGAGAAATGCAGAAGAGAGAAAGAGAATCATCAGCGAGAGAGACGAACAGACA
GCTCACCTCGCGAGCATGGAAGTGTCCTTCAGGGATCTACACAGTAAGTACGAAAAGAGT
AAGCAGATAATATTAAATATGAAGGCCAACGAGGACAAGTACAAGGCATCTCTGAAGACA
TTCGAAGACAATCTGTTGAAAATGCAGAACAACTATGAGTTACTAAAACAGCACGCGACA
TCGAAACTCAACCACGCCAATCAGGAGTTGGAGAAGTATAACAGGAGCCACGAGGCGGAG
GTCTTGAAGCTGAACGCTATGATTAAGAGGAAGGAATTACATATAACGTCACTGGAAGAA
TCGCTGTCTCAGAAGACCAAGGCCAACGAGGAATTGACGGCCATTTGCGATGAGCTCATT
AATAAAATAATTGTGTTATCAAACTGTGACACACTCGCCACACATCACAGAGACGCGCCA
ACCCCCGTACCTCACAGTGCCAGCTTAATAAGAACGCCCCATTTAAGATGCATTTTTCTC
ACATTTGCCGCCATTCTGCCGGGCCTGGTGATACACTCTAGCGTTGCTATGACAACCAAG
GACAAACAACACAAGCTCTGTCAAACTGTAGCATTAAATACGGAGTTGGAATCCATTCCT
GGGCTTGAGGTCCAAGGAATGTATGACGAGACCGTGGAGGTTAACGCCAAAGAGATTGAA
AGCCCTCCGACTTCCGACGAGGAGAGTATAAAGGCTATGTCAAAGTTCAAACCTCCCGTA
CGTCACACCGCCAGACATGACTTCGATTCAGACAGCGAGAGCGATTCCAGTCCTGACAAG
TTTGATAATCTTACAGAAGAGGATGAGTCTCCAGAAAGAAAGTCCGATATTGAGGATGCG
AAGAAAAAAGTAAAAAGCAGCAGCGATTTATCAAGACAGTCCAGCAATCAACATAACTCC
TCGCACTCTGAATCAGATAGTGCTGACGTGGGTTTGGAACAAGTGGAAGCCAGCAGTGGG
AAGAAACGTGGCGTGGTGATCCCGGCAGAGGGCGCGTATGATCCGAAGGCCTACGCGGAC
CTGAAGGTGCCGCCCGAGCTTGACAATGTGTACACCCCTCAGAAGATCGACATAGACTTC
AAGCTCCATCCGTTCATCCCGGAGTACGTCCCCGCTGTGGGAGACGCGGACGCCTTCCTC
AAGGTGACCACACCAGCCTCAGGGCTGAGAGGAAAAGCGTTAGCTGATAACGCCTTGGAC
TTCATTGACAACTTAGGTCTGACGGTGTTGGATGAACCCTCCGCGGACCAAAGCGATGCT
GCGTTACTTCATCTCCAACTGAGAGCCATCTCCAAGACCACCAGCGCCAAGTCAACTGTG
ATGACACGAAAACTTGAGAACGCTGAGAACAACCCTCAAGCGCTGGATCGCTGGATACGT
GATGTGAGTGCGCTTCACGCGGGCCGCTCCCGCGCTACGGTCGCGTACACACGGAAAATG
CCAGATATAGACGATCTAATGGCAGAATGGCCGGACGCGATAGAGGATACCTTGAATGAG
GTCGGCGTGCCCCCCGCCAGCGTCGACTGCTCGCTGTCACAATACGTCGACATAGTCTGT
GCCGTGTTCGACATCCCCGTCCACGGCGACACTGTCAATGACAGGATACAAGCGCTTCAT
CTGCTTTTCAGTTTGTATTCGGCGGTAAAAAACTCGCAGTTGTTTGCGGAAAGAGAGAAG
GAGAAGGGTATGGCCGGTTAG
Protein sequence:
MAQVEPMEVDIVSTDFDDKENSLQNGNVLPKTPSTEKGFEDLDVSELNMKLRYSMTPASS
PMSRSFTANCRDNNICDDDSSNTTINDNANLTRSFNSTITKMNSSLKSPKFPLQALSTEQ
FLDGNGNPINRSLDIECHNVTLTLTGSENIDDNLLSPSNSSSLVNTPEATTPTKEIPKDS
GSPILRGLKSVLNMFRPSQSPIPAEDTDTSNLGSPQKKDESLKHTTSSASTPTTDIKNKE
NNSRNNSLLKDSVVFHDDLEKELLWKDETAIIFKEEKIPIHKLFFKTNSAGLDKTNVNPV
EHENMDSTVEDMDVSFDNTLVENNKIMSENVHVQDTRDQRNTPESDCEFLDCESYTKNDG
KVIGDNIQMVPGVTDSSQSSPNPSPIQPENIICESNACSQVVCNSIEETHTVISNTEIAM
KGEETDLNYKQNLQTDVLKVENILEHTSNTNISNDIFQENIPRDPDNENSHGSVHCDNEK
INSVEDSLNPVSPTDIKHDTDPTADNAINTSQYDLDNSLDRVDIKQTTGNNEVKYDMITK
QHSDELLRNVHLTLDSPSMSSDSHGVVEQRNVRHEDDITVTKFEDPVCIESEIKEVHEII
EPCREELNENKETDPSNRKVIMNVSEFNENEKSPAQVPLPCDSEDFNNEQSEEEINNIPI
NFSTPNTNLNEFCSQENNTNTAMPVENIMHPENVIISSEDTLITQTPPLKVSDNTENFNM
ELNSPNNSVVNDTMTCGENNVFMQEADFDKAAPLDSVVDALESRAEDSENLLDSNLSPEV
ESFSIIQKIENHPEIICTNTQVNNEETIESDCVRCDESIPLCDNNMSVTNAETNEYTSEN
KNKVTSTLEKTTSEIDGKVNLKLDSANSLLDVNNENEETIEISSPSAISNITIEMEVDIS
KQDLENIENPFETVNKLTSSFEIKSSLISGKIEKQQDLSESLHENHKNEETNEMSTGETV
INTTTDMEVDISKHDLEINLNPFETINKLTSSFDLKFDPIDSKVDLKLDSANSVLDVNHT
NEKTNEKTNVKRIPETLINTTTDMEVDVSKRDLEINQNSLRTIENEHICPLEEPLGTPIE
NKIVNKIDLVTNDQINETAACETTIQGTEEVVSNCNILKEDNLNAGTFDTRISTSGSKEL
FSGQSVQTTSTTSNDNVQDAIISSTNHNHYSTDIIEHEVTTATENSENQFETKNVERFSP
PISSMLKNTGYNINFDDIDDPFATKSNIRMSPPPSVIEENFVYKEPMEHRPVMQKSQQSS
RRKSCQERKKPNIAKKANGSFDCVVNRNETFDTFQVSSRISEGDLEDNKINEIYEEKDYI
ADPHIKNISEVDKNIEEFDEVHQPVSTNPICKNVFNLPEIHDINFNPFVTKTTIRESPEK
QSEDVSNYTHHKNDVSCSDKLQETMLNKDETFPIEENNAQVLDRNLTSNLSSVTCSSPNT
NDATVREVHTEDEDTEEGPFLEAEDFADFVKVADMEIEKDMMNFDDLPAPRNNGDNNENG
EMFIDAEAFEFLLNQNKSNMVADSGKESLFLKFDPLFAKRVSSDGVVAALNKIKNRQSTP
KKPTPLKPIMQEDSLSPEHSTITVSTAPVTGGAVDDPVATTFKPMMVVNPAVASMVSPRK
CTTPPRANRRSLNITSPAMAVIDRLLSLSGNSSRLEEASSVPLPRHYSETDFALTQLREL
LAEKEINVHNLRLESKELKERLANMETQVHSLENESKERLRKVNELNERLAEKNTINKSL
AVVVEEYERTIASLIAGMEQDRKRNAEERKRIISERDEQTAHLASMEVSFRDLHSKYEKS
KQIILNMKANEDKYKASLKTFEDNLLKMQNNYELLKQHATSKLNHANQELEKYNRSHEAE
VLKLNAMIKRKELHITSLEESLSQKTKANEELTAICDELINKIIVLSNCDTLATHHRDAP
TPVPHSASLIRTPHLRCIFLTFAAILPGLVIHSSVAMTTKDKQHKLCQTVALNTELESIP
GLEVQGMYDETVEVNAKEIESPPTSDEESIKAMSKFKPPVRHTARHDFDSDSESDSSPDK
FDNLTEEDESPERKSDIEDAKKKVKSSSDLSRQSSNQHNSSHSESDSADVGLEQVEASSG
KKRGVVIPAEGAYDPKAYADLKVPPELDNVYTPQKIDIDFKLHPFIPEYVPAVGDADAFL
KVTTPASGLRGKALADNALDFIDNLGLTVLDEPSADQSDAALLHLQLRAISKTTSAKSTV
MTRKLENAENNPQALDRWIRDVSALHAGRSRATVAYTRKMPDIDDLMAEWPDAIEDTLNE
VGVPPASVDCSLSQYVDIVCAVFDIPVHGDTVNDRIQALHLLFSLYSAVKNSQLFAEREK
EKGMAG