| New model in OGS2.0 | DPOGS203190 |
|---|---|
| Genomic Position | scaffold2287:+ 8811-32193 |
| See gene structure | |
| CDS Length | 7644 |
| Paired RNAseq reads | 6343 |
| Single RNAseq reads | 17779 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011137 (0.0) |
| Best Drosophila hit | CG7337, isoform C (0.0) |
| Best Human hit | mitogen-activated protein kinase-binding protein 1 isoform a (5e-162) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC015150 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC015150 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0016301 kinase activity |
| InterPro families | IPR019782 WD40 repeat 2 IPR017986 WD40-repeat-containing domain IPR011046 WD40 repeat-like-containing domain IPR001680 WD40 repeat IPR019781 WD40 repeat, subgroup IPR015943 WD40/YVTN repeat-like-containing domain |
| Orthology group | MCL11003 |
Nucleotide sequence:
ATGAGTTCTCTGACAAACAAACATACTGACAAACATTACCTCTTTATAATAACATTGGCT
TATTCAAGGACGCACCGTCAAGGTCGTCCTCCGCCTCGTCTCGCTGCCCGGGCTGCTTCT
TGTTCTATAAAGCTGGAGACAGTCTTCGGTCTGACGGTGAGCAGTAACGCAGCCTTGGAC
TCCGACCCCCACACGGAGCTGGTGGCGTATCCTGCTGGGTGTACGGTGGTTCTGTACAAT
GTACGTAAGAACAGACAGTCGCACGTGTTGAACGCGTCCAGGAAGAGCGTCACCTGCGTG
GCCTTTTCCCCTGATGGCAGGTACCTGGCCACGGGGGAGTGCGGCCACGCGCCCGCCGTG
AGGGTCTGGGATCTCCAGGACCCGACGGCCTCGGGCGCGGTTCAGATAGCCGAGTTCCCC
GGACACACCCATGGAGTTAACTGTGTGTTCAAGGAGCCCGTGCCGCTGATGGGTCGCTCG
GCGATCCTGGGGGAGCAGAAGGACAACGAGTTCTGTGACGTGGCCTGCGCCCGCGGCGGA
AGTGACGCTACGTACGCCATCACACGCTCCGGCCTGCTTTGCCAGTTCAACAGCAGAAGG
CTCCTGGATAAATGGGTGGAGCTCAGGACCACGTCCGCCAACTGCATGTCCCTGGGCCGC
TCGTACATCTTCGTGGGCTGCGCGGAGGGGATAGTCCGGTGCTTCGCCCCCGACACCCTG
CGGTACGTGACCACCCTGCCCAGGGCGCACTACCTGGGGGTGGACGTGTCCGGCGGCGCA
TCCATCAGCCACATGTTCAGCCAGCCACCGGAAGCGCGTTACCCTGATGCGGTGGCCCTC
ACCTACGACGAGAGGAACCACAAGTTGACCTGCGTCTACAACGACCACAGCCTGTACGTG
TGGGATGTGCGGGACATTAAGAGGGTGGGTAAATCTCACTCAGCGTTGTACCACTCGGCC
TGCATCTGGGGTCTGGACATGGTGGGCCAGGGACCCCTGGGCCCCGGCTGCTTCCTGTCT
TGCTCCAGCGACGACACCGTCCGCCTGTGGACTCTGGGGGGGTCCAGTAACATATACAGT
AACGAATTAAGCAAAATACTGTACATCGACCCCGAGTTAAAGTTCCTCAAGGACGTGGAC
CTCACCGCCACCAGCGACAAGGACAAGTCCAAGACGTACGACGATAAAACCGGTGTCAGA
TGCGTGCGAGTGTCGCCGTGCGGTGAACACATCGCGGCCGGGGATCGCGCGGGGAACGTG
TGGGTGTACGATGCCCAGGGGACCCTGCTGCACACCCTGGAGGCCCACGATGCTGAAGTG
TTGTGCCTGGAATACAGCTGCCAGCCGCAGTTACTGGCCTCCGCCTCCAGGGACCGACTG
GTGCATGTGTTCAGTGTTGATAAGGGCTACCAGATCCTCCAGACCCTGGACGAGCACTCC
TCGTCCATCACAGCTGTCAGGTTTCTCAGCTCCGGAGCCGGTCTACAGCTGGTCTCCTGC
GGAGCCGACAAGACCATACTGTTCAGACAGCTGAGGACGAACCCGGACGGGAGTTTCCAG
TTCCAGCGCGGCCAGAACGTGTCGGGGCGGAGCACCCTGTATGATATGGAGGTGGACGCG
GGCGGGCGGCACGTGCTCACAGCCTGCCAGGACCGCAACGTGAGGGTGTACAGCGCGGCT
CACGGACGACACACCAAGACCTTCCGGGGCACCACGGCGGAAGACGGGACCCTCATTAAG
GTGGCGTTGGACAGCAGCGGCATCTACCTGGCCACGTCCAGCACGGACAAGCTGCTCAGC
GTGTACGACTACTACTCCGGGGAGTGCATGGCCACCATGTACGGACACTCCGAGATCGTC
ACCGGCCTCAAGTTCACTCCGGACTGCCAGCACCTGATATCGGCGTCCGGGGACGGGTGT
ATGTTCGTGTGGAGGGTTCCGCATGACATGGTGGTCACCATGAGGGCCAGGCTCGCGCAG
CAGGCCATACGACACGGACGTAAGGCGCCTACCAACGGTGCGAGCGTCCCGTCCAGTGAG
ACCGAGTCCTACTGGGGCTCCCCGCCGCGGGACGTCCCCGGGGCCGCGGAGACCTTCATG
GCGCCCGTCGTACCCGACTACACTCTCCGTGTGGGCCGTCTTCCGTCGTGGGCCAAGAAG
AGCCTGGGCGACGAGCTGGTCTCGGGCGGGCCGCCCGCCACCCCCCCGGCCTCGGCCCCC
GCGCCCGCCGCGGCGCCCGTCCCGCTCGCCCGGGGCAAGTGGGCCACGAGGATACTACCG
CCCTCTGACAAACGCGTGGACTCCGACGGGTCCAAGGATAGCTCCATAGATAGTGGAACA
GACACCAGGTACCACGACAGGAGACACAAACAGAGGCCGAAGTCGCTGAACCTGTATCAG
CTGCCGCGGGTCGAGGCGCTCTTCAGAAATTTCGATGCCAATATGAGGGCGACGCACGAC
ATACTGTCGATATCTCCCCGAGTAGAGAAGGTTACGTTAAGTTTAACCCAAGCCCGTCCC
GAGGCGCGGACCCGTCACCACACTGACGACTCCTCGTTAGGGAGTCTAAAGTTCGAGGAT
CAAGAGTCCACGGAGCATGACGGCGATGTGGAAGACATATCCGATGGCGAGAGGACCTCG
TCCTCGGAGAGGGGCAGGCCGACTTACTATCCGGGGAACAACGACGACGAAGTGCCCAGC
GAGTTCCTGGTGAACGCCATGGACGCGGCGGAGCTCCGCCAGTCCGTGCGTCGCGCGCGG
CGCTGGGCGGCGCCCCCGCCCGCCTCGCCCGCTCCGCCCTCGCTGACGGGCTCGCCCAGA
GACTCCGACGACGACGAGGTGTCGACTCCGTCCGGGGACAACGCCGACCGCAACCCGCTG
TCGGGGTCGTGCGAGTCGCTGGACACGGTCGGCAGAAGAGAGAAATACATCAAGTCCGCC
TTCGACAGCCTCAGCGGGGTGGACGGAGACACGCCGCAAGCTGGCAACAGGTCGCTGTCC
TCGCAGCACCGCGCCCCACGGGATCCTGACGCCGCCCGGAGGAGGGAGGAGCTGCAGCGG
AGGATACACGAGACCAGGAGACAGCTGGAGACGGTGGCGTTTCGATCGAATCTTAAATCG
AGCCAGTCGACGACGGATCTGTCGTACATCCCGGAGAAAGATGGCTCCCGGCGAACTAGA
CCGCTGTCTATGGCCGTGACGAGCAATAACAGACAATTTGGACTCACTAAAGCCCAAATA
TGTCCCGAGGACAATATGGACAGCTTGAATTATTTCGATAGTCTGAATTATCAGAATCTG
GACTATCGAAGTAAAAACCCCTACGCCATACCCGCGAATCTAAATCATAATATAATACCG
GAGTACTTTGGCCGCGGACCGCCGAGTGTCCCGCAGCGCGCGCCCGCCGGCAGGCACGCG
GACCTGCCGCAGCAAAAGCCGACGGCTGTGAAGGAAAACCAAAAGCCCCTAGCGTTCACC
ATAGACATGAAGAAACCGGCCTCAAAGGTTTTCACCAGGCTGTTCCCGACGCCCGCCGAC
GAAAAGGAACCGCCCAAACTACCGCCGAGGAATTTCAATTTGAACCTAAACGAGAAGCCT
CAACTGAAAAGTCCCAAGCCCAACGCTCGGAGTATATTCAAAAATTACAAATCCTGTCCA
GTGTCGCCGGTGTCCGAGGAGTGCAAGTGGGCGGATAAAGTGGAACAGAGTCAGGGCAAG
GGCAACGACACAGACAGGCAGAGAACGGACGCCAAGAAGAGGAACTCGCTGAGCTTCTTC
GTTGGTCTGGATAAAGCGAAAGACAGCAGGAGCATTGTGGACACTATAAAGAGTGACACG
GAGAAAATGATAGCGGAAATAACGAGGAAGTACGGAGATCTGGACGAGTACGAACCGGGG
CTGCATGAGGACTTAGATCTACAGCCGACCAAGGAGGTCGACGATAAGGACGACGGAAAC
TTCTCGTCAGACTCACTAGAGGACTGCAGTCTCAGTCAGGACGTTAGCTGCAAAAATAAA
CTTCTGTCCAAGAAGATATGTAAGAAACATAACAAAGCGAGAGGCGGCCTGCCGAGGCGA
GCCGTGTCCAACTATGAAATATATGGCGCGTACGATCAGCCAGCGGGTCCCTTGAGACTC
GGCGGGTCGGAGAAGAGTTCGACGTTGCCGCGTAACATGCCGTCGAATCTAGACAACATC
GTAGACGAAGACGCGAACCTCACTTGTGCGATGTACAGGTGTCAGAGCGTGCTGACCAAG
CGATGCGTCACCAGGTCGAACGAGTCGGTCCTCAGCGATCATTCTAACTGCTCGAGTGTT
TCCAACGAGATATTCCTCAAGTACGGCAACGAAGCCTCCTTCCAGCAAGCCAAGTTCGCA
GACAGCCGATACAATCTGAACGGTTCTCAGAACTGTTCGTTCGAGAACCTCAACGAACCG
GACATGAGTTACTTGGAGAACCACAGACACAGCAGCGCCAGTTTCTTCCTGAATCAGAAG
AAATATATGAAAAACAGCTGCAGCCAGGAGTCCGTGCTGTCCGACGAATATCTGGACAAC
GACATGCAGATGTCGCGGACCAACTGCAACTCATTGGAGAGTGTTCTCTCCGACGACTCC
GAATGCACGAAGAGCGCGCCTCTAGAAATGTTGTTCGAGGCCGCGAAACCAGGCCGTCAT
AAAAATAAATGTGCTGGAGTGACCAACAGCCAAAGTTGCTACGAATTCGACAATCAATCG
AAGAGTTACGGCTCCAGTCCGAATAATGTTCAGTATTTGACCGGATATATGTACAATAAT
TACTTCCAAGAACCTTCTAGTCCGCGGGCGGATTACAAAGAACCCAATACGGTGGTAGCG
TCTAAACCTCCGATAAACAAAGTCTACGGCTTCGATATACCGACAGGAGAATTCTCAGGA
CATAAAACAGTCACTCGCTCTAAAAGCTTGTACGATTCGTCGTCGAAGCAACCTCCGCCA
GCAAAAAATATAGCGTATTACTTCGACGGGAACAACATACAGCAATATAAAGCGGAAACT
AAAAAAGACGAGATACCACGATTGAGTAAAGTAGACGAGATTCCTCGGCTGAATAGAGTC
GACTATATGGCGAGCACCAGCAAGTCACTTCAACCGAAATTCGCTGATAAACACAAGTAC
AGGAGTGAAATGGAAGGCTGTGACAACAATGCGATGGTGAAGTCTAAGAGCTGCAGCTTC
GAGGTGGTGCTGGAACCGGCCTCGAAGCCAAATCCCTTAAAGAATTTAATGGAAAAACGA
AATTCACACGTCAAGAAAAATCTACAGAAGTTCGAGGAACAAATACGAAAGAGCTCTCAG
AGAAAGGCTAACGTTGCCAAATATAACAATGCCACGAAAAGCCTGGAGAGGGATTCCGGA
CAAAAGATCGGCTACACTAAAATAACCATGGAATTCGTACCGCACAAGCCGCCCAAGCCG
ATCAAGAGAACGTCTTCTGTTAAAATGAATAACCGACTGAAGGCTGGCTTAGAAAAATCT
ACCTACAGCTCGTCCATATCCTCACAGTACAAAGCGAAGTTAGATGGTTTACAGAACAAG
AACTACATCTCGAACAGGAAACAGGAAGACAAGAATTCCAACGTCGAGGACCCTTCGGAC
AGCACGGAGAGAACGTTCGACGTATTCGTCAAGGAGAAAGATATTAACGAAAATAGATCC
GAGATACAAATGGACAGCTTGGAAGTTTATGCGATGCAGAGAATAGAAAGGATGAACCAG
GTGAGCATGGACTCCCTGGACGTCATAGAAGACAATCACGACTTCGCCAAAGACTCGTTG
GACTACTACGGAGACCAAGATAACAAATATTACAATAAGGTCGTTAAAGACAAATCTAAT
ATTAATTACGTCAAAAATGAATTAGACAAGCCCTGTAACAGCGGGCACCACATCGCGTCC
AAAGAAAACATAGCGCCGGGATTCAGCGACGAGGTGAAGAAGTTTAAATACATCGAACGC
AAGCTGGAGATCATAAACAAGCTTGTGGAGATGGAGGAGCGGAAGATACTGCAGGAGAAG
GTGTTAAAAGAGTTCAGGATGAGGCCACTGAGAGCTAACATCAACGATGGGAAGGGCGTC
GTTAAAGTACTGTCCAGGAAATTCGAAAAATTGGCGACAAAACAGAGTACCGTGCCAAAT
TTTGCATCGCTGACCCTAGAAGAAGCCGATACGGACACCGAGAACTCGGATAACAAAGAA
ATCAAACGGAATTTAAGTCTCCCCGATATCTTGGACATGGATCAGATCGGTCTGACGGTA
GGAGGAGTGGACGTCTCCAACGAGGCCGGTAACACCAACCTGGACGTGGAAGAAGAGGTC
CCGGAAACAAAACTAAATAATACATTCCAAAACGTAGCGAGGCCTCTGAAACCACTGACG
CACAGAGTTTACAACGAAATGGTCATACCCAAGACGGACGTGCACCTGGACAGCGAGAAC
TATGAGTCGTCCACCACCAGCTCCAGCTGCACGAACTCGCCTAAACGTATATCTATATAC
GGGTTCAACCGACCGAAGACCCCGTTCAGGAAAATATTAAGGGCTCCGACGCCTCGCGTG
TGTTCAGAGACTCCGTGTTATAGAATGAGGCCGATGTTGTCAGGGCCTGGCGTCAGGGGT
CTGTTCCGTAAGCTCCCCGCAACACCCGTCCTGCCTTCGAAATTCTCTCCACTAACAGCA
CGTAATCTCCTGTCTCCCGAGGAAGAGACCGGGATGCGACGTGCCATATCGCTCTCAGAC
CTGGCAGCTAAACCTGTCCCGGCGCCCAGGACGCCGCAAGGCGCATCGAAACCGGCTCAG
CCGAGTCCTAACGGCAAATCGCCGAGTGGGTTCGTGAGGCCCGCGCCGCGGTACAACGGC
AAGTCCAACATGACGAGGAGCTCCAGCGTAGGTGTCCTGAACCAGAGCGACTCGGAGTCC
GACCCGCCACACCGGACCCAGGCGGCCAGTTCTCGCTCAGGTCTCATGAGGCCCACCATC
AGCTCGGCCAACAAGGCGGCCGCCAACACGGCCCGGAGACGAGGCCTCGCCAACGCTTAC
AGCACAGCGAGCGTGGCGCGCTCGGAGTCCAGCTCGGAGGCCGAGGGCGAAGCCCCGAGA
CCGCGGGCCGCCTCCGCCGACAGGGCCCAGAGGAAGATCGGAGGCCGCAGCGGGAGTGAA
CGCGACATCTCGTCTAAAGCCCGCGAGGTGACGGCGCGCCTCACGAGCCGGCAGCGGCCC
AAGCAGGAGAACGCGGGAGACAATAACATGTCACCGTCAGCTCTGTGTGCGGCGCTGACC
GAGCAGCTCACCAGGACGGCGGGGAAGGTGGCCGCCTTGTACCGCGCGCTGCAGGACGAC
CCGCGCTCGGACGGAGACATCAGCGGTCTAGAAGCGGCCATCCTGGAGACTCAGAAGGTC
CTCAGGAATGCTGTGAGTCAGAACGGTGACGAGGCGGCGAGTAAAGTGGAGCACTCCGCT
AAAGATGTGTCTCCGGGCCACCCAGCCATGTCATTGATAGAGCAGTACTCTGACATGTTG
CTGAACATGATGCAGAACAAAATGGTGAACCAGTTCTCCCAGAGCCCCCAGAGCCTGCCG
CCCACCACCGGGGAGGAGAGCTAG
Protein sequence:
MSSLTNKHTDKHYLFIITLAYSRTHRQGRPPPRLAARAASCSIKLETVFGLTVSSNAALD
SDPHTELVAYPAGCTVVLYNVRKNRQSHVLNASRKSVTCVAFSPDGRYLATGECGHAPAV
RVWDLQDPTASGAVQIAEFPGHTHGVNCVFKEPVPLMGRSAILGEQKDNEFCDVACARGG
SDATYAITRSGLLCQFNSRRLLDKWVELRTTSANCMSLGRSYIFVGCAEGIVRCFAPDTL
RYVTTLPRAHYLGVDVSGGASISHMFSQPPEARYPDAVALTYDERNHKLTCVYNDHSLYV
WDVRDIKRVGKSHSALYHSACIWGLDMVGQGPLGPGCFLSCSSDDTVRLWTLGGSSNIYS
NELSKILYIDPELKFLKDVDLTATSDKDKSKTYDDKTGVRCVRVSPCGEHIAAGDRAGNV
WVYDAQGTLLHTLEAHDAEVLCLEYSCQPQLLASASRDRLVHVFSVDKGYQILQTLDEHS
SSITAVRFLSSGAGLQLVSCGADKTILFRQLRTNPDGSFQFQRGQNVSGRSTLYDMEVDA
GGRHVLTACQDRNVRVYSAAHGRHTKTFRGTTAEDGTLIKVALDSSGIYLATSSTDKLLS
VYDYYSGECMATMYGHSEIVTGLKFTPDCQHLISASGDGCMFVWRVPHDMVVTMRARLAQ
QAIRHGRKAPTNGASVPSSETESYWGSPPRDVPGAAETFMAPVVPDYTLRVGRLPSWAKK
SLGDELVSGGPPATPPASAPAPAAAPVPLARGKWATRILPPSDKRVDSDGSKDSSIDSGT
DTRYHDRRHKQRPKSLNLYQLPRVEALFRNFDANMRATHDILSISPRVEKVTLSLTQARP
EARTRHHTDDSSLGSLKFEDQESTEHDGDVEDISDGERTSSSERGRPTYYPGNNDDEVPS
EFLVNAMDAAELRQSVRRARRWAAPPPASPAPPSLTGSPRDSDDDEVSTPSGDNADRNPL
SGSCESLDTVGRREKYIKSAFDSLSGVDGDTPQAGNRSLSSQHRAPRDPDAARRREELQR
RIHETRRQLETVAFRSNLKSSQSTTDLSYIPEKDGSRRTRPLSMAVTSNNRQFGLTKAQI
CPEDNMDSLNYFDSLNYQNLDYRSKNPYAIPANLNHNIIPEYFGRGPPSVPQRAPAGRHA
DLPQQKPTAVKENQKPLAFTIDMKKPASKVFTRLFPTPADEKEPPKLPPRNFNLNLNEKP
QLKSPKPNARSIFKNYKSCPVSPVSEECKWADKVEQSQGKGNDTDRQRTDAKKRNSLSFF
VGLDKAKDSRSIVDTIKSDTEKMIAEITRKYGDLDEYEPGLHEDLDLQPTKEVDDKDDGN
FSSDSLEDCSLSQDVSCKNKLLSKKICKKHNKARGGLPRRAVSNYEIYGAYDQPAGPLRL
GGSEKSSTLPRNMPSNLDNIVDEDANLTCAMYRCQSVLTKRCVTRSNESVLSDHSNCSSV
SNEIFLKYGNEASFQQAKFADSRYNLNGSQNCSFENLNEPDMSYLENHRHSSASFFLNQK
KYMKNSCSQESVLSDEYLDNDMQMSRTNCNSLESVLSDDSECTKSAPLEMLFEAAKPGRH
KNKCAGVTNSQSCYEFDNQSKSYGSSPNNVQYLTGYMYNNYFQEPSSPRADYKEPNTVVA
SKPPINKVYGFDIPTGEFSGHKTVTRSKSLYDSSSKQPPPAKNIAYYFDGNNIQQYKAET
KKDEIPRLSKVDEIPRLNRVDYMASTSKSLQPKFADKHKYRSEMEGCDNNAMVKSKSCSF
EVVLEPASKPNPLKNLMEKRNSHVKKNLQKFEEQIRKSSQRKANVAKYNNATKSLERDSG
QKIGYTKITMEFVPHKPPKPIKRTSSVKMNNRLKAGLEKSTYSSSISSQYKAKLDGLQNK
NYISNRKQEDKNSNVEDPSDSTERTFDVFVKEKDINENRSEIQMDSLEVYAMQRIERMNQ
VSMDSLDVIEDNHDFAKDSLDYYGDQDNKYYNKVVKDKSNINYVKNELDKPCNSGHHIAS
KENIAPGFSDEVKKFKYIERKLEIINKLVEMEERKILQEKVLKEFRMRPLRANINDGKGV
VKVLSRKFEKLATKQSTVPNFASLTLEEADTDTENSDNKEIKRNLSLPDILDMDQIGLTV
GGVDVSNEAGNTNLDVEEEVPETKLNNTFQNVARPLKPLTHRVYNEMVIPKTDVHLDSEN
YESSTTSSSCTNSPKRISIYGFNRPKTPFRKILRAPTPRVCSETPCYRMRPMLSGPGVRG
LFRKLPATPVLPSKFSPLTARNLLSPEEETGMRRAISLSDLAAKPVPAPRTPQGASKPAQ
PSPNGKSPSGFVRPAPRYNGKSNMTRSSSVGVLNQSDSESDPPHRTQAASSRSGLMRPTI
SSANKAAANTARRRGLANAYSTASVARSESSSEAEGEAPRPRAASADRAQRKIGGRSGSE
RDISSKAREVTARLTSRQRPKQENAGDNNMSPSALCAALTEQLTRTAGKVAALYRALQDD
PRSDGDISGLEAAILETQKVLRNAVSQNGDEAASKVEHSAKDVSPGHPAMSLIEQYSDML
LNMMQNKMVNQFSQSPQSLPPTTGEES