| New model in OGS2.0 | DPOGS207418 |
|---|---|
| Genomic Position | scaffold1251:- 6663-60079 |
| See gene structure | |
| CDS Length | 6825 |
| Paired RNAseq reads | 2750 |
| Single RNAseq reads | 6999 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009316 (0.0) |
| Best Drosophila hit | rugose, isoform F (0.0) |
| Best Human hit | neurobeachin (5e-168) |
| Best NR hit (blastp) | PREDICTED: similar to GA19855-PA [Acyrthosiphon pisum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to Protein neurobeachin (Lysosomal trafficking regulator 2) (Protein BCL8B), partial [Apis mellifera] (0.0) |
| GeneOntology terms | GO:0016021 integral to membrane GO:0008104 protein localization GO:0005737 cytoplasm GO:0051018 protein kinase A binding GO:0042675 compound eye cone cell differentiation |
| InterPro families | IPR013320 Concanavalin A-like lectin/glucanase, subgroup IPR011989 Armadillo-like helical IPR008985 Concanavalin A-like lectin/glucanase IPR016024 Armadillo-type fold |
| Orthology group | MCL10246 |
Nucleotide sequence:
ATGAAATATACATTCATTATAATTACCATCCATTTTGTTACACAGGCGGAGATCTGGTCT
GTTTTCATCGCCATCCTCCGTAAGAGCGTCCGAAACCTTCAGGCCTGCACTGATGTGGGT
CTCATCCATCACGTGCTGCAGAGACTGCCAAAAGCGGAAACCGTAGTTGCAGATCTACTG
ATAGAGATGCTGGGCGTGTTGGCGAGCTACAGTGTCACTGTGAAGGAGCTCAAACAGCTG
TTCAACGCTATGAAGGCAGTTAATGGGAAATGGCCGCGACACTCAGCTAAATTGCTGAAT
GTTCTGCGTCAAATGCCTCACCGCAATGGACCCGACGTCTTCTTCAGTTTCCCCGGAAGG
AAGGGATCCGCGATCGTTCTTCCCCCTTTGGCTCGATGGCCGTACGAGAACGGCTTCACA
TTCACCACCTGGTTCCGACTGGATCCCATCAACTCTGTGAACATCGAACGAGAGAAACCT
TATCTATATTGTTTCAAGACCAGCAAGGGTGTCGGCTACACGGCGCACTTCGTCGGTAAC
TGTCTGGTACTGACTTCCATGAAGGTCAGGGGGAAGGGATTCCAGCACTGCGTCAAATAC
GAGTTCCAACCGAGACGATGGTACGCCATAGCCGTCGTGTACATTTACAACAGATGGACG
AAGAGTGAGATCAAGTGTCTAGTGAACGGGCAACTCGCGTCCAGCACTGAAATGGCCTGG
TTCGTCTCCACGAATGATCCGTTCGACAAATGCTACATTGGAGCGACCGCGGAGCTGGAC
GAGGAACGGGTGTTCTGTGGACAGATGGCTGCCATCTACCTGTTTGGGGAGGCTCTATCC
ACACACCAGATATGTGCTATGCATCGTCTGGGTCCAGGATATAAGAGTCAGTTCCGTTTC
GACAACGAATGCAACATCAGTCTGCCGGAGAACCACAAACGGGTGAGCGAGCCGGCGGCT
CCCAAGCTTGACACCGACATCCCGATCCCCGAAATCGAACCCCCGACCCCCGAGACCCCT
AACCCCGACCCCGCTTCCCGGGACCAGGATTCCGGGCTCGTTCGCCGAACGCATCAATTC
CTCCTGGAGACGCCGCACGGCCGTCGACTGGCCGACGAGGCCCGCTCCGTGGCGGCCGCG
CATGCTGCCCTGCTCGTAGATGTTGAAGCATGCAAGCGTGGTCAGTTCCGTTTCGACGCG
GAGGCTCGAGTGCCGCTGCCGACCGCCGAGGTCCGTGTCGACAGCTTCGGGGAGCTCATC
CATGACCCCACACAAAATATTCACGACGTGTTATACGATGGCAAGTTATCATCAGCGATT
GTATTTATGTACAACCCCGTGGCGACTGACGGCCAGCTCTGTCTCCAGTCGGCTCCCAAA
GGGAACGTCTCCTACTTCGTGCACACACCTCACGCCCTCATGTTACAGGAAGTGAAAGCG
GTAGTCACCCATTCTATCCACAGCGCTCTGAACTCTATAGGAGGAGTCCAGGTGTTGTTC
CCACTGTTCTCACAGCTGGACCTGCCTCATGACGCGCCCGCGACTGACCCCAAGAGAGAC
CCCATGCTATGTTCAAAATTGTTGGGGTTTGTGTGTTCTTTGGTGGAGTCTTGCAGCACT
GTCCAACAGCACATGCTGCAGTGCCGCGGCTTTCTCGTCATCTCCCACATGTTAACGAGG
TGTGGAAGAGATCACCTCACACCGGACACCCTCGCCTCTTTCCTACATCTCACCAAACAC
CTCGTCACCTGCTGCTCGCCTAATAGCGATCTTCTATTAAAACAGCTCCTGGACCACATT
CTCTTCAACCCTGCCCTGTGGATCCACACCCCGGCTGCGGTTCAGGCGAGGCTGTACTGC
TACCTAGCCACGGACTTTCTGGCAGATGCTCATATATACGGCAGTGTGAGACGAGTTAGT
ACGGTCCTGCAAACCGTGCACACTTTGAAGTATTACTATTGGGTCGTGAATCCGAGAACG
AAAAGCGGAATCACTCCCAAGGGACTTGAGGGTCCTCGCCCGCAGCACAAGGACATCTTA
ACGATTCGCGCCTACATATTACTGTTCCTGAAGCAACTCATCATGGTTGGCAGCGGGGTC
AAGGAGGACGAGCTGCAGGCAATGCTTAACTACCTCACCACCATGCATGAGGACGAGAAC
CTCCACGACGTGCTGCAGATGTTGATCTCCCTCATGTCTGAACATCCCAGTTCGATGGTG
CCAGCTTTCGATGCTAAGGGCGGAGTCAGAACCATCTTCAAACTGCTGGCGTCAGAGAGT
CAGCTCATCAGACTGCAAGCTTTGAAACTTCTTGGATTCTTCCTCAGCAGAAGTACACAC
AAACGAAAGTATGACGTCATGTCCCCCCACAACCTGTACACGCTATTGGCTACGAGGCTG
GCAGCGGCCGGGGAGACCCTGGCGCTGGCGGTATACAACGCTCTATATGAGCTGCTGACC
GAACACGTCGGACAACAGATACTCTACACGAGTCATCCTGAACCACAGCCACATTTCCGT
CTTGAGAACCCCATGATCCTTAAAGTAGTCGCCACATTAATTCGCCAATCAAAACAAACG
GAACAATTGCTGGAAGTTAAGAAATTATTCCTCTCGGATATGACATTATTGTGTAGCAAC
AATCGTGAAAATAGAAGGACCGTGCTACAAATGTCAGTATGGCAAGAATGGTTAATAGCC
ATGGCCTATATACATCCTAAGAACGCAGAAGAACAGAAGATATCGGACATGGTGTACTCA
CTATTCAGGATGTTGCTGCATCATGCCATCAAACATGAGTACGGCGGGTGGAGGGTTTGG
GTTGATACGTTGGCTATCGTACACTCTAAGGTGTCCTACGAAGAATTCAAACTCCAATTC
GCGCAAATGTATGAACATTACGAACAAAGACGCGCAGATAACATTACTGATCCGAAAGAG
AGGCAACAGAAACCCATTTCGACTATATCCGGTTGGGACAGACACTCAGATGTCAAAAGT
AAAGTGTCAACGGATGCGGAGGAAAATGACGACGTGCCTAATAAAAAGAATAATGTCAAT
CACGGAGCACAAACTGAAATAGGCAAAGGACTCTCCCTCAGAGACGTAGAATCCTGTCGT
TGTAGGAAACCAATCGATGACAGTCGGACTTCCGTAGTGTATAGTGAAGTGTGTAAAGTG
CATAGTCCTGTGAAAACTGTGGAAACTGAAGAACCCAATGAAGAAGGTTGTGATAACGTA
AGTAATACAGAAGCTGAAAATGCTGTAGACGAAGAAGCAAACGAATCAGAAGTTCTCACT
CCAAACACAGAATTGGTGGAATCCATTACAGAAAACAAACTTTTAGATAGTTCAGAATCC
GGAATCGGAACTATCGGAACTGACTTGGACAAAACTGAGAAACAATTAACTAGACAGGGC
AGTCTAGATTATATTCCAGTTAGGGATGTCGGTGACAGTGCTGCCAAGGACGACAACACT
GACAAAAGTGAAGGTCTACCCTCTAGCCTGTCTGTTAGTGAAACAGCCAGTCCGGAGCGA
GTCGCCGATGCTTTGAATTTGGCTAACGAACGAGAATCTGAACTATCGGACCCGTCTGAA
TTGTACTTAACGCCGAGTGAAGCAACTAGTCCTAGAAAAATATTAGATAAGACTGACTCG
ATTAACTCAAGCATTCCAGACGATTCTACAAATGATGATCCAAAACATATTGCGATAAAC
ATCGTGAATGACGTCCTCACGGTCGCTTTGGAAACTGTTAGATTGAAGAATGACGATGAC
ACGGACTCGGGGGCTATATCAGGAGGAATACCCTCTGAAGGGAATACACCGAATGGCCGA
GATGATTTGGAACAAGACATTGAAGACATTTTAGACGAAAAACATGCGGCAGAGGCCATC
GCGCGCGAATTAGTAATGGATATTATTTCTAAAGCTGCCTCAAAGGATGAAAATGATGTT
GACGTTGATACAGACGGTCCCAAAGGAGCCGTAGAATCAGAATCTTTGCACGATGGAAAC
GGTCTGCCACTAGATGGAGATTTTATTGTCACTACCAAAGATATCTCGGAAATAGAACCG
CAGCCGGCCGCCGACAAAGCGGAAGAAGAAAATGATAAAAAAGAAAGCGAAAGACCACAA
TCCGAACCGATACCGATGGAACAAAACGCACCCGAAATTAATCCAATATCAACAATAAGC
GAAAACATTTCACTTGCAAATAAAAAGGAGCAAGAAGAAGAGGAAGATAGGATGTGTGAG
GCTGACAGAGACAAACGTCGGGTCAGCTTACCGGGTGACAACGAGATGAAGCAGGACGGC
AATAGGGGCGAGGGCGTCGCCTCGACAGGCACCAATACCTCCACATCACCGAAGAGACCG
CGCAGTGCGTCTACCAGCACTCAAGTGGACTCAAATCATTTTGAAAAGAAACGTCCAACA
AAGTGCAGCCGGCCCATGTTCTCGCCGGGCCCCACCCGTCCTCCATTCCGTATACCGGAG
TTCCGTTGGTCCTACATACACCAAAGACTACTGTCTGATGTTCTGTTCTCGTTGGAGACG
GACATCCAGGTGTGGCGCAGTCACTCCACCAAGTCTGTGATCGACTTCGTGAACAGCAGC
GAGAACGCCATCTTCGTGGTGAACACGGTGCACCTCATCAGCCAGCTCGCTGACAACCTC
ATCATCGCCTGTGGAGGACTGCTGCCGTTATTGGCCTCGGCGACATCGCCAAATGATGAA
AATGATGTTGACGTTGATACAGACGGTCCCAAAGGAGCCGTAGAATCAGAATCTTTGCAC
GATGGAAACGGTCTGCCACTAGATGGAGATTTTATTGTCACTACCAAAGATATCTCCGAA
ATAGAACCGCTGCCGGCCGCCGACAAAGCGGAAGAAGAAAATGATAAAAAAGAAAGCGAA
AGACCACAATCCGAACCGATACCGATGGAACAAAGCGCACCCGAAATTAATCCAATATCA
ACAATAAGCGAAAACATTTCACTTGCAAATAAAAAGGAGCAAGAAGAGGAGGAAGATAGG
ATGTGTGAGACTGACAGAGACAAACGTCGGGTCAGCTTACCGGGTGACAACGAGATGAAG
CAGGACGGCAATAGGGGCGAGGGCGTCGCCTCGACAGGCACCAATACCTCCACATCACCG
AAGAGACCGCGCAGTGCGTCTACCAGCACTCAAGTGGACTCAAATCATTTTGAAAAGAAA
CGTCCAACAAAGTGCAGCCGTCCCATGTTCTCGCCGGGCCCCACCCGTCCTCCATTCCGT
ATACCGGAGTTCCGTTGGTCCTACATACACCAAAGACTACTGTCTGATGTTCTGTTCTCG
TTGGAGACGGACATCCAGGTGTGGCGCAGTCACTCCACCAAGTCTGTGATCGACTTCGTG
AACAGCAGCGAGAACGCCATCTTCGTGGTGAACACGGTGCACCTCATCAGCCAGCTCGCT
GACAACCTCATCATCGCCTGTGGAGGACTGCTGCCGTTATTGGCCTCGGCGACATCGCCA
AATAATGAGCTGGACGTGATCGAGCCCACCCAGGGGATGCCGGTAGAAGTAGCTGTCACT
TTCTTACAGCGATTGGTTTCAATGGCTGATGTACTGATATTCGCGAGTGCGTTGAACTTT
GCCGAATTAGAGGCAGAGAAAAACATGTCCAGTGGAGGAATATTGAGACAGTGTCTTAGA
TTGGTGTGCACGTGCGCTGTACGCAACTGTCTCGAGTGCAAGGAGCGACAGCGCTGCAGC
GCTCGACGGAACGACTCGCCGTCACCTAAGAGCGTGGTGGCGAGTTTAGCGGACGCGACC
AGCCCTGTGAAGGATCCGGAGAGACTCCTGCAAGATATGGATGTGAACAGATTGAGAGCC
GTCATATACAGAGACGTCGAGGAAACGAAGCAGGCTCAGTTCCTGTCTCTGGCGATAGTG
TACTTCATCTCCGTGCTGATGGTGTCCAAGTACCGCGACATCCTGGAGCCGCCACCTCAC
ACCGCCCCGGACTGCAACAGACGAGTGCACGCCGCCCACGAACATCACGGCTCGCGGCCC
CTGTTCCCCCAGTGGTCCCACCACGTGTACCCTCAGTTCCTGCCCGGTGGGCACCCCGCT
CGCCACTCTCACTGCAAACTCGATTGCGGCCAGCACACTACCTCGCACCCGCACGCACGC
CTCGCTAGTTACCACCGCGCGCACGCAGATCACAACGGTGATGACGTGGAATACGCAATG
ATTGTAGTTGACGAGAACAACTCTACTATGAATGAGTTGGACTCGCCCTCCATGAAGGAT
GGGATGGAGGAGGGAGTGGCTAAGATTGAGACGAGCACGGACGAGGTGAAACCGAATTCG
GGTGAGAGGTCGAAGGTCGTGGAGCTGGCTGTGTCCGCGGGCGGGGAGGTGCCGCTGTAC
CAATCCAGTCTGCGGCTGAGAACTCAGCTCAAGCAGAAGAGTGTGGACTCGATAGAGGAC
GCCGGCTCATTTCATCTGAACTCGACTGAGACGACCAACAACGATCCGGAAACGTCCAGC
GACGTGGCCTTGGATGATAACAAACACCCTGTCAGCAACGATGAGTCCTGGACAGATGTA
AACCTAAACGAGGAAGGAGAGAGAGGCCCGGCCACCATCACCGGCAGGGGCAGGGAACAC
GAGGGAAATGTGCATGAAGATATTGATAAACAAATTCACATGAGGAATACTGAGCACCAT
CACATCGCTCAAAGACAGAATCGAAGCCTTCAAACAGCACAGAGACATTTACACTCGGAC
AACAAAAAAATTACATTCACAGAAAAATTAGGCAGTTTCCTCTAG
Protein sequence:
MKYTFIIITIHFVTQAEIWSVFIAILRKSVRNLQACTDVGLIHHVLQRLPKAETVVADLL
IEMLGVLASYSVTVKELKQLFNAMKAVNGKWPRHSAKLLNVLRQMPHRNGPDVFFSFPGR
KGSAIVLPPLARWPYENGFTFTTWFRLDPINSVNIEREKPYLYCFKTSKGVGYTAHFVGN
CLVLTSMKVRGKGFQHCVKYEFQPRRWYAIAVVYIYNRWTKSEIKCLVNGQLASSTEMAW
FVSTNDPFDKCYIGATAELDEERVFCGQMAAIYLFGEALSTHQICAMHRLGPGYKSQFRF
DNECNISLPENHKRVSEPAAPKLDTDIPIPEIEPPTPETPNPDPASRDQDSGLVRRTHQF
LLETPHGRRLADEARSVAAAHAALLVDVEACKRGQFRFDAEARVPLPTAEVRVDSFGELI
HDPTQNIHDVLYDGKLSSAIVFMYNPVATDGQLCLQSAPKGNVSYFVHTPHALMLQEVKA
VVTHSIHSALNSIGGVQVLFPLFSQLDLPHDAPATDPKRDPMLCSKLLGFVCSLVESCST
VQQHMLQCRGFLVISHMLTRCGRDHLTPDTLASFLHLTKHLVTCCSPNSDLLLKQLLDHI
LFNPALWIHTPAAVQARLYCYLATDFLADAHIYGSVRRVSTVLQTVHTLKYYYWVVNPRT
KSGITPKGLEGPRPQHKDILTIRAYILLFLKQLIMVGSGVKEDELQAMLNYLTTMHEDEN
LHDVLQMLISLMSEHPSSMVPAFDAKGGVRTIFKLLASESQLIRLQALKLLGFFLSRSTH
KRKYDVMSPHNLYTLLATRLAAAGETLALAVYNALYELLTEHVGQQILYTSHPEPQPHFR
LENPMILKVVATLIRQSKQTEQLLEVKKLFLSDMTLLCSNNRENRRTVLQMSVWQEWLIA
MAYIHPKNAEEQKISDMVYSLFRMLLHHAIKHEYGGWRVWVDTLAIVHSKVSYEEFKLQF
AQMYEHYEQRRADNITDPKERQQKPISTISGWDRHSDVKSKVSTDAEENDDVPNKKNNVN
HGAQTEIGKGLSLRDVESCRCRKPIDDSRTSVVYSEVCKVHSPVKTVETEEPNEEGCDNV
SNTEAENAVDEEANESEVLTPNTELVESITENKLLDSSESGIGTIGTDLDKTEKQLTRQG
SLDYIPVRDVGDSAAKDDNTDKSEGLPSSLSVSETASPERVADALNLANERESELSDPSE
LYLTPSEATSPRKILDKTDSINSSIPDDSTNDDPKHIAINIVNDVLTVALETVRLKNDDD
TDSGAISGGIPSEGNTPNGRDDLEQDIEDILDEKHAAEAIARELVMDIISKAASKDENDV
DVDTDGPKGAVESESLHDGNGLPLDGDFIVTTKDISEIEPQPAADKAEEENDKKESERPQ
SEPIPMEQNAPEINPISTISENISLANKKEQEEEEDRMCEADRDKRRVSLPGDNEMKQDG
NRGEGVASTGTNTSTSPKRPRSASTSTQVDSNHFEKKRPTKCSRPMFSPGPTRPPFRIPE
FRWSYIHQRLLSDVLFSLETDIQVWRSHSTKSVIDFVNSSENAIFVVNTVHLISQLADNL
IIACGGLLPLLASATSPNDENDVDVDTDGPKGAVESESLHDGNGLPLDGDFIVTTKDISE
IEPLPAADKAEEENDKKESERPQSEPIPMEQSAPEINPISTISENISLANKKEQEEEEDR
MCETDRDKRRVSLPGDNEMKQDGNRGEGVASTGTNTSTSPKRPRSASTSTQVDSNHFEKK
RPTKCSRPMFSPGPTRPPFRIPEFRWSYIHQRLLSDVLFSLETDIQVWRSHSTKSVIDFV
NSSENAIFVVNTVHLISQLADNLIIACGGLLPLLASATSPNNELDVIEPTQGMPVEVAVT
FLQRLVSMADVLIFASALNFAELEAEKNMSSGGILRQCLRLVCTCAVRNCLECKERQRCS
ARRNDSPSPKSVVASLADATSPVKDPERLLQDMDVNRLRAVIYRDVEETKQAQFLSLAIV
YFISVLMVSKYRDILEPPPHTAPDCNRRVHAAHEHHGSRPLFPQWSHHVYPQFLPGGHPA
RHSHCKLDCGQHTTSHPHARLASYHRAHADHNGDDVEYAMIVVDENNSTMNELDSPSMKD
GMEEGVAKIETSTDEVKPNSGERSKVVELAVSAGGEVPLYQSSLRLRTQLKQKSVDSIED
AGSFHLNSTETTNNDPETSSDVALDDNKHPVSNDESWTDVNLNEEGERGPATITGRGREH
EGNVHEDIDKQIHMRNTEHHHIAQRQNRSLQTAQRHLHSDNKKITFTEKLGSFL