| Genomic Position | scaffold108:- 92070-100770 |
|---|---|
| See gene structure | |
| CDS Length | 3807 |
| Paired RNAseq reads | 683 |
| Single RNAseq reads | 3215 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004903 (0.0) |
| Best Drosophila hit | CG2698, isoform A (2e-28) |
| Best Human hit | transmembrane protein C9orf5 (5e-27) |
| Best NR hit (blastp) | PREDICTED: similar to CG2698-PA [Apis mellifera] (3e-90) |
| Best NR hit (blastx) | PREDICTED: similar to CG2698-PA [Apis mellifera] (3e-93) |
| GeneOntology terms | GO:0008150 biological_process GO:0003674 molecular_function GO:0016020 membrane GO:0016021 integral to membrane |
| InterPro families | IPR002549 Uncharacterised protein family UPF0118 |
| Orthology group | MCL11974 |
Nucleotide sequence:
ATGCAGCAATCACCGTTTGAAAATATTTTTAATATTATTGGTGGCCTATCAGAGGGTAAT
GAGAAACCTATGAAACATGGTTTCTACAATGCTTTCGCCCTTTTCATCCTAACGATTTGT
TGCACAGCAGTTTATGTGCTATTTTTAATTTTGGAACCTTTTTTTAAACCATTGTTTTGG
GCTCTATTAGTGGGTTCTTTATTACATCCATTTAAATACAAATTATCAAAAAAAATTAAG
ACATGGTTCGAAGAACTGGAGAAATCGAATTCATCTGTGATATATGGTTTAATGGTGATA
CCGGTGGATGTTATAAATTATGCTTCCGATACTGTTGGTTATCAATTCAGAGATCATTAT
AAGACAATGACTTTTGCTTTGGCATATATGATCAGCATATATTTCCTGTGGAGTCCGTCT
AGATCGGGACTATTCAAAGTTACCTCTCATATTCTCTGGCTCATCATTGCTAGTTTCTTG
GCAAACTTGGCCGGCTCTTTCAAAGTTTATGTGTTCGTACTGTTACAAGCTATTGGTATA
ACTGGCTTTGTACTAGAAGTCCTTCACATACATAAGCATTTGTCACAAAAAGATCCTGAA
GCATCATTGTTTACTGCATTGCAACATGCTTTAAGCAACAGACCACTAGAACATACTGTC
CTTGAAAAGATTGATGAGAACCCTGAAGAATCTAGCCCTGAGGATGTGAGTGACAAAGAA
AAAACTCCTGATATATCGCCAGTGACCCCAGAGGTTGCGAAAAGGGGGAGCTGGTCAGAA
AATGATCAATTAAGAAGCTCCAGACAGGCCAAAATGCTATTTAAGACAAGAACCCTCTCA
GCACTTCCATTACAAAATGTTAAAACGAAATCTGCCTTCGAATCTCGACTTCTAGCCTCA
TTCAAACAGAGGTCCTTGGATGAGAATTATATACGAAATAATTTCAATGATGACGAGACC
GCGCTATACTTCAAACTTCTATTTTTTGGTTGCTTTTGTATGTTGATATGGAAATACATA
TGGCTACTGCCAGTCATGCTGTTCTTCCTAGCCATCCACATCATAAAGATATCGCTCAAC
TTCTTTGGGGTTTGGTTATTTTTTGAGAATCAATGCAACAACCTAACAGCTAAAATTGGT
GGATGGTGGAATGACAGAAAATCTGCTGTCATCCCGGCACAGATACGAGGCATCGGGAAG
ATGTTGTCTCTGTGCAATAAGAGTGTTATCGAAATGGCATACGAGTCAATCGATACAGTG
TCCACATATAACGCATACACATATGGTAGAGAAGGAATATCTACCGGGGTGAAGAGCATC
CTAAAAGAGGGTGATCCAGAGAAGATAGCTCGTGTGGAACAACAGGTCCTGGAAATATGG
GATCGCGTGTATCAGAGCTGGGTGTCAGGAATGTTCGCTCAGAGTGGACCCCAGATGGAT
GGGTCCGCGGTACAAGAGTCCTGGGATAACTTTGTGCTAGAAGCTGGAACCTCTGGAGGT
GTGTTGGACTACACGGGTCTTGTGTCGTGGGTCAAAGCCAATGTGGGCACGTTGAGCGCG
ATCCTGTCCGGAGTTTGGGCGCCCCTGGCCAGCAACGTCTCACTGTTGGCTGGTTCCCTT
GGCGCCTTCACATCCCTACTGCTCTGTGGCGGGGGCGCTATAATCAATATGTTTATTAAT
ATGGTGGTGTTCTTCACGACTCTGTTCTATCTGCTGGCATCCAGCAACGCTCTCTACAAG
CCGGTTGAGGTGATAACACGTGTTCAACCGAACTTCGGCCCCAGGCTGGGAATAGCGCTC
TCTGTGGCCATTAATCAGGTATTCCGCGCCTCGTTCAAGATGGCGTTGTTTTACGGTCTC
TGGACGTGGCTAGTTCACAACTTGTTCGGAGCTAAAGTTGTTTACTTGCCCTTAACTAGT
GGGCTTAGGATCAACTTCACAAACTGCCAACACCCTGAATGGACGTGCCATAACAATGCA
CCGAGTAACATCACTTACGTGTGTCCGGCTAGGAGTAATGATAACATAGTTCATCTCAAA
GATTTCTACACGGATCACATCCACAGTTTGACGATAAAGAACTGTAGGGATTTAAAGGTG
GTTTTGGACTGCCCTATCCTACAAAGGTCATCCCGACTTCAAAAACTGGCTATAAAGGAT
TGCACGAGACTAGAATTCATATCCCTATCGAGTTCGTCCCTGCTACAAACACCACCAGAA
GTTTACATTGAGAATATTAAAGAAATCATATCTCTGCCCAGAAATATGTTCAAATCACCA
AAAACTATCACAGAGACTAAATGCATGGGGACGTCATCTTTGAAATGCATTCATTTTGCA
AATTCCAAAATAAATACAATAAGTTCAAAGGCCATTCACAACATAAGCGGCTGTAGAAGT
GTTGAGTTCGACAATGTCACTATCAATAGCATCCAAAGCGAAGGCATAGAGGCTATCTTG
GGGAACGATAATACGCTATTTGAAATGACCAATACTAAAGTTGATGGTATTGATTACAAA
GGTATAACAGTACAAAGTACAACAGCTAGGCTATCGTTTAATAGCTTCGGTGAGGTCGTA
GCGGGTGTGGTGAATGTTACGTCCGATAAATTATATATAGTTGGTAATTCTTTTAGAACA
ATACACGGCAATGGATTGGTGACGAACTCGATACACACAGATATAACGGACAACATAATA
GGAACGCTGAAAACTAACGCGCTTAGCAACATCAAATGTTCCAAACGTCGTTCAACAAAG
AAACACATGAATTTCATTAGGAACACCATCGAGCGGGTTGAACCTTACTCGCTGTACCTG
GACTATGCCAGTTGCAAAACGGCTGTGACGCAGGTCGTTATACGAGAAAATAAAATGGAC
TGCAAGTGTCGGAACATAGCGTATCTAAACTCACAGACGAATGTTGAGCAAAACAACTTA
ATCTTGAATCTGAGCAACAACAATACGTGTCTGATGACGTCATGCGTGCTGCCGGTCGAA
GTTGTGAAGCTGTTATTAGAGAGCGACATGTGCCACTTGAATCTCGACACACGAGTGATG
TGTCTGCTTTATAACGATAAGCATTCCAATAAAAACGAGGTGATTACGGACGAGGACGTC
ACAGAGCCGGCACCCACGTTTTACTTGATAAGACAAGCTAATAATCTACAAGAGGGTTCG
GCGGCTATGACCGCCATCGATAAGGAGGATCTGTTGAAAGACACGCATTTAAACATGACG
AATAGAACCACGATCAAAGTCGTGTTCGATTCCTCTAAAGATTTTGTGGAAACTCTCCGA
AGTACGAGTAGGACCAGAAACAGGCCTACAGAGCACAGTCCGCCCAAAGATGAATACGTG
TCCCGATGCATAGGAACTCAGTGCAGGAACACCGCCGCCTACAATAGACAGAGGGCGCTC
GATTTTTACAAATACGTATACGCACAGTTACTTCTAGCAGCAGTGTTAGGCGCAGCTCCA
TTCTTAGGGCCATACCTGGCTGGTATCCCCGCAGCATTGGATGTCTGGCTCCAAGGTCGA
CCGATGGCAGCCCTCCTGTTACCAATCGTACAAGCAGCTCCTATAGCCTTTTTGGATGCT
GCGGTTTACGCAGAAATTAAAGACGGTGGTCACCCTTACGTGACGGGTCTTGCGATAGCT
GGCGGTATATTCTACCTAGGGCCGGAGGGCGCCATACTTGGGCCGTTGTTGTTATGCTGT
CTGATGGTAGTGTTCAATCTGTCCTCGACCTTCCTCAGGGACACTCCCTCGGAAGAAAGA
GCCGCCTTACATTCGCGTGTCAGGTAA
Protein sequence:
MQQSPFENIFNIIGGLSEGNEKPMKHGFYNAFALFILTICCTAVYVLFLILEPFFKPLFW
ALLVGSLLHPFKYKLSKKIKTWFEELEKSNSSVIYGLMVIPVDVINYASDTVGYQFRDHY
KTMTFALAYMISIYFLWSPSRSGLFKVTSHILWLIIASFLANLAGSFKVYVFVLLQAIGI
TGFVLEVLHIHKHLSQKDPEASLFTALQHALSNRPLEHTVLEKIDENPEESSPEDVSDKE
KTPDISPVTPEVAKRGSWSENDQLRSSRQAKMLFKTRTLSALPLQNVKTKSAFESRLLAS
FKQRSLDENYIRNNFNDDETALYFKLLFFGCFCMLIWKYIWLLPVMLFFLAIHIIKISLN
FFGVWLFFENQCNNLTAKIGGWWNDRKSAVIPAQIRGIGKMLSLCNKSVIEMAYESIDTV
STYNAYTYGREGISTGVKSILKEGDPEKIARVEQQVLEIWDRVYQSWVSGMFAQSGPQMD
GSAVQESWDNFVLEAGTSGGVLDYTGLVSWVKANVGTLSAILSGVWAPLASNVSLLAGSL
GAFTSLLLCGGGAIINMFINMVVFFTTLFYLLASSNALYKPVEVITRVQPNFGPRLGIAL
SVAINQVFRASFKMALFYGLWTWLVHNLFGAKVVYLPLTSGLRINFTNCQHPEWTCHNNA
PSNITYVCPARSNDNIVHLKDFYTDHIHSLTIKNCRDLKVVLDCPILQRSSRLQKLAIKD
CTRLEFISLSSSSLLQTPPEVYIENIKEIISLPRNMFKSPKTITETKCMGTSSLKCIHFA
NSKINTISSKAIHNISGCRSVEFDNVTINSIQSEGIEAILGNDNTLFEMTNTKVDGIDYK
GITVQSTTARLSFNSFGEVVAGVVNVTSDKLYIVGNSFRTIHGNGLVTNSIHTDITDNII
GTLKTNALSNIKCSKRRSTKKHMNFIRNTIERVEPYSLYLDYASCKTAVTQVVIRENKMD
CKCRNIAYLNSQTNVEQNNLILNLSNNNTCLMTSCVLPVEVVKLLLESDMCHLNLDTRVM
CLLYNDKHSNKNEVITDEDVTEPAPTFYLIRQANNLQEGSAAMTAIDKEDLLKDTHLNMT
NRTTIKVVFDSSKDFVETLRSTSRTRNRPTEHSPPKDEYVSRCIGTQCRNTAAYNRQRAL
DFYKYVYAQLLLAAVLGAAPFLGPYLAGIPAALDVWLQGRPMAALLLPIVQAAPIAFLDA
AVYAEIKDGGHPYVTGLAIAGGIFYLGPEGAILGPLLLCCLMVVFNLSSTFLRDTPSEER
AALHSRVR