| New model in OGS2.0 | DPOGS200485 |
|---|---|
| Genomic Position | scaffold37:- 76681-92458 |
| See gene structure | |
| CDS Length | 4440 |
| Paired RNAseq reads | 473 |
| Single RNAseq reads | 1289 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA010422 (1e-76) |
| Best Drosophila hit | CG31272 (1e-38) |
| Best Human hit | synaptic vesicle glycoprotein 2C (1e-19) |
| Best NR hit (blastp) | AGAP004156-PA [Anopheles gambiae str. PEST] (2e-69) |
| Best NR hit (blastx) | PREDICTED: similar to SV2-like protein 1 [Tribolium castaneum] (4e-59) |
| GeneOntology terms | GO:0030672 synaptic vesicle membrane GO:0006810 transport GO:0005215 transporter activity GO:0055085 transmembrane transport GO:0006629 lipid metabolic process GO:0016298 lipase activity |
| InterPro families | IPR016196 Major facilitator superfamily, general substrate transporter IPR020846 Major facilitator superfamily IPR011701 Major facilitator superfamily MFS-1 |
| Orthology group | MCL20855 |
Nucleotide sequence:
ATGACCGAATACATTCGAATTAAGTTCACGCCGTTTGTGAAACACGTATCAAGTTCCAAC
TGTTGTTGGCTTGAAATAATACCGAAGGTGTCTTGTATTGAACATCTTGACAAAATAGAA
TGGAAGCAACAGACGCTATCCATGGAGTACATTGTTCCTATGACCTACAAAATTATACTT
AGAAAGAGAGAGCCTGAGAAAAAACTGAAAATGTACTATTCTTGTATTGATCTTCTGTCA
TCAATATCGAGTCATAATCTGTGTTCTGGAGATGTTCGTAAACAAATAAGTGATAATATT
ATTTTAAGCAAAGTTCTATCCGAAAGTCGTAACAATGAATCTTTAAAAAGGACTTGTGTG
AAACGAGATCCCTTGTTAGTCACAAATGATATAATTGAAACTGGCCACGCTTTGGTCCCA
AAAGAAAAAACAGTGGGAAATATAAATACAAAAACCGACAACACGTTCGTATTAAAACAA
AACGAGTATAAAAGTAAAGGAGGATGTCTCAGCATTCACAACGATGAAGAAGAATACTCC
TATATGCCGGGCACTTCTAACGAATTAAATAGAAGCTCATCTGGACAGGAAGACTTCCAT
GTTAAAACTACGAATGAGGCATTTTCTTTAAAAAAGAATGTTTTTTCTCCCTCTTACACG
ACTACATTTAAAACACCTAAGCCATTTTTGGGTAAATGCAAACCTGGTGGCTGCCTTGAT
CCACCGTTTGGTGAAGAGAAGTACATTTACAAACCTACGTTCGAGGACAACCAAATTGCA
GAGAAATCTCCACACACAAATGATATAAATAAAATGCTGCTAGATTCAGATAAAAATAAA
CCGGAATTAGGAATAAAAAAACAAACTTTGGATCAAGAAGTAGAAGATTTGCATGAATCT
TACACCGATTTGACCGAGAATATTGAAGATTCAGAATCTCTTGTTACTTACCCATTACCA
GTATCATCTAGTTATATTAAAAATAGGGACAGTCAAAGTAAAAAGGACAGATCTAGAATC
AACTCTGAACAAACATCTCAAAAATTAACCAATGAATTTCCTGTTTCATTTTTTATGCCT
CCTAGAAAAGAGAAAACAAAACAATTTAAGACCTATGATGATTACAATGACAAGGAAACT
AAGGTAAAAGAGGCATATATTAACAATGAGTATGCAATGCAAAGTCAAACACCTAGCGAA
ATGTTCTCGGATTCATTGACAACGACACATCCATCGCGTGAAGAACCTTCACAAGACGTA
ACACGGGAACAAGAAACATCTGTGAAATCGATACATTCATCGAGAAATGATGATATTTCT
AAGGAACCAGTAAAATCTGAAGGTTTAGATTATATTTCTGATATCAAAGCTTTAAGAAAA
GGTGAGGAAATATTTTCACAGGAACAAGTTACTGCAAACGATAAATCCGGGACAGGAAAT
CAGAACATACGATCTAAGTTGCCAGAAAGTCATATTGATACATCGTATCAATCTGACAAA
ATGAATTCAATACAAAAGATGGAAGTAGAAAACATAGTGAGTGAGGATAAAAATATAGAA
CCTGAAAAAAAACACAGTTCAGCAAATGTTAAGTTAAGCAGTGAAAAGTTAAAAATAAAC
TCACTTTCTGAATTAAACAATCATTCAGATAATTCAGAAATAAATAGTATTGCTGACAAA
CCTGTGGAAGGAGAAACTGGATTACGCAACGGAATTAATAATCTTTTAGACCCAATTGAA
AAAGAGAAATTTAAAAAGAATTCTTTAAAATATGAAACTTCAAAAGATTTTGGGGTAAAC
GTTGGGAAGCATGATTCAACAAACCTAATCAAGCCTAATTTAAAATTCAGCCATGAGGAA
TTAACTAAAACATCAATTGATGATCCAACCAAAATTTTAACATACTCAAGTAGTGAAAGC
ATTAATGATAAAGATATTAAAATAGAAAATCAATTACGTGATGGAGTTGAAAGTAATTTA
GATCCAACGCAAAAGGAAATGTTTGAAAAAGATTCTCTTAAATACGAAGCTTTAAGACAT
TCTAAGGAAATAATTACAAATGATGACACTATAAAAGTAAGAAAATCTAATGTAAAATTA
AGCAAGGAAGATTTAGCTGAAATATCGATGGATCAATTAAACAGGTTTTCAAAAGATCTA
AAGAATGAAAGTATAACTGACATCAACGTTAAAAGAAAATCTCAATTGCCTAATAAAACG
AGTAGCATTTCAGATCCAATGCAAAAAGATGCTTTAAAATACGAAGCTGTAATAGATTCT
GGCCCAAAAATCACAAATGAAGACCCAATACAAATCGAGAAAACTGATGTAAAGTTAGGC
CAAGAGGAAATAACAAAAATTTCAATTGATCAATTAACCAAGCTCATTGACCAGGCAGAA
AATGAAATTATTTCTGACACAAGTGCTAAAAGTGAAATCCGATTAACTAATGAATTGAGT
AACTTGTTACACCCAGCCACTAAAGAAGTATTTGAAAAAGACTCTTTAACATACAAAGAT
TTAAAAGATTCAAGTAAAATAACTTTACAAAGCAGCGACGGGGATGGCATTAGTAATATT
AAAAATTTTGTTCCCTTACAAAAGAAATCATTGGATTCTAACGACAATGCTGAAGTAAAT
TTAAAAGAACCAACTAAGAACCTAGACGAAATTATAACGTTGCCAACAGAAAAATTAGTA
TTTCAGAATAAAACAAGTGTAAATGAAGACTTTGAGAGACATTCTGAAAGTTCCAATAAA
ATAAATAATAAAGTCTCAGATATCGCAATAAAATCATTGTCATCTAAAATATCACTTAAT
GAGGTAAATTCTCAGAAAACTGCTGACTTAAATTTGGAAAATCTTAGTAAGAAAAGCTCA
AAATATATCGTATTTGAAAAACCACTAAGTGCTGGTTCTGATGATTTGAAAGAAACATCT
CTTGAAAATAAATCATCGACATTTAAAGACTTACCAACAAACAATATCGATTCTAAAAGC
TTAGGTTGGTACAACATAAAATACAGCTTGGCATTAGCTCTATTTCTGATAGCAGCAATC
ATAGAACCCACCGGATACTCCTTCATACTTCCAGCAGCAAAATGCGATTTACAAATGACA
GATTCACAAAGAGGAGTCATTGGTTCCATCCCGTATATTGGTGTGGTTGTGACGTCATTT
GTTTGGGGTTACTTAACTGATACCAGGGGAAGAAAATATATGGTGATTTACAGTTCACTA
GCAGCAGGAATATTCGGCCTCGCAGCATCGTTCATGCCCGAGATCATTAGTTTTACCATA
TTTAAATTTTTGTCTTCCTTGTGTATTGCTTGCCCGGCTGCAGTGCCATATAGTTTCATA
GGAGAAATTTTACCGAAGAGATACAGAGATATAACATTGTCTATTACAAACGCGATGCAG
ATTACCGGATCCGCTGTTGTACCTTTATTGGCATGGGGAGTACTGCCGCTTGATTTCCGA
ACGGACTTCGGGTTGTATTATTATCGTCCGTGGCGACTTCTGGCCGCTTTGTATTCGTCA
TTTTTCATTATTAGTGCTATAATAATGAGTTTCGGTCCAGAGAGCCCCAAATATCTAATG
TCACAAGGAAAACACGATGAATCATTACGAGTACTTCAAACGATATATGCGAGAAATAAA
GGCAACGAAGCCAGTGACTATCCAGTTAAAAGACTCAAATTGCCAGATCAGAAATCAGAC
GGCAGACAATCTTTCCTGCTTTCCCTAAAGAATCAATCACTGCCATTATTGAAACCGCCA
TATTTAAAATGGTTGTGTCTTAATGGCGTACTGTTTTTTGGAATATTTGCAACCTTAAAT
GGACTTTACATGTGGCTGCCGGACGTTTTAAACCGCGTGTTCTCTGGAAAAAGCGTTGGT
TTGACGGCTTGCGGCGTTATAAGGCAGCGATTAAACGAGACGTCGGGTTCAGTAACTGGT
GAATGCGATGACTCCATTGATCCAATAACGTTTAAAATCAACACAATCGCAAACATATCT
TGCGCTCTGATCGCGTTAGGCATCAGTAGTACAGTGAAATTCATCGGCAAAAAAGCGTTA
TTGATATCGGTCTATATAATTATTGGAGTATTTTGTATATTAAATAACTTTGTTACCGAA
AATATGGTGTTCGCCGTACTGCTTTCGTCCGTACCAATAACTGGCTTGGCTATTGGACCT
ATAAATTCATACGCAGTGGAAATCTTTCCTACACATTTAAGAGGAATGGCTATAAGTCTA
TCGATGATGGTCGGACGGACTGGTTCTATAGTCGGCACTAATGTCGCTGGACTTCTCATC
AACGCGGCATGTGAAGTCACTTTTTATTTGTTCGGAGGTCTTTTAGTATTGTGCGGTTTC
CTCTCCTTTTTGCTTCCAACATCAAAATCAAAACCAAAGAACTCGATGACTGCCCTTTGA
Protein sequence:
MTEYIRIKFTPFVKHVSSSNCCWLEIIPKVSCIEHLDKIEWKQQTLSMEYIVPMTYKIIL
RKREPEKKLKMYYSCIDLLSSISSHNLCSGDVRKQISDNIILSKVLSESRNNESLKRTCV
KRDPLLVTNDIIETGHALVPKEKTVGNINTKTDNTFVLKQNEYKSKGGCLSIHNDEEEYS
YMPGTSNELNRSSSGQEDFHVKTTNEAFSLKKNVFSPSYTTTFKTPKPFLGKCKPGGCLD
PPFGEEKYIYKPTFEDNQIAEKSPHTNDINKMLLDSDKNKPELGIKKQTLDQEVEDLHES
YTDLTENIEDSESLVTYPLPVSSSYIKNRDSQSKKDRSRINSEQTSQKLTNEFPVSFFMP
PRKEKTKQFKTYDDYNDKETKVKEAYINNEYAMQSQTPSEMFSDSLTTTHPSREEPSQDV
TREQETSVKSIHSSRNDDISKEPVKSEGLDYISDIKALRKGEEIFSQEQVTANDKSGTGN
QNIRSKLPESHIDTSYQSDKMNSIQKMEVENIVSEDKNIEPEKKHSSANVKLSSEKLKIN
SLSELNNHSDNSEINSIADKPVEGETGLRNGINNLLDPIEKEKFKKNSLKYETSKDFGVN
VGKHDSTNLIKPNLKFSHEELTKTSIDDPTKILTYSSSESINDKDIKIENQLRDGVESNL
DPTQKEMFEKDSLKYEALRHSKEIITNDDTIKVRKSNVKLSKEDLAEISMDQLNRFSKDL
KNESITDINVKRKSQLPNKTSSISDPMQKDALKYEAVIDSGPKITNEDPIQIEKTDVKLG
QEEITKISIDQLTKLIDQAENEIISDTSAKSEIRLTNELSNLLHPATKEVFEKDSLTYKD
LKDSSKITLQSSDGDGISNIKNFVPLQKKSLDSNDNAEVNLKEPTKNLDEIITLPTEKLV
FQNKTSVNEDFERHSESSNKINNKVSDIAIKSLSSKISLNEVNSQKTADLNLENLSKKSS
KYIVFEKPLSAGSDDLKETSLENKSSTFKDLPTNNIDSKSLGWYNIKYSLALALFLIAAI
IEPTGYSFILPAAKCDLQMTDSQRGVIGSIPYIGVVVTSFVWGYLTDTRGRKYMVIYSSL
AAGIFGLAASFMPEIISFTIFKFLSSLCIACPAAVPYSFIGEILPKRYRDITLSITNAMQ
ITGSAVVPLLAWGVLPLDFRTDFGLYYYRPWRLLAALYSSFFIISAIIMSFGPESPKYLM
SQGKHDESLRVLQTIYARNKGNEASDYPVKRLKLPDQKSDGRQSFLLSLKNQSLPLLKPP
YLKWLCLNGVLFFGIFATLNGLYMWLPDVLNRVFSGKSVGLTACGVIRQRLNETSGSVTG
ECDDSIDPITFKINTIANISCALIALGISSTVKFIGKKALLISVYIIIGVFCILNNFVTE
NMVFAVLLSSVPITGLAIGPINSYAVEIFPTHLRGMAISLSMMVGRTGSIVGTNVAGLLI
NAACEVTFYLFGGLLVLCGFLSFLLPTSKSKPKNSMTAL