| New model in OGS2.0 | DPOGS210121 |
|---|---|
| Genomic Position | scaffold470:+ 23604-34176 |
| See gene structure | |
| CDS Length | 5313 |
| Paired RNAseq reads | 1655 |
| Single RNAseq reads | 4419 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA000228 (1e-13) |
| Best Drosophila hit | CG32397 (9e-33) |
| Best Human hit | ND |
| Best NR hit (blastp) | conserved hypothetical protein [Culex quinquefasciatus] (8e-73) |
| Best NR hit (blastx) | conserved hypothetical protein [Culex quinquefasciatus] (1e-82) |
| GeneOntology terms | GO:0005834 heterotrimeric G-protein complex GO:0007186 G-protein coupled receptor protein signaling pathway GO:0004871 signal transducer activity |
| InterPro families | ND |
| Orthology group | MCL39419 |
Nucleotide sequence:
ATGGACATCCGTGTGGTATTTGTTTTGCACGGCGTCATCGACCACTTAACCCAGCACTCG
GTGGACTCGGTCGCGTCGTATTCTAGTCAGAATCACGTTGACCGTATAAGGACTCAAAAC
TTCTCAGCGGCTTCCTGTCAAGACGAATGTGATTTCGGGTCCATTAGGACGAGCCTTTTC
AGAAGATCTTCGTCTAATACAGAAATTCCAATAAAACGACCAGAAAGCGTCACATCCAAT
ACAAGTTCTACAAGAAGCCGTCTTAGAGATTTTGTTGAAAGGAAATCGAGTCAAGACGAA
CATAGACCCGTGGCAAACACAGTTGCTGACATTCAATACTTTGAAAATCCCACAGAAACA
TTAGAATTTGACAATCCACGAAATTCACTAGAATCCAAAAAGAGTCAAGACGAAAATACT
AAAAAGCGGAAATTTTCTAATAAAGATAAAGACTGTGAAAATAAAATCAAAAAGGAGGAC
AAGTATCAGAGTAAACTCGCTGAATATTACAAGCTTCCGTTACAGCTACCTCAAGACGAA
TTTTATCAGCATCTCACACGATCTAAGGCTGCTGAGGAATTTTTACAGAAACGCTTTCCA
AATTCCGACACTGAGTTCAGTGCTAGTTACGGAAGATTGTGCAAACATAAAGACGTCGAA
GGTTCAAATTTACGTCGTAGCAGGAGTCTAGCTGTAATAAGAGAGGAAACATTTACAGAT
CTTCAGATTCAAAATCATCCCAAAACTAAGCGGTCTCAACTTATACCGCGTGCCCGTTTA
TTTGACAAACCTTGTTTTAGAGACAGATTAATTGGTCGTGCAAAATACCAAACCAAGGAA
GAAGTTTTGGAAGGCATTTATATTGACAGTACTGTATCTTGTTTTGGAGATATAAATAGA
CAAAGAGTAGACGAAGAACCCTCAAATCCTCCTGATAACGTAGAAAATAATTCTGCAAAG
GAGGACGTTGTATCAAGAAACGAGAGCCATCATTCCCGGTCTATTAGCGGAAGTTGGCCT
AATTTACATGGTGAAACGAAGCAAACCAACGGCTCTGAAGAAAGTATCGGCCATTCACGT
AATCCAAGTGAAATCGATAGCTTAGATTCTAACTACGTTAGAAAACATTATAACTTTGAA
GCCCATTTAAAAAACTATAAAGGAAGTTCTCCAGAGACAGATAGATCTATAGCATCGCCT
AATAATAGTAAAGATCTATACATTAGTACTGACGAGCCAGACAGTGATAACGAAGAAGAC
AAGTCTAAAACACAACGCTCTTCGGTTAAAGAACATAATATATTAACTCAAAAAGTTGTT
AATGAAAAAATTGTCTTAAATTCTGATGAGATTTATAAAGCAGAATCACCCGATAAGGTA
TCTTTACAAAGTAAGCAGAGTTGTAACATAGAGAAAGAGAATAAAGCAACAGAAGAAAAC
AAACAAGAGAAAAAAGATTCAGACAGTCAGTCGACAATTTCTGAAAACGACGAAAACATT
TCTAGTCCAGCTGATAGCATTACATCCTATATATCAATATCTATTGCATCTTCAACGGAC
AAATCACACAAATTAGAATACTTAGCAAATTCACTTGCTGAGAAAATTGACGAATACTGT
GATTCACAAAACGCGTCTGTGAATTCACCTACAATCCATTCTGAAACTCAAACGCTTGAC
ACAGATCCTATCTATACCAAAGTTCAAAAACAAACATTTGCTGACTTAAAAAAACATTCT
TTTACCAGGAAACCTCGTGAATCCAAAAAAGTAAAAATAAAAACACCCACAAATGAAAGT
TATGTAACAAACACATTTATTAAATGCAAAGACTACAATGAAGATAGCTATTGCACATCA
ACAAAAAATATAACCACTGAACCTTTTGTTACAACTTTTATAGAAAATCAATACTACTCG
TTACCGGATATAAATATAAGTAAATGTTTGAGAAAATCAGAGAGAATAGACGCTCAATTA
AGAGAAGAAGATCCAGAAGACATACCTTGTGAAAACACATACGAAGTTGCTCATACACAC
GTCAGAGAAATTTCGCATCATTCAAATGGTGAAAGCTATGGTCAACTTAATAAAATAAGC
CCAAAAATCTCACACAAAAGTCAAGTAGACATTGAAGATAACTCTTCCTATTATAAAGAA
GAATCGGAACCTCAACTACTTCAAAACTTTACAAAACTGGAAGACGATTTAAAATCCATA
ATAACTATTGACAGTTCTTATGCAGACGATACTATTTATTACCAATTAGATCACCATCAA
AACGAACGAGAAGTAAATGAAATTGAAGGCACAATACGAAATAATAAAATAATTACAAAA
TCAGAGAGCTTAAAGTTAGTCTCCAATATATCTAACAAACCGGAAATAAAGCTATTGAAG
TCACTATCCAACGACAATATAAATACATCTCTTCAAAGAAAAAGAAGTAAAACTGGGATT
CATAAACACTATTCACTTCGTCAACGTAATCCAACTGGTACTGAATCTATCCGTATACCA
AGCCCACACCAAGTAGAAAAAAGTTTCAGTAAACCAATTCATCGTAAAATTTCAAATCTA
TCATTTAGTGACCAAATCAAAAATCATTCACTAATTTCGCGAGTTCAATCTTTTAAAACA
TCGCCAGATTCGAATGTCTCCATTATTCCATTAAGTGGTCATCAAACTATTGTCATTGAT
CCCCCTACACAATCTATACCAGAACAACAAACTAAATACTCAGTAAAGGAAAAACAGTCT
GAAAGCAATGATAATATAAATTCGAAACCAAGTTACCAAAATCCAACGACTATCAAAATA
ACAACCAATACCGAAGACGGTACTTGCGAAAACAAAATATTTACAAATAATATAACAGGA
GATCCTTTTATAACAATCAAACTAAATAAAATCGTTAAAAAGAATATAGAAAACCAGTAC
CAAAGACCGCCGTCCAAGTTGGTTATAAACGACAGTAACAATAATCTTGCAGACACTAAT
TTATCAATCACTATGACCCGACCACAAGTTCTTCAAGTCATCGATTCAAAAAATAAAAAG
CTGAATGAAGTTGTTGCAGATAAAAATAAAAAAGGTATAAGTGCAGTTAAAATGAATAAC
TTAGAGAGTAAAAACGACTTTAAAGAATCCAAATTCGAAAATAATAATGTAAAAGAAAAA
CTTAATAACGCAATAAAAACGGATATAGAGTATCAAGAAAAAATTAACTCGGTAAAAAAC
TACTGGTCCAAACTTATTGAAAAATCTCCTGATTATCAAAATAAGGAAGACGATAAGGAC
AAGACAGAAGGAACAGTGGAAAATATAAACGAAGAAAACGCAAATCGCGATGAGAATGAC
AACAACAATCATAAATGTGTTCCAGAAGTTTCAGTAGGGAGCATTATAAAGACATTAGAA
AGTGCAAAAATAGTAGATAGTGTAAAGAAAGTAAATCAAACAAAACTACAGTTGTGGAAA
GAAGAAACAGAAAAAGTTAAGAGTGATTCTGAAATTGAAGAAGCACCAGTGGAAAAGATA
GTTAAAGACACAACAAGAACTATTTACGATCACCCGAAAATCGAAAAACCATCTACAAAA
TCCGAACAGGAGATATGTAGAGATACTCCAGAGATCGAAATTGTAGAGTTAAGCAGTGAC
AATCAAAACCAAAAAACTCAGGCAACCTTAATTAAAGCTAAAGGATATGAGAAGGGTTGT
GACGAATTTGACCATGTAAGGTATAAAGTGATGAAATCAGAATTGTTTAAAAACAGCATG
ATAGCGAATTATCGAAAAGAAGCCCAATTCGATGGTCTTTTACAATATCTCCAGGATTAC
AGTTTTCAAGAACTACTAGTTAACAATAATATAGTAATAATAGAACCCGTCAGAACTAAA
GTTGAACCAGCTCCTAGAAAAAATACAACAGACACATGTAAGATACCACCCACATTACTT
AAGAAACCTGATTGTACATCACAAGTGGACAAATCAAAGAATGCCATTCGCAGGCACTTT
TTCTATCATCCAATTAGAGTTAATAAAGAAATCATAGAAGAGGAACTTCCAAATCCAGAT
ACAGTGAAAAAGGTACGTAACTTATTTGAGGACACCCTTAAAATGAAGAGTCCAATGACA
CATGATCCCCCCTTAATTGACGAAAATTCTGGACTAACGAGAAGAGCAACGTCGTACAGA
AATTTAAGCGAAGAAGTAAAGGTAAATAAGGTTGATGGAAGAAAAAAAATAACACGTCAA
TTAACAATCGACACAAATGTTGGTAATAAAAAATGGGACAACGCTAGTCTTTCAAGTGGA
GTATCCAGCGGAGATCTTAGTTCTAATAATGAATACGAAACAGACGGACTCAGTCCGTAT
TCGCAAAAAACTATTAAAGATAATGTTTATAGCTCCAGCGACGAATATCTATGCGATTCA
GCAAGCCAAGATTTTTGTTGTGAAAGTCAATACGTCAGTCCAGATATCTTGAAAAAAATA
AGAGATTGCGGGACCTCAGTAACCTACTACGGAGGAAAAGTGCTTAATTCTAAGCCAGGA
TCCACTGTTAGTCCAATGACTAAAGCGATAATGGATGAAATCAAAAGTCTTCAAAAAAAC
TGCAGCAGAGACTGCTATTCCTGTCAAACAAAATGTAGAGGTGATAAGTGTTCTTGTTTA
GCAGCAGATAAGCATCGACAACTTACAGCTAAACAAAATGCTGAAAAAGAAACACCTCGA
CACGGCAAACTGAAGCAGATGGAATTTCCAGGATTTAAATTCAAACTTGTTAAGTCAAAT
AGTTGCAGTAGCCGCTTAGAACTAACAGGTACCGATGAAGGAAGAAACCCGAGATTAAAA
TACAGAAAGCAGAATTCAAAAGAAGACCCACCGTTAGTGCACGATGAGGAAAACTCTGTA
AAAAATAAAATATGTCGCTTAGAAAGTTATAGCAAGGGAATGGCTAAAACACCATTTCAA
AATAAAGACAATGATACGATACCCAGAACAACAAACGCTAAAGAAGTGAAGGAAGACGCT
ATTGCAAAACCAATAGACGAATCAAATTCTATCCAGGCAACAAACATACCGATGGATAAT
GTCCAAGATACAAGAGAGGATATGAGGCATGCAACTCAAACTGACAAGCAAGAAAATGAC
GACCCACACAGCTTTGAAAAGAAGTTTTACTACGTTAACGACAGTGTAGAACAAAGAAAC
GTCCCAGTGGGAAAATTCGGGGAGATGATTTTTGAAGAATTTGAGGTTTTAGAAAACTGT
TACGATAGTTTAAATAGTAATAAGTCCCCTTAA
Protein sequence:
MDIRVVFVLHGVIDHLTQHSVDSVASYSSQNHVDRIRTQNFSAASCQDECDFGSIRTSLF
RRSSSNTEIPIKRPESVTSNTSSTRSRLRDFVERKSSQDEHRPVANTVADIQYFENPTET
LEFDNPRNSLESKKSQDENTKKRKFSNKDKDCENKIKKEDKYQSKLAEYYKLPLQLPQDE
FYQHLTRSKAAEEFLQKRFPNSDTEFSASYGRLCKHKDVEGSNLRRSRSLAVIREETFTD
LQIQNHPKTKRSQLIPRARLFDKPCFRDRLIGRAKYQTKEEVLEGIYIDSTVSCFGDINR
QRVDEEPSNPPDNVENNSAKEDVVSRNESHHSRSISGSWPNLHGETKQTNGSEESIGHSR
NPSEIDSLDSNYVRKHYNFEAHLKNYKGSSPETDRSIASPNNSKDLYISTDEPDSDNEED
KSKTQRSSVKEHNILTQKVVNEKIVLNSDEIYKAESPDKVSLQSKQSCNIEKENKATEEN
KQEKKDSDSQSTISENDENISSPADSITSYISISIASSTDKSHKLEYLANSLAEKIDEYC
DSQNASVNSPTIHSETQTLDTDPIYTKVQKQTFADLKKHSFTRKPRESKKVKIKTPTNES
YVTNTFIKCKDYNEDSYCTSTKNITTEPFVTTFIENQYYSLPDINISKCLRKSERIDAQL
REEDPEDIPCENTYEVAHTHVREISHHSNGESYGQLNKISPKISHKSQVDIEDNSSYYKE
ESEPQLLQNFTKLEDDLKSIITIDSSYADDTIYYQLDHHQNEREVNEIEGTIRNNKIITK
SESLKLVSNISNKPEIKLLKSLSNDNINTSLQRKRSKTGIHKHYSLRQRNPTGTESIRIP
SPHQVEKSFSKPIHRKISNLSFSDQIKNHSLISRVQSFKTSPDSNVSIIPLSGHQTIVID
PPTQSIPEQQTKYSVKEKQSESNDNINSKPSYQNPTTIKITTNTEDGTCENKIFTNNITG
DPFITIKLNKIVKKNIENQYQRPPSKLVINDSNNNLADTNLSITMTRPQVLQVIDSKNKK
LNEVVADKNKKGISAVKMNNLESKNDFKESKFENNNVKEKLNNAIKTDIEYQEKINSVKN
YWSKLIEKSPDYQNKEDDKDKTEGTVENINEENANRDENDNNNHKCVPEVSVGSIIKTLE
SAKIVDSVKKVNQTKLQLWKEETEKVKSDSEIEEAPVEKIVKDTTRTIYDHPKIEKPSTK
SEQEICRDTPEIEIVELSSDNQNQKTQATLIKAKGYEKGCDEFDHVRYKVMKSELFKNSM
IANYRKEAQFDGLLQYLQDYSFQELLVNNNIVIIEPVRTKVEPAPRKNTTDTCKIPPTLL
KKPDCTSQVDKSKNAIRRHFFYHPIRVNKEIIEEELPNPDTVKKVRNLFEDTLKMKSPMT
HDPPLIDENSGLTRRATSYRNLSEEVKVNKVDGRKKITRQLTIDTNVGNKKWDNASLSSG
VSSGDLSSNNEYETDGLSPYSQKTIKDNVYSSSDEYLCDSASQDFCCESQYVSPDILKKI
RDCGTSVTYYGGKVLNSKPGSTVSPMTKAIMDEIKSLQKNCSRDCYSCQTKCRGDKCSCL
AADKHRQLTAKQNAEKETPRHGKLKQMEFPGFKFKLVKSNSCSSRLELTGTDEGRNPRLK
YRKQNSKEDPPLVHDEENSVKNKICRLESYSKGMAKTPFQNKDNDTIPRTTNAKEVKEDA
IAKPIDESNSIQATNIPMDNVQDTREDMRHATQTDKQENDDPHSFEKKFYYVNDSVEQRN
VPVGKFGEMIFEEFEVLENCYDSLNSNKSP