| New model in OGS2.0 | DPOGS203862 |
|---|---|
| Genomic Position | scaffold3094:- 4387-14822 |
| See gene structure | |
| CDS Length | 5544 |
| Paired RNAseq reads | 199 |
| Single RNAseq reads | 585 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009669 (3e-31) |
| Best Drosophila hit | CG8310 (8e-10) |
| Best Human hit | V-type proton ATPase subunit D (6e-08) |
| Best NR hit (blastp) | GI15892 [Drosophila mojavensis] (4e-13) |
| Best NR hit (blastx) | vacuolar H+-ATPase V1 sector, subunit D, putative [Ixodes scapularis] (6e-14) |
| GeneOntology terms | GO:0015986 ATP synthesis coupled proton transport GO:0042626 ATPase activity, coupled to transmembrane movement of substances GO:0046961 proton-transporting ATPase activity, rotational mechanism GO:0005774 vacuolar membrane GO:0005773 vacuole GO:0000325 plant-type vacuole GO:0005886 plasma membrane GO:0016020 membrane |
| InterPro families | IPR002699 ATPase, V1/A1 complex, subunit D |
| Orthology group | MCL40446 |
Nucleotide sequence:
ATGTTTCCCGCCCCCGGGTGGGCTCGAACCACCAACCTTTCGGCTGGTGTGTTAGTACAT
CAGGCTACAAAGACGGTGTCGGCAGTGAAGATAGTCCAATTTGACATATTCGAGACTGAA
TATCCCCCTTATCCTCACTTGGGATTGGAGAAAGGGGGACAGACCATATACGAGACGAAG
AAAGCCTGGCTGGATCTGCTCAAGCGGCTTATTATGATGATGCAGCTCAGAGCCAGTTTC
CTCATGGTGGAGCTAGCCCATAAAAATGCCAATAAGAAAATGAACGTTTTGGGAAAAGTT
GTCATACCGAGAACAAATGTAACAATGGATTATATAAATAACGAGCTGGAGGAATATGCG
AGAGAGGAGTTTTTTAGATTAAAAAAGGTTTTGGAAATTAAAAGGAAAATGTATGGAGAT
AAGGATGGGAAGAAAGAAAAGCCGAAGGACCCTGGGGATCTATCATTGTGTCCAGGTTGT
GTTAAGGACGATGAAGATTCAAAAGAAGATAAGATCAAGGAACTACAGATTAAAACTCCC
GAAGAGGACATGTCGGCGTATGGCGGGTTGATGCAAGAGAGCCAACTGAATGAACTAATA
AAACAAATAAGCGAGGTCGTGGATACCACTAAGGATATGGATAAAAAGGGTCTGGTCTCA
GCCAGTGTTGAGGATTTTATAAAGACCGCAGAGGAGTTGAAAGCGAAGTTGGCACAAAAA
TCGGAATTAGACGAAAAAGAAGATGTGAAAAATGTAGAAGATGAGCTGGAGAAGGTAGCA
AAGGAACTAGAAGACTTGGATGAAAACCCTAGCATAGACCCGCAGATGGAAGACGATATG
GAGTATGGTAAATTATGCGACTCGTGTAAAAATAAATGTATAATGAAAGATAGAGGTAAA
GATAAAGATGTCCAATCCGTCTTGTTTGACGATGAAGATTCAATAAAATCTACGGCACCA
AGGACCGCGACGAACTCTACGCCAGGGTCAGGACTATCTGAAGAAACTGTACAACTAAAG
CAATCAAGCCAAGAGGAATTTCTTGATGATTCTGATTCCGATTTGGGGGCTTTTGAGAAG
GAAGTAAAAGAAATCACCACAATAACAAGAACAAGAAACGAAGATGGATCCGTTAGTGTG
CAAAAGAAAATTGTAAAAATTGAAAGACAATTTAGACCCGTTCGAAACCAAGGCTCTCAA
GGTCCTAGCCGATTCGATTCTGGCAATCCATCGAGGAACGCATCCAATCAGCCATCGACT
ACTTCATCCCGGAAATCAAATCCATATTCGGGTTCAAAAACTGTTGGTTCTATAAAAGTT
CCAATACCTTCTTATAAATCTATATTTATACCAAATAAAAATATAAGGAAGGCTAAGTCG
GAAACATTTAATCATTACACCCCGATGTCTGATCCCATAGAAAGACAATGTTTGTCGTCA
GGAACATTGCTCTCAGCAGATTTAGATTTCAATATTAACCCAATGAGAAGTAATAATTCT
GTATTCGGAGAAAATAGATCGAATTATCAAAATGGATTTTACAATCAAAGTCACCTAACA
AAAGTTAATAGCTACCAACAGAAGAATGTTACATACGAAAGTTTATCGGATCCTGACAAC
AATAAAACGCTGTCGTCATCTGACGAGGATTTGTTTAGAGATAGCGGCAATAGTAATTCA
ATTTCCGATGCCACAGTTAATCCGAAATGTAATCAGAAACTAGGGTGGTTATCAGCAGCT
CCGACAAAACCTGAACCAAATATTAAGTCAAGATTTTATATCCGCAGGAAATGGAATGTC
CTGGGGAAAGTGGTTGTACCAAGAATCAAATTAACAAGTGCTTATATAAATTCAGAGCTA
GAGGAAATTGAAAGGGAGGACAACTTTAGATTGAAAAGATTCAAAGAGTTAAAGATTAAG
AAAAAAAAGGAAGTTGAGGGACCAGCAGAAAAACCGGGACCGAAAGAATCAATAACGAAT
AAAAATGAGGATTCCTCTTTGACCTCTTATAAATCAGTAAGATCGGACAAATTTCCTGTG
TGTGATCAAAGTTCTGTCTGCGTTTGTAAACCTGCTTCAGTTGGAGGCGATGAACTGGTG
TCGTTGAAGAATATTGACTTTATAGACCAAAGAGACTTCAGCTTAGACTCTGTCAGAGCG
AACAAAAACAAGAATGAAAATAAAACTGACAGTATATTAAAATTATTCCAAAACGAGAGT
AGAAATTCAAAAATAACAACAATCAGGGAACTTAAAGATTTTAAAGAGGAAGTTTATGAT
GATGCAGGCACAATACCTTGTTCGTGTCAATCTAAATATAGAAAGAGTAGTATAACTACG
GGTGAAGAAGTATGCTGTAGAAGAGTAAGTGAATCACAAAGCGAATTGTGGAGGCAAGCG
TCGGGAGCGATCCCATGTGTTTGTAAAACTAAAGCAATAGAATTTATAGACCAAAGGGAA
AAAGGAAATGATGGCAGCGTAAATGAACCGTTATTTTTAGAGCCAGATACCAAAAGTGCT
TGTTGTAAGTCAAAAACACCGTCAATTGAATTTATAGATCAAAGAGATGCCCGTTTTGAA
AGCTTTTCGAATCCAACAAACGGAGGCTCTCAAAATGACAACAGAACAACAAATTATTTC
ATTTACTGCACCATATCCATTGTAAAAGGAGGACGAAAATTTATGCAACAAGCAAAACCA
AGTTGTTGTCATAAATCACAACAAATTGAATTCATAGACCAAAGAGAGACAAACAGTGAA
ACTAAATTTATACCCGACTCAAAAGCTGATTGTTGTAATAAATCACGACAGATTGAATTT
ATAGATCAAAGAGAGGTAAATAATGATATGAAGTTTGTTCCCGACGCGAAAGTGGATTAT
TGTAAATCACAACACATAGAGTTCATTGATCAAAGAGAGATAGATAATGAAATGAAGTCT
GTTCCTGACTCGAAAGAAATTGAATTTATTGACCAAAGAGAGATAGATAGTGGAATGATG
GTTGATCCTGAGTCAGAAGTGAATTCTTATAAAACGCAAAAAATTGATTTCATAGACCAA
AGAGAGATAGATAACGAAATGAAATTTATTCCCGACTCAATACTAAATGATGACCAAAGA
ATGAGAAATAATGTAACCGATGTTATAGATGACTCGAAAACCTCCTGTTGCAAATCTAGC
TCGCCGACAATTGAATTCGTAGATCAGAGGGATCCAGGAAGAGTAGTCAATTTGAATACA
AATAGCCCATGCTGCGGTGAAACAGACAAGGAAAGGGGTCGTAGAGAACAAACAAAACAT
AAGATAGACTCAAAAACTTCCTGCTGTAAATCAATATCACAATCAATTGAATTTGTAGAT
CAAAGGGAAATAGAAAAAAATGGTAATTCAACAAACAGTGAAATGAATTCAAAAGAGGAA
ATGAAATATAAGCCAGATTCAGATACTTCCTGTTGCAAATCTAAATCGCATTCAAGAGAA
TATATAGACAGAGAAAATAAAAGAAACGAAGGTAATTTAAACCAAAATAATGTATGTTGT
AAAGAAGAAAGTGAACTTAATACGAGGGATGTGAATTTAAAAGATAAAATTAAATTTAAG
TCCAATTCAAAAACGCCCTGTTGCAAATCTAAGTCGTTAGATTTCATAGATGAAAGAAAA
TTATTAAAAAAAGATTCCAGCGATTTTAAAAATCGTGATACAGGAAATTATGTGTCCTTA
TTAAAAAATAACAGAGATATTTGTTCGTCTTGTAAATCAAGTAGTTCGCAGTACGCTGAA
AATAGTTCAGATGTAACACAGTCTTTAGACATTAATACAGATTTTAGTGGTTCCGTTTTT
CAAAATCCAGAATCAAATATAGAGAGTTGTACTCAAAGTATTTGCAGCCGCTGTTCACTC
GCAAATAAAAACTTAACAAGCGATGACGCACTTAAGTCTCTGTCTTCTGATAAAAATTGT
ACTAACATATGTGAAAAACAATTACAGGATAAAAAAGGCAGTTCAAAACATATTTGTAAG
GGACGTAAGGCAAAAAGTGAAAATAACGATATCGGCTTTAAACAAACTGTAAAAGAAATA
AACGAAATGAAGATAACCTGCAAGGACGGCAGCTTCAAAGCTGAGAAGCGAATTAAGACA
ATAACAAATGAGAAAAACAACGTACCATGCGGAACCCAAACAAACGATCAGGCAAAAAAG
GTTCAGACATGTTCAAGTTTAAGTGGTGGGAGACCATCAAAAGTGAGTTCCAAATCTAGT
ATCAATATTAGAATAATCGCTAAGAGTGGCACCGTTACACCAAAGGAGGGCACAAATGAC
ATTGAGGTCACACCCAGTGACTTTAGCATACTCAAGAGAATACTTATACGGGCTAGCAAG
TCTTCAGCGTGTATTACGAAATCAAAAAAGTCGAAATCTAGTTCTAAGGGCAGTTGCAGT
TCTAGTTTAAGTGCGAAATCGTCAAGTTCCACAAAAAGGGACCTATCTTCTTGCCCTAAT
GACAAGTGTACACGAAAAAAACCAAAGAAACACAATTGCCAAATCGAGGATAAAGAACCT
TCTATGAAGAGTAGTAAGACGACAATGACCTCAAAATGCACTTGTTGTTCTGGGTGGAAA
ACTAAATCTTCCACTTCGATAGAAAGAGAACCCCCTCCCTGCCACCAAGAAATGCGTAAA
GGTAGCCAAGATCAAACAAAAAAATTCAACTATTTTAATAGAAAAGTGAAAAGCGAAACA
GTTCAATTTGGGCCGTCATGTTGTAGTGTCCGGAGTTCTGTGAAAAACGTGTCCACTGAG
TCCGTTGCCGATTCATGTAGTAAGCTAATTTCTAGAATCGTAAAAAAACATTCATGCGTA
TCAAATACCAAAACAAAATCGTCGCCCGCAACTAAACTTGATAGTAAACTCTGCACTTGT
AATGACAAAAAGAGCGCTGATGCAAAGGAATGTATATGCAGTAAATCGAAAAGCACGCCA
CAGAAGACGTGTACGTGTAGTAAAACAAAGGAAAAAGATAAATGCTCATGTAATGTTAGG
GAGAAGAATAAAAGTAAATGTACTTGTTCAACACCGAAGCAGTGCACTTGTAAAAGGTTA
CCACCGAAACGATGTCCAAGTGACTGTGACAGAATTTCAAACAGGCCAACAGAGTACTTA
GACAAGCTTGAAACAAAATACTTCAGCAAGAACTGCTGCAAATCAGCAACCCCGAGTGAC
GTGCTATCATCTGGTAGCAACGATTCGAAAACAAATAATGCAGCCACACAAAAAAGTTCA
AAGCATTCCTGCGACTCAGTCTGCTCTCAGGATAAATTTGTCGTTGAAGTTCCTTCTCAA
TGCTCGTTCTGTGGAATGAAAGAGGCTTCGACTATGACCAGAAGATCTGATAGGTATGAT
GTTAGGCCATTAAGATTACTTTCAAGAAGGAAGCCATACTTCTGCTGTCAATCTGATACG
GGGTTACTATCGCGCGCTAAGGCCTTAAAGATTAAAATTACAAGATGTCGTTCCGCTGAC
GATAGGAGACGATATTGCTACTGA
Protein sequence:
MFPAPGWARTTNLSAGVLVHQATKTVSAVKIVQFDIFETEYPPYPHLGLEKGGQTIYETK
KAWLDLLKRLIMMMQLRASFLMVELAHKNANKKMNVLGKVVIPRTNVTMDYINNELEEYA
REEFFRLKKVLEIKRKMYGDKDGKKEKPKDPGDLSLCPGCVKDDEDSKEDKIKELQIKTP
EEDMSAYGGLMQESQLNELIKQISEVVDTTKDMDKKGLVSASVEDFIKTAEELKAKLAQK
SELDEKEDVKNVEDELEKVAKELEDLDENPSIDPQMEDDMEYGKLCDSCKNKCIMKDRGK
DKDVQSVLFDDEDSIKSTAPRTATNSTPGSGLSEETVQLKQSSQEEFLDDSDSDLGAFEK
EVKEITTITRTRNEDGSVSVQKKIVKIERQFRPVRNQGSQGPSRFDSGNPSRNASNQPST
TSSRKSNPYSGSKTVGSIKVPIPSYKSIFIPNKNIRKAKSETFNHYTPMSDPIERQCLSS
GTLLSADLDFNINPMRSNNSVFGENRSNYQNGFYNQSHLTKVNSYQQKNVTYESLSDPDN
NKTLSSSDEDLFRDSGNSNSISDATVNPKCNQKLGWLSAAPTKPEPNIKSRFYIRRKWNV
LGKVVVPRIKLTSAYINSELEEIEREDNFRLKRFKELKIKKKKEVEGPAEKPGPKESITN
KNEDSSLTSYKSVRSDKFPVCDQSSVCVCKPASVGGDELVSLKNIDFIDQRDFSLDSVRA
NKNKNENKTDSILKLFQNESRNSKITTIRELKDFKEEVYDDAGTIPCSCQSKYRKSSITT
GEEVCCRRVSESQSELWRQASGAIPCVCKTKAIEFIDQREKGNDGSVNEPLFLEPDTKSA
CCKSKTPSIEFIDQRDARFESFSNPTNGGSQNDNRTTNYFIYCTISIVKGGRKFMQQAKP
SCCHKSQQIEFIDQRETNSETKFIPDSKADCCNKSRQIEFIDQREVNNDMKFVPDAKVDY
CKSQHIEFIDQREIDNEMKSVPDSKEIEFIDQREIDSGMMVDPESEVNSYKTQKIDFIDQ
REIDNEMKFIPDSILNDDQRMRNNVTDVIDDSKTSCCKSSSPTIEFVDQRDPGRVVNLNT
NSPCCGETDKERGRREQTKHKIDSKTSCCKSISQSIEFVDQREIEKNGNSTNSEMNSKEE
MKYKPDSDTSCCKSKSHSREYIDRENKRNEGNLNQNNVCCKEESELNTRDVNLKDKIKFK
SNSKTPCCKSKSLDFIDERKLLKKDSSDFKNRDTGNYVSLLKNNRDICSSCKSSSSQYAE
NSSDVTQSLDINTDFSGSVFQNPESNIESCTQSICSRCSLANKNLTSDDALKSLSSDKNC
TNICEKQLQDKKGSSKHICKGRKAKSENNDIGFKQTVKEINEMKITCKDGSFKAEKRIKT
ITNEKNNVPCGTQTNDQAKKVQTCSSLSGGRPSKVSSKSSINIRIIAKSGTVTPKEGTND
IEVTPSDFSILKRILIRASKSSACITKSKKSKSSSKGSCSSSLSAKSSSSTKRDLSSCPN
DKCTRKKPKKHNCQIEDKEPSMKSSKTTMTSKCTCCSGWKTKSSTSIEREPPPCHQEMRK
GSQDQTKKFNYFNRKVKSETVQFGPSCCSVRSSVKNVSTESVADSCSKLISRIVKKHSCV
SNTKTKSSPATKLDSKLCTCNDKKSADAKECICSKSKSTPQKTCTCSKTKEKDKCSCNVR
EKNKSKCTCSTPKQCTCKRLPPKRCPSDCDRISNRPTEYLDKLETKYFSKNCCKSATPSD
VLSSGSNDSKTNNAATQKSSKHSCDSVCSQDKFVVEVPSQCSFCGMKEASTMTRRSDRYD
VRPLRLLSRRKPYFCCQSDTGLLSRAKALKIKITRCRSADDRRRYCY