| New model in OGS2.0 | DPOGS200745 |
|---|---|
| Genomic Position | scaffold557:- 90780-98787 |
| See gene structure | |
| CDS Length | 3114 |
| Paired RNAseq reads | 3184 |
| Single RNAseq reads | 7410 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA001042 (0.0) |
| Best Drosophila hit | CG33298, isoform B (1e-158) |
| Best Human hit | probable phospholipid-transporting ATPase VD (5e-114) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC008001 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | GJ18022 [Drosophila virilis] (7e-166) |
| GeneOntology terms | GO:0015914 phospholipid transport GO:0016021 integral to membrane GO:0004012 phospholipid-translocating ATPase activity GO:0005524 ATP binding GO:0000287 magnesium ion binding GO:0006754 ATP biosynthetic process GO:0015662 ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism |
| InterPro families | IPR001757 ATPase, P-type, K/Mg/Cd/Cu/Zn/Na/Ca/Na/H-transporter IPR008250 ATPase, P-type, ATPase-associated domain IPR018303 ATPase, P-type phosphorylation site IPR023214 HAD-like domain IPR023306 ATPase, cation-transporting, domain N IPR023300 ATPase, P-type, cytoplasmic transduction domain A IPR023299 ATPase, P-type, cytoplasmic domain N IPR006539 ATPase, P-type, phospholipid-translocating, flippase |
| Orthology group | MCL11198 |
Nucleotide sequence:
ATGGTCCTGCTGCACTCCTCGAACCAGTCAGGGCTGTGCTACCTTGACACCTGCAACCTG
GACGGTGAAACGAATCTCAAACAACGTATGGTAGCTCCTGGGTTCAAAGACAAGCGATTG
GAGTTTTCCCCTATGAAATTCCGTAGCTCCGTGGAGGTGGAGCGGCCGTCCACGAAGATT
TATAGGTTCAACGGGACTATATCACACCCGGACGGTACTCGAGTTCCGCTAAACTCTGAT
AACCTCCTGCTGAGAGAATGCACAATCAAGAACACGGATTACATTGAAGGCATCGTCGTG
TACGCGGGACATGAAACAAAGGCCATGCTCAACAACGGCGGGCCGAGATACAAATGTTCC
AAGTTAGAGAAAAAAATGAATACCGATGTTATCTGGTGTGTTCTGGTGTTGCTGTTTCTC
TGCTGTGCTGGTGCTGTTGGCTGTAAAGTGTGGTTGGACTTCTACAACCCAGCCGTCATG
AAATACACGCCTTTCATACCGTACGCCGAGAAACCAGCTTACGAAGGCCTGCTGATATTT
TGGACGTACATCATAGTCCTTCAAGTGATGATACCGGTGTCGCTATACGTTACTATAGAA
ATGACGAAGCTGTTGCAAGTCTACCACATACATCAGGACGTTGAGATGTATGATTCGGTT
ACAAACACGCGGACTGAGTGCCGGGCGTTGAACATAACGGAGGAGTTGGGGCAGGTCAGT
TATTTGTTCAGCGACAAGACTGGCACCTTGACCGAGAATAAGATGGTCTTCAGGCGGTGT
ACGGTCGGCGGGGTTGACTACGACCATCCGCCCGGTCCAGATGCCGCGCCCTCCAGCTCC
TTACCGCCCATCGTCACTCCGATAACAAAAGTCTCACCCAACAGAAGATTGCTTCAACAT
CTTCTAGACAGCAACGACCCTCAACATACGCATAAGGTCTCCGAGTTCCTCTTGATCCTG
GCTGTTTGCAACACGGTGGTGGTGAGCCAGCCTCACGTGGACGCTATGCAGATGAGCACG
AGCAGCGAGCACGTGCGCAAGCCGACGAGGAACGGAACGCTCCGATCAAACGATAAGTAC
GCTAGATTAACTGAATCTCGGTCCACAACGCCGTCCCCGCCGCCCTCCACCACCTCCCCG
CTGCGTCTCCGCCTTCCCAAACTACCGTTCAGCAGTCGGGAAGACAGCATCAGCGAACCG
AGCACGTCGGCTGAAATACAGCTGGCGCGTTTCGAGGCTGAGAGTCCGGATGAGTTGGCC
TTAGCGGAGGCGGCCTTAGCCTACGGTTACGAGTTAAGAGGACGGTCGGTGGATGAAGTG
GAGCTGGGGATACGAGGGGAACTGTCCAAGCTGAAGGTGGTCAGGGTCCAACAATTCGAC
TCCAACAGGAAATGTATGTCCGTCGCCCTGAGAACACCTACAGGACAGGTAGTTTTATAC
GTGAAAGGAGCGGATAGTATGGTGTTGGGAGCACTGGCGCCCATGAGAGCCGGATCTGCA
GAAGCGGCCGCCTTGGAAAGAACCAAGTCGCTATTACTGGAATACTCACGAGCGGGTCTT
CGCACACTGGTCATGGCAAAACGAACGATGCAACCCGCTCTGTGGGAGGAATGGCTGGCT
GGACACACCAGGGCCAGCGAAATTGGCGAAGGTCGAGAAAAACGCATGCGAGAGTCGCTG
GCAAGGTTAGAGAGCGCGCTAACCTTAGTAGGGGCGACGGGGGTCGAGGATCGTCTTCAG
GAGGACGTTCCACGCACTGTTCGGGCGTTACTCGACGCTGGTATCGTGGTATGGGTTCTG
ACCGGAGACAAGCCGGAGACGGCCATCAACATAGCTTACTCAGCGGCGTTGTTCTCACAG
AGCGACAGACTGCTGCATCTCATGTCGAGGGACAAGGAGCACGCCGAGTCCACTATCAAG
AGTTACCTGGAGGGCGGCGCGGTGGAGGGCGGCGGTGGTCGCGCGCTGGTGGTGGACGGC
CGCACCCTCACCTACATCCTCGACCGCCGCTCCGGCTTGGTGGCGCCCTTCCTCTCACTG
GCCAGGCGCTGCTCCGCCGTACTCTGCTGTCGGGCCACGCCGCTACAGAAGGCTTATATC
GTCAAGGCTGTTAAAGAAGAACTCGGAGTTACGACGCTAGCTATAGGGGACGGTGCCAAT
GATGTGTCTATGATTCAGACAGCCGATGTTGGTGTTGGTCTCTCAGGTCAGGAGGGCCGC
CAGGCGGTGATGGCCTCGGACTTCGCCCTCCCCCGCTTCAAGTTCGTGGAGCGCCTGCTG
CTCGTCCACGGTCATTGGTGTTACGACAGGCTCGCCAGGATGATACTCTACTTCTTCCTT
AAGAACGCTACGTTCGTGTTCCTCGTGTTCTGGTACCAGTTGTACTGCGGCTACTCCTCG
TCCGTGATGATCGACCAACTCCACCTCATGGCGTACAACCTCGCCTTCACAGCCTTCCCG
CCCATAGTCATAGGTGCGTACGACCGCGTAGCTCCCAGCGGCCTGCTGTCGGAGCGGCCG
GGGCTGTACAGCGCGTGTCGCCGCGGCCTGTCCTACAGGGCTCACTCGTACTGGCTGGTG
TTGGCGGAGTCGGTGTACATCAGCGTCGTGATCTTCTTCACCGCCAAACAGGCCTACTGG
GACTCGGACGTAGACCTCTGGCTGTTCGGCCTCTGTAACATGACCTGCTGCCTCGTCATC
ATGCTGGTGTACGTCGCCATAGAGACCAGGAGCTGGACTGTGATCCACCTGCTGGCCCTG
ACGGGTTCCCTGGGCTCGTTCTTCCTGCTGACCCTGGTCTACCAGACGGTGTGTGTTTCC
TGCTTCAAGCTACCCTCCACATACTTCGTGATGCATCACGCCTTCGTCGACCCAGTCTAC
TGGCTGGTCGTCATCGTCACTACGGTGGCGGCGTTGGCGCCCAGATTAACATGGCACGCG
ATCCGTAACTCCGTTCGTCCGGGTGCTCTCGGGCGGGCCGTGCTCGCCAGGCGGCGGCGG
GCCCGGCCGTACGCCGCACACTACCACACGCCCTCCGCCTCCGCACACGTTTACAGAGCC
ACGGACGAGGACGGGCTGCAGAAGACTCAGCCGGACGTGACGGCCATCACGTGA
Protein sequence:
MVLLHSSNQSGLCYLDTCNLDGETNLKQRMVAPGFKDKRLEFSPMKFRSSVEVERPSTKI
YRFNGTISHPDGTRVPLNSDNLLLRECTIKNTDYIEGIVVYAGHETKAMLNNGGPRYKCS
KLEKKMNTDVIWCVLVLLFLCCAGAVGCKVWLDFYNPAVMKYTPFIPYAEKPAYEGLLIF
WTYIIVLQVMIPVSLYVTIEMTKLLQVYHIHQDVEMYDSVTNTRTECRALNITEELGQVS
YLFSDKTGTLTENKMVFRRCTVGGVDYDHPPGPDAAPSSSLPPIVTPITKVSPNRRLLQH
LLDSNDPQHTHKVSEFLLILAVCNTVVVSQPHVDAMQMSTSSEHVRKPTRNGTLRSNDKY
ARLTESRSTTPSPPPSTTSPLRLRLPKLPFSSREDSISEPSTSAEIQLARFEAESPDELA
LAEAALAYGYELRGRSVDEVELGIRGELSKLKVVRVQQFDSNRKCMSVALRTPTGQVVLY
VKGADSMVLGALAPMRAGSAEAAALERTKSLLLEYSRAGLRTLVMAKRTMQPALWEEWLA
GHTRASEIGEGREKRMRESLARLESALTLVGATGVEDRLQEDVPRTVRALLDAGIVVWVL
TGDKPETAINIAYSAALFSQSDRLLHLMSRDKEHAESTIKSYLEGGAVEGGGGRALVVDG
RTLTYILDRRSGLVAPFLSLARRCSAVLCCRATPLQKAYIVKAVKEELGVTTLAIGDGAN
DVSMIQTADVGVGLSGQEGRQAVMASDFALPRFKFVERLLLVHGHWCYDRLARMILYFFL
KNATFVFLVFWYQLYCGYSSSVMIDQLHLMAYNLAFTAFPPIVIGAYDRVAPSGLLSERP
GLYSACRRGLSYRAHSYWLVLAESVYISVVIFFTAKQAYWDSDVDLWLFGLCNMTCCLVI
MLVYVAIETRSWTVIHLLALTGSLGSFFLLTLVYQTVCVSCFKLPSTYFVMHHAFVDPVY
WLVVIVTTVAALAPRLTWHAIRNSVRPGALGRAVLARRRRARPYAAHYHTPSASAHVYRA
TDEDGLQKTQPDVTAIT