| New model in OGS2.0 | DPOGS207110 |
|---|---|
| Genomic Position | scaffold1:+ 2813561-2828658 |
| See gene structure | |
| CDS Length | 4356 |
| Paired RNAseq reads | 2195 |
| Single RNAseq reads | 5692 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA012789 (9e-35) |
| Best Drosophila hit | CG1718 (2e-84) |
| Best Human hit | ATP-binding cassette sub-family A member 5 (3e-119) |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC015859 [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC015859 [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0017111 nucleoside-triphosphatase activity GO:0005524 ATP binding GO:0016887 ATPase activity GO:0000166 nucleotide binding |
| InterPro families | IPR003593 ATPase, AAA+ type, core IPR003439 ABC transporter-like IPR017871 ABC transporter, conserved site |
| Orthology group | MCL10038 |
Nucleotide sequence:
ATGGGTACCCGCCCTCCCGCCGCCTTCTGGCCCCAACTATGGGCGACCGTCGTCAGGAAT
CTGCTGCTCAAGAAACGGGACACCAGAAAAACTCTTGCCGAAGTCTTGGTTCCTCTATAT
TCCCTGGGTGTGTTGATCTTCTTGAAAATGTTGGTGCCGAACCCGAATTTCCCGGAGGTA
CGGAAACCTGGCCGTCTGTTAAGGATTCATCACGATGTCATCTCAGATAACCACTCGGTT
GCCGTTGTTGCGGATTGGGAAACTGCTAATGGCACTTTGAGTTTCCTGGATGACATCAAC
TCTCTGCTCCGCGAGTCCGGACAACACCAAATTCACTGGATCCGCTACAACAATACCACG
GAACTCAACGATGCGTACCACAACAACGCTAAACATTTCCCACTCGCCATCATCTTCCAC
ACAGACCCTGGAGCTTACGGAGAACCACTTAGATACACAATACGGACGAATCCCTCTCGT
GACGGGGGCACTCCGTCCACTCGGACCCTGAGCACGTCTCCAGCGAAATGTCGCGAGCGT
ACGAAGTCAGATAAGGACTGGTCCTCGGACTGGTCCCGTGGCGGTCAGCTCATCCCACTA
TCGGAGATGCATCGCGAGGACACCTGCCCTGTACTTCAGTATTACTACACTGGTTTCCTG
GCGCTGCAAACATTGATCGACTACGTCAAGATTAAGATGGAGACTGGGGCAAATTTCCTG
CCACCTCGGGTGGATTTCCGTCAGTTCCCTAAGCGGCAGCATACTGGCGACTGGCTCGTC
ATCTTCCGCGTGATCATGCCCATGTACATGGTGATGACGCTATCACAGTTCATCACATAC
TTACTGATGTTCGTTGTGGGGGAGAAGGAGAAGAAGATCAGAGAAGGAATGAGGATTATG
GGATTAAAGGACAGTGTTTATTGGGGTTCTTGGTTCTTGATCTACGCCGTGTTCGTCACA
ATACTCTCCATCGTCAGCACCGTTTTGCTGTTCACTCTGAAGGTGTTCCAGCACTCCTCA
TACATCTTGATCTTCCTTCTGATGCTGTTATTTGGTTTCACCATCATAACTTTTGCGTTC
ATGCTAACTCCCTTCTTCGATAAAGCCAGGACTGCTGGTATACTGGGCAGTTTCGCGGTG
AACCTGATGAGCGGTCTCTACTTCATTCAGGTGTTCGTCTCTAACGCTGACTCGTTAGCC
TTCTGGTTCGTCTCCCTCATCAGCTCCAGCTGCTATGCTTTGGCTATGGACAAGGCTTTG
GTGCTTGATATGGCGGGTGTGGGAGTGACGTGGGAGAACTTGTGGAGCGGCCCCGGGGTG
CCGTTCGGGGGAAGTCTGATCATGATGGCATTGGACACCGTGTTATATGGACTGGCTGCT
TACTGGCTGGATGCCGTTATACCAGGCGAGTACGGCATCAAACAGAAGCCGTGGTTCTGT
CTGCTGCCCTCGTTCTGGTCGCCGAGAGCACGCGTCGCGCAACTGTTGCAGGACGGAAAC
GTTACCAATAATAAGGACATCGAGCCCGTGCCCAAGGAACTACAAGATAAAGAAGCGATA
AGGATAGTTGGTCTTCAAAAAAGTTTCCGGCACTGCCGAAGACCGGAGGTCAAGGCTATT
GACGGTATCGACCTGAGTATATACGAGGGTCAGATCACGGCGGTGCTGGGTCACAACGGA
GCTGGGAAGTCGACACTCTTCAACATCCTTACCGGCCTCACTTCTCCTACAGCTGGAACT
GCTTATGTCTATGGTCTGGATGTTAGAGATCCTAACGACATGCACGAGATCCGTCAAATG
ATAGGAGTGTGCCCGCAGCAGGACGTGTTGTTCGACCTTCTCTCCGTCAAGGAACACCTT
CAGTTCTTCGCGGCTGTTAAGGGTATCCCCCGTAAGCGTGTTCCGGGTGAAGTTCAGAGG
GCGTTATCGGAGGTGGGTCTCTTGGATCAAATGCACGTGTTCTCCAAACATCTTTCGGGG
GGTCAGAAGAGAAAACTTAGCATCGCCATAGCTTTTATAGGGGATCCAAAGATCATAATT
CTGGATGAGCCGACTGCTGGCGTGGACCCTGTCTCCCGTCGTCAGACCTGGCGCGTGTTA
CAGCGAGCTCGTCGCGGCCGGGTGCTGCTCCTCACCACTCACTTCATGGACGAGGCGGAC
ATTCTCGGGGATAGGAAGGCTGTTATAAGCAAGGGACGGGTTCGCTGTGCTGGTACGTCA
CTATTTCTGAAGAACAAATTCGGTATCGGATATCATCTGACGCTGGTATTAGACGGCGCA
TGTCGTGAGCACCAGATCACCCGCCTGGTCCGCGGTCACGTTCCCCGGGCGGAGAAGGCT
CGTCGTCATGGTCGCGAGCTGTCCTACATCCTGCCGCACTATACTGTACACTTGTTCCCC
CCACTCTTTCAGGCTATCGAGTTAGAGATACGAGAAAAGACCAATAGACTAGGTATCACA
AGTTACGGTGTATCAATGACGACTCTTGAGGAGGTGTTCCTCAGTCTGGAGGGAGAAAAC
GCTGAAGAGACAGAAGCAGTTGAGGGAGTGTCGTCCGTGAAGCTGGTGAGGGCCCGCGCC
CTCTCCAGAAGCTTGTCGCTCCAAAGCAAGACCTTAAGCTATCAGGAATTGAATGACAAA
GAGCAGCAGAAGACAACTTCCCTGCCGACACCGGCCGCCTCGCACGCACTTCACTCCACC
ACGCATGGAGTCGAACACGTTAAGGTTACCCCTGAAGCACCAGTTTCCGTAGATGCCCTC
AGCGAAGCCCTAGTGACACGTCCGTCATGTTGGCGCACATTCTGCGCTCTCGTTTACATC
CGAACCGTGCGAATGATACGGGACCCTTACAAGCTATACGTCATGATCTTCATGCCTATC
ATTTCCTGCGCTTTGGGTCTATACATGAAGTCCCGCCAGATTGTATTTTTTCGCATGCAG
CCACTAAAATTGGATCCCAACGCGTATTTCAATAAAACACCCATCGCTTTGTTTAGTGAA
TCTGACAATATGGAACAAATTGATCAATTTAGGGATTCCTTGGAAACTTTCGGAGCTCAT
CCCATTGACATGTTTGATGGGAACTTCTCTAGTTTGCTAGATATGGAGAATTTTGGAGCA
TTCAGTTTGAAGGACAGCCTCGTGTCGTTTGGGAACATAATGGCGTACTACAATAGTACA
TACACACACAGTTTGCCAATTATAATAAACTTGTTGGACAATACTATATACAGGGTACTA
ATGTCATCCACGAACCAGTTGGACAACTTCCGCCCTATCGAGGTCCTCACACATCCCTTC
CAGCAGACCGAGCAGCAGGAGGAGTTCAATCTTGGGAACGTAGTGTGTGCAATTTTCATG
GGGATGATATTCGCTCTGGTCCCCGTCACGCTCGCTGTGGACATTGTTTATGATAGAGAG
ATCAAAGCCAAGAACCAGCTGCGGGTGAACGGCCTATCTATGAGCATGTATTTCCTTACT
TACTTCACTATTCTCATCTTCATCATGGTGGTTACTAGCGCTGGTGTACTGGCCCTGGTG
ATGGTGAACGATATCCCAAGCCTGACGAACGGTTCCGCCATCACAATGCTCTGCTTCCTG
CTGTTGCTGTACAGCCCCTCCGCCATCTTGTTCAACACCTGCCTCTCATACATCTTCGAC
AAGATGGACTCCGCTCAGAGCATCATGCCCAATATAACAACCTGGGTCGGAGTCATACCG
TTCATTCTGGTAGCTGTTCTCGATACTTTCAAATGGGGTTCCAACATAGCGTTCTATCTC
CACCTAGTGTTCAGTTTTCTAGACGTTATGTACATACCTTACGCCATCATATACTATGTT
GATAGGGTATACCTGACGTGTAACCTCCGCGGTCTATGTACGGTGCCGGACCTCAGCAGC
TACTTCACGGCGGAGGTGTGGGTCCTCATCGCAGCTATGCTACTACACGTCCCGGTCTGT
GGGGCCGCGTTGTTGGCTGCTGATAGACTCAAGTCTGGAGGGCGATTATGGCCGCGCAAG
AGCAGTACATCAGAGAAAGCGGACGTGGAGGCCGAGGTGGCCGACGGTCTAGAGGACGAG
GACGTGCGACGCGAGCGGCGGCGTGTCGGCGCTCTGCTGCACGCACAACGCACTCAGCAG
GACAGCACACCGCCGGCGCTGCTCGTTCACAACCTTCGCAAGGAGTACAAGCTGCGTAAC
TCCCGGAGTGGCGCCTGTTGTGGTGAGGGGGAGTGCTCGAGGCGCGCGGCCCTCGCCCGC
CTGTCACTGGCTGGACCGCCACGGCTTCGGTTGGTGGCGCGCACACGAAAGGTCCAATTT
TCGATGACTCTGGCGCACAAATCGGGCTGTATTTGA
Protein sequence:
MGTRPPAAFWPQLWATVVRNLLLKKRDTRKTLAEVLVPLYSLGVLIFLKMLVPNPNFPEV
RKPGRLLRIHHDVISDNHSVAVVADWETANGTLSFLDDINSLLRESGQHQIHWIRYNNTT
ELNDAYHNNAKHFPLAIIFHTDPGAYGEPLRYTIRTNPSRDGGTPSTRTLSTSPAKCRER
TKSDKDWSSDWSRGGQLIPLSEMHREDTCPVLQYYYTGFLALQTLIDYVKIKMETGANFL
PPRVDFRQFPKRQHTGDWLVIFRVIMPMYMVMTLSQFITYLLMFVVGEKEKKIREGMRIM
GLKDSVYWGSWFLIYAVFVTILSIVSTVLLFTLKVFQHSSYILIFLLMLLFGFTIITFAF
MLTPFFDKARTAGILGSFAVNLMSGLYFIQVFVSNADSLAFWFVSLISSSCYALAMDKAL
VLDMAGVGVTWENLWSGPGVPFGGSLIMMALDTVLYGLAAYWLDAVIPGEYGIKQKPWFC
LLPSFWSPRARVAQLLQDGNVTNNKDIEPVPKELQDKEAIRIVGLQKSFRHCRRPEVKAI
DGIDLSIYEGQITAVLGHNGAGKSTLFNILTGLTSPTAGTAYVYGLDVRDPNDMHEIRQM
IGVCPQQDVLFDLLSVKEHLQFFAAVKGIPRKRVPGEVQRALSEVGLLDQMHVFSKHLSG
GQKRKLSIAIAFIGDPKIIILDEPTAGVDPVSRRQTWRVLQRARRGRVLLLTTHFMDEAD
ILGDRKAVISKGRVRCAGTSLFLKNKFGIGYHLTLVLDGACREHQITRLVRGHVPRAEKA
RRHGRELSYILPHYTVHLFPPLFQAIELEIREKTNRLGITSYGVSMTTLEEVFLSLEGEN
AEETEAVEGVSSVKLVRARALSRSLSLQSKTLSYQELNDKEQQKTTSLPTPAASHALHST
THGVEHVKVTPEAPVSVDALSEALVTRPSCWRTFCALVYIRTVRMIRDPYKLYVMIFMPI
ISCALGLYMKSRQIVFFRMQPLKLDPNAYFNKTPIALFSESDNMEQIDQFRDSLETFGAH
PIDMFDGNFSSLLDMENFGAFSLKDSLVSFGNIMAYYNSTYTHSLPIIINLLDNTIYRVL
MSSTNQLDNFRPIEVLTHPFQQTEQQEEFNLGNVVCAIFMGMIFALVPVTLAVDIVYDRE
IKAKNQLRVNGLSMSMYFLTYFTILIFIMVVTSAGVLALVMVNDIPSLTNGSAITMLCFL
LLLYSPSAILFNTCLSYIFDKMDSAQSIMPNITTWVGVIPFILVAVLDTFKWGSNIAFYL
HLVFSFLDVMYIPYAIIYYVDRVYLTCNLRGLCTVPDLSSYFTAEVWVLIAAMLLHVPVC
GAALLAADRLKSGGRLWPRKSSTSEKADVEAEVADGLEDEDVRRERRRVGALLHAQRTQQ
DSTPPALLVHNLRKEYKLRNSRSGACCGEGECSRRAALARLSLAGPPRLRLVARTRKVQF
SMTLAHKSGCI