| New model in OGS2.0 | DPOGS200261 |
|---|---|
| Genomic Position | scaffold339:- 11595-26319 |
| See gene structure | |
| CDS Length | 5205 |
| Paired RNAseq reads | 1334 |
| Single RNAseq reads | 3179 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007217 (2e-26) |
| Best Drosophila hit | CG1718 (0.0) |
| Best Human hit | ATP-binding cassette sub-family A member 3 (0.0) |
| Best NR hit (blastp) | ATP-binding cassette sub-family A member 7 [Culex quinquefasciatus] (0.0) |
| Best NR hit (blastx) | ATP-binding cassette sub-family A member 3 [Culex quinquefasciatus] (0.0) |
| GeneOntology terms | GO:0042626 ATPase activity, coupled to transmembrane movement of substances GO:0043190 ATP-binding cassette (ABC) transporter complex GO:0005215 transporter activity GO:0005524 ATP binding |
| InterPro families | IPR003439 ABC transporter-like IPR003593 ATPase, AAA+ type, core IPR017871 ABC transporter, conserved site |
| Orthology group | MCL10038 |
Nucleotide sequence:
ATGAGGAATTACGATGCAAGTTGGTGGACTAAGTTCCGTCTTCTAATGTGGAAGAACTTT
CTTCAGCAATGGCGACATCGAATTCAAACTGTAGTGGAAATGCTCTTACCGGTAGCAACA
ATGGCACTAATCCTCATACTTAGGCATCAGATTGAACCGATTCGTCAGGATACAGTAGTT
TATCCACCAGTACCTGCATATTCTTTAAAATTTTCTACAACAGTTTTAGCTGGATTAAAT
ATAAGCAAACTTTCAGTAGCTTATTCTCCAGAGAGTCCAGTTTTAGAAACCGTTATACAA
AATGCTCTAGTTAATTTATTTACTCCAAATATAAAAGACCTCATACAAATTATAAAAGAC
AATTGGGGTGAAGGTGGTTTACCATCACCGATACCGCCTAACGTAATTAATAATCCAGCT
ATCATCGGAGATATTGTAAAGTTGCTTATACGAATACAACCTTATAATAATAGTAGAGCA
CTCGAAACGGTTTACAGCGAAGAGAAAGCTATTCGTGAAGTCATAGCTGCGGTACAATTT
GATAACGACCTTCTCGGATTGGACGACTCCAGGAAAGTTCCGTTTAATATGACATATTTT
TTACGTTTTCCCGAAAAACCACGTCAGTATTCGTTATTTGGAATTGGTGGAAACAGTTGG
CGTACCGACGAAATTTTCCCATTTTTTGAGGTACCAGGTCCGAGGTTTCCTTTTTCTTGG
GAAGGTGGCAATGATCCAGGTTATGTCAATGAGTTATTTATTGGTTTTCAACACGCGATA
TCTATGGAATTAGTGGAGCTTATGACAGGGCAAAGTTTAAAAGACTTCACAGTGCATATA
AACCGTTACCCACACCCGCCTTATGTTCAAGATTTGGCAGTGGAAGCATTGATGTATATA
TTCCCGATGTTCATAATGCTTAGCTTCAGTTACACCGCCGTCAATATTATTCGAACAATA
ACCATCGAAAAGGAACTACAGCTAAAGGAAACTATGAAAATTATGGGTTTGCCGACGTGG
TTGCATTGGATGGCATGGTTCTGGAAACAATTCATCTATTTGTTCGTAACAGGCTTGCTA
ATTACTGTAATTCTAAAGGTAAATTGGTTCACAAACGAGCAGGGCTTCAGTGGTTATTCT
GTATTTACTAAAACACCATGGACTGTAATATTGTTATTCATAATGTTGTATTTATCTTGT
ACGATATTCTTCTGTTTCATGATAAGCAGTTTCTTCTCTAAAGGTAGCGTTTCAGCGCTG
TTTGGGGGAGTTATATGGTTTATTACCTTTATTCCTGCTTTTCTACTGGGGATGGATGTA
CAAGTCTCTCTTCCTGTACAGGCTATTACTTGTCTGAGTATTAATTCCGCTATGTCATAT
GGTTTTCAACTAATATTAGGAGCAGAGGGTAGTCAAGGTATGCATTGGGGAGAGTTTTTC
GCGACGCATTCCATTGAAACAGATCGTCTTTTATTCGGACATGTATGTCTGATCCTGTTG
TTGGATTGTTTTCTGTATATGCTGCTGGCCCTGTACTTCGAGCAGGTGCTCCCAGGACCT
TGTGGAACCGCACGGCCATGGTACTTCCCGTTCCAGAAATCCTTCTGGTTCCCATCGAAA
CAAATTAATCATAATTATGAAGCTTACAATAATCCTGAATATAACATTGCTATTAAGGAA
AAAGATCCTACAAATCTTAAAGTAGGAGTAAAAATGGCGAATCTTACGAAAATGTATGGA
AGAAATTTAGTTGTTGACAATTTATGTCTGAACATATATGACGACCAAATCACGGTGCTG
TTGGGACATAACGGTGCAGGAAAGTCTACAACGATATCAATGTTGACGGGTAACGTGGAG
GTAACACGTGGCAATGTGTGGGTTGCTGGATACGACATGACGACACAGACGCAGCTCGGA
CGCGCTCACATTGGACTATGTCCGCAGCACAATGTCCTCTTCAACGAGTTGACTGTTCGC
GAGCACCTTGAATTCTTCGCACGCCTTAAAGGCTACAGCGGTCAACAGCTTGACGATGAT
ATCGATAAGCTTATTGATAGCCTGGAAATGCAGGAAAAGAAAAATTATCTCGCGGAGGGT
TTGTCTGGTGGTCAGAAGCGTCGGTTGTGTGTTGGCATAGCGTTATGTGGAGGTGCGCGG
GTGGTGCTGCTTGATGAACCTACTTCCGGCATGGATCCTTCCTCGCGACGAGCGCTCTGG
GAACTGTTGCAGAGGGAGAAGAAGAATCGGTCTATGATTTTGACGACGCACTTCATGGAC
GAGGCAGACTTTCTTGGTGACAGAGTAGCAATCATGTCGAGTGGCAGGCTTCAATGTGTT
GGTTCTCCATACTTCCTAAAGCAACATTATGGAGTCGGTTATACTCTGGTCATAGTTAAA
AATAAAGACTTCCAATTAGACCTCTGCACATCCCTAATTGGGAAGTACATACCAGGCACT
ATAGTCAAACAAGACCGGGGAAAGGAAGTGACGTACAGTCTCCCTAACAATTATTCACAT
CTATTTGAAGAGATGCTGAACGATCTAGAGAAGAACTATGAAAATATTAATTATAAGAAT
TACGGTTTAATAGCAACCACTTTGGAAGACGTATTTATGTCAGTCGGATCTGACGTAGAG
GTAAACTCTGAATCCGACGACACAACCATCACAGCCACTGCATCCGAATGTACTGACAAC
GATCAAAATGATCTTGCATTAGATCAACTACATAGAAGTGATGAAAGTGAAACCGGCGCT
AGACTACTTTGGTTGCACGTTAGTGGTATTTGGTTGAAATTGTTCTGGGTATCGACTCGT
TCCTGGGGCATGCTGCTATTGCAAATTTTGGTGCCTATTATTAATATTAACGCAAGTTTG
GCAATATTAGAATATTTATTTGCTAATCGAGCCACGGTTATTCCGCGTGCGCTATCTCTC
TCACAAGGATATCTTTCGACGGAAACTTTATTAGGTTTTAATGGCACCGAATCATCCTCT
TTAGGGGCTCGGGCTGTGCGAGGCTATGAACTATTATATAACACATCAAACGTAGAGAGC
ATGAGACTCACTGTGCTTGATAAAACTGGAGTCGATGAGTACTATTTAAATCAGACTGAA
GATCCGGTCGTCATGGCGGCCATACGTAATCAATTTTTGTTGGGAGCCACGTTTGCGGAC
AAAGCAGCGGTTGCGTGGTTTAGTAATTTTGGTTACCATGATGTAGCCACCTCTCTGGCA
AATGTACACTCGGCTATACTGAAAGGAATTAACCCATCCGCCATTCTGAACGTCTTCAAC
TATCCGCTACAAGCCACTTATAGAGATAGAAGCGACCTCCAAATGATGATGTCCTTGCTG
TCAATGCAAGTGGCCTCAAGTGTCGGTAACAGTTTAGCCATCCTCAGCGCAGCATTCGTC
ATGTTTTACATCAAGGAGCGAGTGACCCGCGCCAAGCTCCAACAGAGCGCTGCTGGTGTA
CGTCCAGCTGTAATGTGGGGTGCAGCAGCTGTGTTTGACTGGCTTTGGTTCGTGGTACTG
TGTCTGCCGATAATTATATCCTGCGCAGCATTCGCAGTTTTAGGACTTTCTACTGCTAAA
GAGCTTGGTTACTTGTTTCTATGTCTGATGGTGTATGGCGCGGCCATGTTGCCTCTCCAC
TATCTCTTCTCGCTGCTCTTCAACGGACCGGCAATTGGATTTGTTATTTTATTCTTTGTT
AACGTTCTTTTTGGACTCTTGGGTGCACAAATAGTTGAAGCGTTAAGGTCTATAGCTACC
AGTACGAAGCTTGCAGCGACTGCATTGGACTATGTTTTGCAGTTTTTCCCTCTATATAGC
CTTGTTACAGCCACTAGGTTGATGAACCAATTAGGATTAAAGACTTTCACGTGTTTGGAA
GCTTGTGCAAATCTGTTAGAAACTGTCATTGGGAACACCACTAGCTGTAACATGGAATTC
CTTTGTACACAGTTCCCGGACACGTGTTGTGTTAGCGAAAGCTTGTTCGAGTGGGAGGAT
CCTGGAATTTTGCGCTACATAATATGCATGATCGTAACCTGTGTCCTCATGTGGACTCTG
TTGATGGTTTTGGAACATAATTTGATACAAAGGTTGTTGACTAAACGCCGCAGTCCACCT
CCGTCTTCTGACCCAGTAGACGAGGATGTTTTGGAAGAGGCTCAACACGCTCGGCGCGCG
GACCTCGCTAACGGGCTCGTGGCACGTGGACTGACCAAGTACTACGGGAACCATCTCGCC
GTGGACAACATATCATTTACTGTCAACGAAGCCGAGATTTTCGGATTGCTCGGAGTGAAC
GGTGCGGGTAAGACGACGACGTTCAAGATGCTTATGGGAGACGAGTCTATATCCAGCGGC
GACGCTTTCATCAGCGGTTACTCAGTCAGAAATAATATCACTGAAGTTCACCAAAATATC
GGTTACTGCCCTCAATTCGACGCTGTGTTTGATGAATTGACCGGACGGGAAACAATTCAC
TTGTTCTCGCGATTTCGGGGGCTGAAATACGCTAACTCCCCCGTGAGGGCAGAGATAATC
GCTAATGCACTTGGTTTTACCAAACATTTAGATAAAAGGGTGAAGCAGTATTCCGGCGGG
AACAAGCGCAAGCTGAGCACAGGAGTGGCGCTGTTGGGAAGGACGGGGCTGGTGTTTGTC
GACGAGCCCACCACGGGAGTGGACCCTGCCGCTAAGCGGACCGTCTGGCGAGCCCTGAGA
GACGCTAAGAAGGCGGGTCGAGCCTTCGTGCTCACGTCACACAGTATGGAGGAGTGCGAG
GCGTTGTGTGACCGTCTCACTATCATGGTCAATGGTCGATTCAGATGCTTAGGATCACCG
CAGCATCTTAAAAATAAGTTCTCTGAAGGGTTCACATTGACTATAAAGGTACTAGGACGA
ACTAATGAGGACTCCCCAAGAACTTCAATCAAAAGCGAAAGCAGTACCCAGGCCGTGAAA
CAATACGTTTCTGATAATTTCAACAACGCAAAATTAATGGAGGAATATCAAGGTCTATTA
ACGTACTACCTACCTGATAGAAGCGTGCCCTGGTCAAAGATGTTCGGTATTATGGAACAA
GCGAAAAGAGAGCTCGACGTCGAGGACTACAGCATCATGCAGACCACATTAGAACAGATA
TTCCTACAATTCACTAAATACCAAAATGAAGCTAGAGAAACGTAA
Protein sequence:
MRNYDASWWTKFRLLMWKNFLQQWRHRIQTVVEMLLPVATMALILILRHQIEPIRQDTVV
YPPVPAYSLKFSTTVLAGLNISKLSVAYSPESPVLETVIQNALVNLFTPNIKDLIQIIKD
NWGEGGLPSPIPPNVINNPAIIGDIVKLLIRIQPYNNSRALETVYSEEKAIREVIAAVQF
DNDLLGLDDSRKVPFNMTYFLRFPEKPRQYSLFGIGGNSWRTDEIFPFFEVPGPRFPFSW
EGGNDPGYVNELFIGFQHAISMELVELMTGQSLKDFTVHINRYPHPPYVQDLAVEALMYI
FPMFIMLSFSYTAVNIIRTITIEKELQLKETMKIMGLPTWLHWMAWFWKQFIYLFVTGLL
ITVILKVNWFTNEQGFSGYSVFTKTPWTVILLFIMLYLSCTIFFCFMISSFFSKGSVSAL
FGGVIWFITFIPAFLLGMDVQVSLPVQAITCLSINSAMSYGFQLILGAEGSQGMHWGEFF
ATHSIETDRLLFGHVCLILLLDCFLYMLLALYFEQVLPGPCGTARPWYFPFQKSFWFPSK
QINHNYEAYNNPEYNIAIKEKDPTNLKVGVKMANLTKMYGRNLVVDNLCLNIYDDQITVL
LGHNGAGKSTTISMLTGNVEVTRGNVWVAGYDMTTQTQLGRAHIGLCPQHNVLFNELTVR
EHLEFFARLKGYSGQQLDDDIDKLIDSLEMQEKKNYLAEGLSGGQKRRLCVGIALCGGAR
VVLLDEPTSGMDPSSRRALWELLQREKKNRSMILTTHFMDEADFLGDRVAIMSSGRLQCV
GSPYFLKQHYGVGYTLVIVKNKDFQLDLCTSLIGKYIPGTIVKQDRGKEVTYSLPNNYSH
LFEEMLNDLEKNYENINYKNYGLIATTLEDVFMSVGSDVEVNSESDDTTITATASECTDN
DQNDLALDQLHRSDESETGARLLWLHVSGIWLKLFWVSTRSWGMLLLQILVPIININASL
AILEYLFANRATVIPRALSLSQGYLSTETLLGFNGTESSSLGARAVRGYELLYNTSNVES
MRLTVLDKTGVDEYYLNQTEDPVVMAAIRNQFLLGATFADKAAVAWFSNFGYHDVATSLA
NVHSAILKGINPSAILNVFNYPLQATYRDRSDLQMMMSLLSMQVASSVGNSLAILSAAFV
MFYIKERVTRAKLQQSAAGVRPAVMWGAAAVFDWLWFVVLCLPIIISCAAFAVLGLSTAK
ELGYLFLCLMVYGAAMLPLHYLFSLLFNGPAIGFVILFFVNVLFGLLGAQIVEALRSIAT
STKLAATALDYVLQFFPLYSLVTATRLMNQLGLKTFTCLEACANLLETVIGNTTSCNMEF
LCTQFPDTCCVSESLFEWEDPGILRYIICMIVTCVLMWTLLMVLEHNLIQRLLTKRRSPP
PSSDPVDEDVLEEAQHARRADLANGLVARGLTKYYGNHLAVDNISFTVNEAEIFGLLGVN
GAGKTTTFKMLMGDESISSGDAFISGYSVRNNITEVHQNIGYCPQFDAVFDELTGRETIH
LFSRFRGLKYANSPVRAEIIANALGFTKHLDKRVKQYSGGNKRKLSTGVALLGRTGLVFV
DEPTTGVDPAAKRTVWRALRDAKKAGRAFVLTSHSMEECEALCDRLTIMVNGRFRCLGSP
QHLKNKFSEGFTLTIKVLGRTNEDSPRTSIKSESSTQAVKQYVSDNFNNAKLMEEYQGLL
TYYLPDRSVPWSKMFGIMEQAKRELDVEDYSIMQTTLEQIFLQFTKYQNEARET