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Last updated: 2022/11/18
 

Bombyx mori Gene model (2017) Entry

NameKWMTBOMO11005
chromosome
/Scaffold_id
Bomo_Chr18 (Genome browser)
vs nrPREDICTED:_ATP-binding_cassette_sub-family_B_member_10,_mitochondrial_[Bombyx_mori]
Ontology
GO:0003824 F catalytic activity
GO:0008152 P metabolic process
GO:0005524 F ATP binding
GO:0006810 P transport
GO:0016021 C integral component of membrane
GO:0042626 F ATPase-coupled transmembrane transporter activity
GO:0055085 P transmembrane transport
GO:0016887 F ATP hydrolysis activity
Protein Structure
Expand view
Expression Level
InterproscanInterproscan result page
Sequence
(Amino Acid)
MKYYTSQIDAQKNEEPIENLKNKTTLVTGKKINVKLKTSELKRLLGLAEPEKWTLTGAIG
FLIVSSSVTMAVPFSLGKVLDIIYNSTSDLAAAREKLDALCLMLCGVFLIGGLCNFGRVY
LMSISGQRMTQALRKQVYGAILKQETAWFGRTSTGELVNRLSADTQLVGRNLSQNVSDGL
RSLFMVGAGTGMMFYMSPSLALIGLCVVPPVSMLAAIYGRFVRGITRELQDSLAETSELA
EEKISNIKTVKAFSKEPKECESYAKRIENLLNLAYKESLAVGSFYGLTGLAGNTIIILVL
YYGGGMVATEQLTVGNLTSFLLYAAYVGISIGGLSSFYTELNKGMGAATRLWEIIDREPK
IPVTGGLIPKEKPNGEIILEKVHFSYNDAPLIRGLDLHLRPGKSVALVGRSGCGKSTIAS
LILRLYDPDKGRVLLDGVDIRELDPMWLRSLIGYVGQEPVLFSGTVKENILYGALDENEE
VQNEKDEPAWMVAARTAHLHELVTGTRQGWDREVGAGGSQLSGGQKQRVAIARAIVKNPK
ILILDEATSALDTYSEYLVDKALKEISKSRTVLTIAHRLSTIQSADEVAVLENGVVVETG
PYAELVAKPDGLFRELITHQTFTAKSRDKKDMQKSVLRRDFATRTATVSDSKCLSSPWGE
IQIGKETLTDHVFGEVESWADKPSVTCGSSGRSYDYGMMRMMVERCANALVGHLKMKPGE
KIGLILPNIPEFVVLIHGAMKAGLVVTFANPLYTAVEIQRQFNDCGVKAIATIEMFMPVA
QEVSKSLKDYKGTIWVGGEDDKAKGIHGLRSLLMADHKADLPTLNCDDVCLIPYSSGTTG
MPKGVMLTHKNLVCNLKQVKCPEMMKDGVVKGKDEVVLTVPPFFHIYGFNGILNYNLSLG
YHIVTMPKFTPDDYIKCLVEHEPTTLFVVPSLLAFLATHPLVKKSHLQSIKIIMVGAAPT
TDAMMEKFLLKCEKTKDDIRLLQGYGMTESSPVTLLTPFDYPYGKVGSVGQLVPSTQAKI
VSLTDGEMLGSHKSGELWLKGPQVMKGYWNNEAATKETVDSDGWLHTGDVAYYDEDYYFY
IVDRTKELIKVKGNQVSPTEVENVILERPEVADVAVVGIPDPLAGELPKAFVVLKSNHKL
TEKEVYDTVAQKLTKYKHLEGGVVFMDAIPRNAAGKIMRNELKVLGGKSKH
(1191 a.a.)
Sequence
(Nucleotide)
ATGAAGTATTACACTAGCCAGATAGATGCACAAAAAAATGAAGAACCCATTGAAAATTTG
AAAAATAAAACCACATTAGTCACGGGCAAGAAAATTAATGTAAAATTAAAAACTTCAGAA
CTAAAACGATTACTTGGACTGGCCGAACCTGAAAAATGGACATTAACTGGTGCCATTGGT
TTCCTAATAGTGTCATCAAGTGTGACGATGGCCGTACCATTTTCCCTTGGCAAAGTACTT
GATATAATATACAATAGTACAAGTGACTTAGCTGCTGCTAGAGAAAAGCTCGATGCATTA
TGTCTGATGCTCTGTGGGGTATTCTTAATAGGAGGCCTGTGTAACTTTGGAAGAGTTTAC
CTGATGTCCATATCTGGGCAAAGAATGACTCAGGCTCTCCGGAAACAAGTTTATGGTGCG
ATTTTAAAACAAGAAACGGCGTGGTTTGGAAGAACATCAACAGGGGAATTAGTTAACAGA
TTATCTGCAGATACACAGCTTGTGGGCCGTAATCTCAGTCAAAATGTTAGCGACGGCCTT
AGGTCTTTGTTTATGGTTGGAGCTGGAACAGGAATGATGTTCTACATGTCGCCTTCATTG
GCTTTGATCGGACTGTGTGTGGTACCGCCTGTTTCAATGTTGGCTGCCATATATGGACGG
TTCGTCCGTGGGATCACAAGGGAGTTGCAAGATTCACTTGCGGAAACGAGCGAACTTGCT
GAAGAAAAAATATCAAACATAAAGACTGTGAAAGCATTTAGCAAGGAGCCTAAGGAATGC
GAATCTTATGCAAAGAGGATTGAAAATTTACTAAATTTGGCTTACAAGGAGTCATTAGCG
GTCGGCAGTTTCTACGGTTTGACTGGCCTCGCGGGAAACACTATAATAATATTAGTTTTA
TATTACGGAGGAGGCATGGTGGCGACAGAGCAACTCACAGTCGGTAACTTGACATCGTTC
CTACTGTACGCTGCGTATGTGGGGATCAGTATTGGTGGACTGAGTAGTTTCTACACGGAA
CTAAATAAGGGCATGGGAGCCGCGACCAGACTGTGGGAGATCATTGATAGGGAGCCCAAA
ATTCCTGTCACAGGAGGCTTAATACCGAAAGAGAAACCGAACGGCGAAATAATATTAGAA
AAAGTACATTTCTCCTACAACGATGCGCCTCTAATACGAGGACTGGATCTTCATTTGAGA
CCCGGGAAGTCAGTTGCGCTTGTCGGTAGATCTGGCTGCGGGAAGAGCACCATAGCATCG
CTTATATTGAGACTCTACGACCCGGATAAGGGTAGAGTTTTACTCGATGGAGTCGACATA
AGGGAATTAGATCCGATGTGGTTGAGAAGTCTGATCGGCTACGTTGGTCAAGAACCGGTG
TTGTTCAGTGGAACAGTCAAGGAAAATATTTTGTACGGAGCTTTAGATGAAAACGAAGAA
GTACAAAATGAAAAGGACGAGCCAGCGTGGATGGTGGCAGCTCGCACTGCTCATCTGCAC
GAGCTAGTGACCGGCACCCGCCAAGGCTGGGACAGAGAGGTAGGCGCCGGCGGTAGTCAG
CTGAGCGGGGGACAGAAACAAAGGGTGGCCATTGCACGGGCCATTGTTAAGAATCCGAAA
ATCTTGATCCTCGACGAAGCCACATCAGCGCTAGATACGTATTCGGAGTACTTAGTTGAT
AAAGCTTTAAAAGAGATCAGTAAGTCTAGAACGGTTCTGACCATAGCGCACAGGTTGAGC
ACGATACAGTCCGCGGACGAGGTCGCTGTGCTCGAGAATGGAGTTGTAGTTGAGACGGGA
CCTTACGCCGAGCTAGTAGCCAAACCGGACGGCCTCTTTAGGGAGTTGATAACGCATCAA
ACGTTTACCGCGAAATCGAGAGACAAAAAGGATATGCAGAAAAGCGTTTTGAGGAGGGAC
TTTGCTACACGTACCGCAACTGTGTCGGACAGTAAGTGCTTGAGTTCTCCGTGGGGTGAA
ATTCAAATTGGAAAAGAAACACTCACGGATCACGTCTTCGGTGAGGTGGAGTCATGGGCG
GACAAACCATCTGTGACTTGCGGCTCATCGGGTCGTTCATACGACTACGGTATGATGCGG
ATGATGGTGGAACGTTGCGCCAATGCTCTCGTCGGTCATCTGAAAATGAAGCCAGGCGAG
AAAATAGGCCTTATCCTGCCGAACATTCCCGAATTTGTCGTCCTCATCCATGGTGCTATG
AAGGCGGGACTTGTGGTGACATTTGCGAATCCTCTGTACACTGCAGTTGAAATACAACGG
CAGTTCAATGACTGTGGCGTGAAAGCAATAGCCACTATTGAGATGTTCATGCCGGTGGCC
CAGGAAGTCAGCAAGTCACTGAAAGATTACAAGGGAACCATTTGGGTTGGTGGCGAAGAT
GATAAAGCAAAAGGTATCCACGGCCTAAGGTCATTGTTAATGGCGGATCACAAAGCGGAT
CTTCCCACATTGAACTGCGACGATGTGTGTTTGATACCGTACTCCAGCGGTACGACTGGA
ATGCCCAAAGGCGTCATGCTCACTCATAAGAACCTCGTGTGCAACTTAAAACAAGTCAAG
TGCCCTGAAATGATGAAGGATGGTGTTGTGAAAGGTAAAGATGAGGTTGTTCTAACTGTT
CCCCCGTTCTTCCATATTTACGGTTTCAACGGTATACTGAACTACAATCTTAGTCTTGGT
TACCACATCGTTACTATGCCTAAATTTACTCCGGACGATTACATCAAGTGCTTAGTGGAA
CACGAACCGACCACACTGTTCGTGGTGCCATCGCTGTTGGCGTTCCTCGCGACTCATCCA
CTGGTGAAGAAGAGTCACCTTCAGTCCATTAAGATTATTATGGTCGGAGCGGCTCCCACC
ACAGACGCCATGATGGAGAAATTCTTGCTTAAGTGCGAGAAAACTAAAGATGATATCCGA
CTTTTGCAAGGGTACGGAATGACAGAGAGTTCTCCCGTGACTCTATTGACTCCGTTCGAC
TACCCTTACGGTAAGGTCGGCTCGGTCGGTCAACTAGTCCCCAGCACTCAGGCTAAAATC
GTATCGCTGACCGATGGCGAAATGTTGGGGTCTCACAAGTCTGGAGAGTTATGGCTCAAA
GGGCCTCAGGTGATGAAAGGCTATTGGAACAATGAAGCAGCGACCAAAGAGACTGTGGAC
AGCGACGGGTGGCTACACACCGGCGACGTTGCTTATTATGATGAGGATTATTATTTCTAC
ATTGTTGACCGCACGAAAGAACTCATAAAAGTCAAAGGCAATCAGGTGTCACCAACTGAA
GTGGAAAATGTTATATTGGAACGGCCCGAAGTAGCAGATGTGGCAGTCGTTGGCATTCCA
GACCCTCTTGCTGGAGAACTACCTAAAGCCTTTGTAGTCTTGAAATCAAATCACAAACTA
ACAGAGAAAGAGGTTTATGATACAGTAGCACAAAAACTCACAAAGTACAAGCATCTCGAG
GGTGGTGTAGTGTTTATGGATGCCATCCCAAGGAATGCTGCCGGAAAAATAATGAGAAAC
GAACTAAAAGTTTTAGGAGGAAAATCGAAACATTAA
(3576 bp)

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