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Last updated: 2022/11/18
 

Bombyx mori Gene model (2017) Entry

NameKWMTBOMO10816
chromosome
/Scaffold_id
Bomo_Chr18 (Genome browser)
vs nrPREDICTED:_pyruvate_carboxylase,_mitochondrial_isoform_X1_[Bombyx_mori]
Ontology
GO:0003824 F catalytic activity
GO:0004736 F pyruvate carboxylase activity
GO:0005524 F ATP binding
GO:0006090 P pyruvate metabolic process
GO:0006094 P gluconeogenesis
GO:0009374 F biotin binding
GO:0046872 F metal ion binding
GO:0003677 F DNA binding
GO:0004075 F biotin carboxylase activity
Protein Structure
Expand view
Expression Level
InterproscanInterproscan result page
Sequence
(Amino Acid)
MQILKARFALRATASQFQAWSSAKTRTAATDSKIVEYKPIRSVLVANRGEIAIRVFRACT
ELGIRSVAIYSEQDKLQMHRQKADESYIVGKGLPPVEAYLSIPEIIRVAKENDVDAVHPG
YGLLSERADFAQAIINAGLRFIGPSPKVVQQMGDKVAARKAAIEAKVPIVPGTDGPVTTK
EEAVEFCKSHGLPVILKAAYGGGGRGMRVVRKMEEVPSAFERASSEALGAFGNGSMFIER
FIERPRHIEVQLLGDKAGNVVHLYERDCSVQRRHQKVVEIAPAPKLDPKIRQKMVECATH
LARHVGYENAGTVEFLLDDKGNFYFIEVNARLQVEHTITEEVTGIDLVQSQIRIAEGMTL
PELGLTQDKIQAQGYAIQCRVTTEDPANNFQPSTGRIEVFRSGEGMGIRLDSASTYAGAV
ISPYYDSLLVKVISHAHDLPSSAAKMNRALREFRIRGVKTNIPFLLNVLENQKFLNGSVD
TYFIDENPQLFMFKASQNRAQKILNYLGYVLVNGPATPLATKIPPSDVKPYIPQVPLAVQ
PPKGYKQILDEGGPEAFAKAVRQHKGLLLMDTTFRDAHQSLLATRVRTHDLLAVSPYVAH
NFNNLYSLENWGGATFDVALRFLHECPWERLHDMRQLIPNIPFQMLLRGANAVGYTNYPD
NVVFKFCDMAVQAGMDIFRVFDSLNYLPNLVLGMEAAAKAGGVVEAAISYTGDVSDPSKT
KYDLKYYTKLADDLVKAGTHVLAIKDMAGLLKPQAAKLLIGAIRAAHPHVPLHVHTHDTS
GAGVAAMLACAEAGADVVDVAVDSVSGLTSQPSMGALVASLQGTPLDTKIPLQKVSEYSA
YWEQARTLYGPFECTATMKSGNADVYLNEIPGGQYTNLQFQAFSLGLGSQFEEVKKAYRE
ANLLLGDIIKVTPSSKVVGDLAQFMVQNKLTAADINARAEELSFPKSVVEYLQGAIGIPY
GGFPEPLRSKVLKDMPRIEGRPGKELPSLNFDKLKGELKESFPDINDEDVMSAAMYPQVA
SDFFRFRDKYGPVKHLDTKTFLVGPAVGDTIEVKIERGKTLDIRTVAVSEDMTAAGEREV
FFELNGQLRSVFIRDENASKEMKIHPKAVKGDKNQVGAPMPGTVLTIKVKEGDKVEKGQP
IAVLSAMKMEMIVQAPKAGTVKTVSITNGQKLEGDDLICTIE
(1182 a.a.)
Sequence
(Nucleotide)
ATGCAAATACTAAAGGCAAGATTCGCGTTACGCGCCACAGCGTCGCAATTCCAGGCATGG
AGCTCGGCCAAAACTCGGACAGCTGCTACGGACTCGAAGATAGTGGAATACAAACCAATC
AGAAGCGTTCTTGTTGCGAATCGCGGCGAAATCGCCATACGTGTGTTCCGAGCTTGCACG
GAACTAGGCATCCGTTCTGTGGCTATTTACAGCGAACAAGACAAACTGCAAATGCACAGA
CAAAAAGCCGACGAATCGTATATAGTCGGAAAAGGTCTGCCACCAGTCGAGGCCTACCTC
AGCATCCCGGAGATCATCAGGGTTGCGAAGGAGAACGACGTTGACGCCGTACATCCCGGC
TACGGTCTTTTATCTGAAAGGGCCGATTTCGCCCAGGCCATCATTAATGCCGGTCTGCGG
TTCATCGGGCCCTCGCCGAAGGTCGTGCAGCAGATGGGAGACAAAGTAGCCGCCAGAAAA
GCTGCCATCGAAGCAAAGGTGCCGATTGTTCCCGGAACCGATGGTCCGGTCACAACGAAA
GAGGAGGCTGTGGAGTTCTGCAAAAGTCACGGTCTTCCGGTTATCTTAAAGGCTGCGTAC
GGAGGCGGCGGTCGTGGTATGAGGGTGGTCCGTAAGATGGAAGAAGTGCCTTCGGCTTTC
GAACGAGCTTCTTCAGAAGCTCTCGGCGCTTTCGGCAACGGTTCCATGTTTATCGAACGA
TTCATCGAACGACCCCGGCACATCGAAGTGCAGTTGTTGGGCGACAAAGCCGGCAACGTT
GTGCATTTATACGAACGGGATTGTTCAGTACAGAGGAGACATCAGAAAGTCGTCGAAATT
GCTCCTGCACCGAAACTGGACCCTAAGATTCGTCAGAAAATGGTCGAGTGCGCCACACAT
CTGGCGCGGCACGTCGGCTACGAGAACGCCGGCACGGTCGAGTTCCTGCTCGACGACAAG
GGGAACTTCTACTTCATCGAGGTCAACGCCAGATTGCAAGTAGAGCATACCATAACAGAA
GAAGTCACAGGTATCGACCTAGTACAGTCACAGATACGTATCGCCGAGGGGATGACCCTG
CCCGAACTAGGGTTGACGCAGGATAAAATACAAGCACAGGGATACGCGATACAATGTCGT
GTTACTACCGAAGATCCGGCCAATAACTTCCAGCCCAGTACGGGCAGGATCGAGGTGTTC
AGATCCGGTGAAGGGATGGGAATCCGTCTCGACTCAGCCTCCACGTACGCCGGCGCCGTC
ATCTCTCCGTACTACGACTCTTTACTTGTCAAAGTGATCTCTCACGCTCACGACCTACCC
TCGTCGGCGGCCAAAATGAATAGAGCCCTCCGCGAGTTCCGCATCCGAGGCGTCAAGACC
AACATCCCCTTCTTACTCAACGTGCTCGAGAACCAGAAATTCCTAAACGGTTCGGTCGAC
ACGTACTTCATAGACGAAAATCCGCAACTGTTCATGTTTAAAGCCTCACAGAACAGAGCG
CAGAAGATCCTCAACTATCTTGGCTATGTGCTGGTCAACGGGCCGGCCACTCCTCTTGCC
ACCAAAATACCCCCATCTGACGTCAAGCCCTACATACCTCAAGTGCCGCTGGCCGTCCAA
CCGCCGAAGGGCTACAAACAAATACTCGACGAGGGTGGCCCCGAGGCCTTCGCCAAAGCG
GTCCGGCAGCACAAGGGTCTACTCCTGATGGACACGACGTTCCGGGACGCGCACCAGTCG
CTGCTGGCCACCAGGGTGCGGACCCACGACCTGCTCGCCGTCTCGCCCTACGTAGCGCAC
AACTTCAACAACCTGTACTCGCTCGAGAACTGGGGAGGAGCTACATTCGACGTGGCCTTG
AGATTCCTCCACGAGTGTCCGTGGGAGCGTCTCCACGACATGAGGCAGCTGATCCCGAAC
ATTCCGTTCCAGATGTTGCTCCGCGGCGCCAACGCGGTCGGTTACACCAACTATCCCGAC
AACGTTGTTTTCAAGTTCTGCGACATGGCCGTCCAAGCAGGAATGGACATCTTCCGAGTT
TTCGATTCGCTGAACTACCTGCCGAACTTGGTACTGGGCATGGAGGCAGCCGCGAAGGCA
GGCGGAGTCGTCGAGGCCGCCATCTCATACACGGGCGACGTTTCGGACCCCAGCAAAACT
AAATACGACCTGAAGTATTACACGAAGCTGGCCGACGATCTGGTGAAGGCCGGAACTCAC
GTGCTCGCTATCAAAGACATGGCCGGACTGCTGAAGCCCCAGGCTGCGAAGTTGCTGATA
GGCGCCATCCGCGCGGCGCACCCGCACGTCCCGCTGCACGTGCACACGCACGACACGAGC
GGCGCGGGCGTGGCCGCCATGCTGGCGTGCGCGGAGGCGGGCGCGGACGTGGTGGACGTC
GCCGTGGACTCCGTGTCCGGACTCACCTCGCAGCCCAGCATGGGCGCTCTGGTGGCTTCC
TTGCAGGGCACCCCCTTGGACACTAAGATACCGCTACAAAAGGTGTCAGAGTACTCAGCC
TATTGGGAGCAAGCTCGTACCCTATACGGACCCTTCGAATGTACGGCCACAATGAAATCT
GGCAACGCTGATGTGTACCTCAATGAGATCCCCGGAGGACAGTACACCAATCTACAATTC
CAAGCTTTCTCCTTAGGACTGGGAAGCCAATTCGAAGAGGTCAAGAAAGCTTACAGAGAA
GCAAATCTCCTCTTGGGTGATATAATCAAAGTTACTCCATCGTCGAAGGTCGTGGGAGAT
CTTGCACAGTTCATGGTACAGAACAAGCTGACGGCTGCCGATATCAACGCTAGAGCTGAG
GAGCTCTCCTTCCCGAAGTCGGTGGTGGAGTACCTGCAGGGAGCCATCGGGATACCGTAT
GGAGGATTCCCTGAACCATTGAGGTCGAAAGTTCTGAAAGACATGCCGAGAATCGAAGGA
CGTCCCGGAAAAGAGTTGCCTTCTCTGAACTTCGATAAACTAAAGGGTGAACTGAAAGAA
TCTTTCCCAGACATAAACGACGAGGACGTGATGTCGGCGGCGATGTACCCGCAGGTCGCG
AGCGACTTCTTCCGTTTCCGGGACAAGTACGGGCCCGTCAAACATCTGGACACCAAGACC
TTCCTGGTCGGCCCCGCGGTCGGCGACACCATAGAGGTTAAGATAGAGCGCGGCAAGACC
CTGGACATCAGGACGGTGGCGGTGTCGGAGGACATGACGGCCGCGGGAGAGCGTGAGGTC
TTCTTCGAGCTTAACGGACAACTGCGGTCAGTCTTCATCAGAGACGAAAACGCCAGCAAG
GAAATGAAGATCCACCCGAAGGCGGTGAAAGGCGATAAGAATCAAGTGGGTGCCCCGATG
CCCGGAACCGTTCTCACTATCAAAGTGAAGGAAGGCGACAAAGTCGAGAAGGGGCAGCCG
ATAGCCGTGCTCTCCGCTATGAAAATGGAAATGATCGTTCAAGCCCCCAAAGCTGGTACC
GTCAAGACCGTCTCGATTACAAACGGACAAAAACTAGAAGGCGACGATTTGATCTGCACT
ATCGAATAA
(3549 bp)

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