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Last updated: 2022/11/18
 

Bombyx mori Gene model (2017) Entry

NameKWMTBOMO05877
chromosome
/Scaffold_id
Bomo_Chr10 (Genome browser)
vs nrPREDICTED:_nitric_oxide_synthase_isoform_X1_[Bombyx_mori]
Ontology
GO:0010181 F FMN binding
GO:0016491 F oxidoreductase activity
GO:0055114 P obsolete oxidation-reduction process
GO:0004517 F nitric-oxide synthase activity
GO:0006809 P nitric oxide biosynthetic process
GO:0005506 F iron ion binding
GO:0005516 F calmodulin binding
GO:0020037 F heme binding
GO:0050660 F flavin adenine dinucleotide binding
GO:0050661 F NADP binding
Protein Structure
Expand view
Expression Level
InterproscanInterproscan result page
Sequence
(Amino Acid)
MDIPGRGDTPRTAEEVFKDAQAFLTQYYASIKRENSEAHKARLDEVKRELKEKGTYQLKT
SELVFGAKLAWRNATRCIGRIQWKKLQIFDCREVTTASGMFEALCNHIKYATNKGNIRSA
ITIFPQRTDGKHDYRIWNPQLINYAGYQEPDGSIIGDPARVEFTEICMKLGWKAPRTPWD
ILPLVLSADGKDPEFFELPKEIVMEVQFEHPEYDWFKDMGWKWYALPAVSNMRLDCGGLE
FTANSFNGWYMGTEIGCRNLCDESRLNIVEAVAKKMGLDTNSFVSLWKDKALVEVNIAVL
HSFHRDNVSIVDHHSASEQFQKHLENENKSRGGCPADWIWIVPPMSSSLTTVFHQEMALY
YIRPSYDYQEPPWKTHQWTKSDGTKTVHRKFHFKQIARAVKFTSKLFGRALSKRIKATIL
YATETGKSEHYAKELGTIFGHAFNAQVHCMSEYDMFSIEHETLVLIVASTFGNGEPPANG
VDFAEHLFQMLYNETNNNRGDGTNDLGSGTFKTPTPKSLMRSNSMMTPSFEYKRQLTRLE
SNKSSVAGASSIEQIGPLSNVCFAVFGLGSSAYPKFCHFGKTVDKILGDLGGERILELAC
GDELYGQEQQFRAWSSKIFQVACETFCLDENDMVKDAKKALGDVPLTEETVRFGKYQGDT
KLKAALEASFRKQLITCKVKENKNLGDFSADRATVFVDMQPETEFKYDPGDHVGVLACNR
KEIVDAVLERMKDVDDYDKTVQLQVMKETLTPTGAIKTWEQHERLPAVTIRQIFTRFLDI
TTPPSTTVLKYLSKACTDQNDAAQLKELAIDSNKYDDWRHLHYPHLAEVLAQFPSCRPQA
SLLAALLPSLQPRFYSISSSPLAHPHRIHITCAVVVYRTQNGQGPMHYGVCSTYLQNLKP
EDEALVFIRRAPSFHMPKDLSAPLILVGPGSGIAPFRGFWHHRKHQIKNLIPNKQKPGPV
WLFFGCRNRGMDLYKEEKEKALADGVLSKVFLALSREDSVEKKHIQTLLEDEGAEISRML
LDENGHFYVCGDCKMAEEVQQKLKEIMKKHAKMTEQEYEEFILNLMDENRYHEDIFGITL
RTAEVQSASREFAKRTRQESQKSQT
(1105 a.a.)
Sequence
(Nucleotide)
ATGGATATACCTGGTCGAGGTGATACCCCGCGGACGGCGGAAGAAGTGTTCAAGGATGCT
CAGGCATTCCTCACACAATACTACGCTTCAATCAAGCGAGAGAACTCAGAAGCCCACAAA
GCGAGGTTAGACGAAGTGAAGAGGGAATTGAAAGAAAAAGGAACGTATCAACTTAAAACT
TCGGAATTGGTGTTCGGGGCCAAGTTGGCTTGGCGTAATGCGACCAGGTGCATCGGAAGA
ATACAGTGGAAAAAGTTACAGATATTCGATTGCAGAGAAGTGACCACAGCAAGCGGTATG
TTCGAAGCATTGTGCAATCACATCAAATACGCTACGAATAAAGGAAATATTCGTTCAGCA
ATAACGATCTTCCCACAACGCACCGACGGTAAACATGACTACAGAATATGGAATCCGCAG
CTTATCAATTATGCAGGATACCAGGAGCCAGATGGAAGCATTATAGGAGATCCAGCACGA
GTTGAATTTACAGAGATTTGTATGAAACTTGGATGGAAAGCGCCGCGCACCCCATGGGAC
ATTTTGCCGCTCGTACTCTCTGCTGACGGAAAAGATCCTGAATTCTTTGAACTACCCAAA
GAAATAGTTATGGAAGTGCAATTCGAACATCCTGAATATGACTGGTTCAAAGACATGGGT
TGGAAATGGTATGCTTTGCCGGCTGTTTCCAACATGAGGCTTGACTGCGGGGGCCTAGAG
TTCACAGCTAATTCCTTCAACGGCTGGTACATGGGCACTGAGATCGGATGCAGGAACCTC
TGCGATGAGAGTCGACTGAATATTGTTGAGGCTGTAGCCAAGAAAATGGGTCTAGACACA
AACTCGTTTGTTTCTCTGTGGAAAGATAAGGCATTAGTTGAAGTTAATATAGCGGTACTG
CACAGTTTCCATAGAGATAACGTGTCCATTGTTGATCATCACTCCGCGTCCGAACAGTTC
CAGAAGCATTTAGAAAATGAAAATAAAAGCAGGGGCGGATGTCCAGCTGATTGGATATGG
ATCGTTCCACCGATGTCTTCATCGTTAACCACAGTGTTCCACCAAGAAATGGCCTTGTAT
TACATCAGACCGTCATATGATTATCAGGAACCACCATGGAAGACTCACCAATGGACAAAG
TCTGACGGCACTAAGACCGTCCACAGGAAGTTCCACTTCAAACAGATCGCCAGAGCAGTT
AAGTTCACTTCCAAACTGTTCGGACGGGCGCTCTCCAAGCGCATCAAAGCGACTATTCTC
TACGCAACAGAGACGGGCAAATCTGAACACTACGCCAAAGAATTAGGAACTATTTTCGGA
CACGCTTTCAACGCGCAGGTACATTGCATGTCGGAATATGATATGTTTTCTATAGAACAT
GAGACTTTAGTTCTCATAGTGGCTTCCACGTTCGGCAATGGAGAACCTCCAGCTAACGGA
GTCGATTTTGCAGAGCATCTATTTCAAATGCTTTATAATGAGACAAACAATAATCGAGGA
GATGGTACAAATGACTTAGGCTCTGGTACGTTCAAGACACCAACACCAAAATCACTGATG
AGATCAAACAGTATGATGACACCGAGCTTTGAATATAAGCGGCAATTAACGAGATTAGAG
TCTAACAAAAGTAGCGTGGCCGGTGCATCATCTATAGAACAAATAGGACCTCTTAGCAAC
GTTTGTTTCGCTGTATTTGGTCTGGGGTCGAGTGCGTACCCAAAATTCTGTCATTTCGGT
AAAACAGTTGACAAAATCCTTGGTGATTTAGGCGGCGAAAGAATATTAGAACTGGCATGT
GGTGATGAATTGTACGGACAAGAACAACAGTTTCGCGCTTGGTCTTCGAAAATATTTCAG
GTTGCCTGTGAAACGTTTTGCTTAGATGAAAACGACATGGTAAAAGATGCAAAGAAAGCT
TTGGGTGACGTACCGCTGACAGAAGAGACAGTACGTTTCGGAAAATATCAGGGAGATACA
AAGCTAAAGGCAGCTCTGGAGGCCAGCTTCAGAAAACAGCTCATTACTTGTAAAGTTAAA
GAGAATAAAAACCTAGGGGACTTCTCAGCGGATCGGGCCACAGTATTTGTTGATATGCAA
CCAGAAACTGAATTCAAATACGATCCAGGAGATCACGTCGGAGTTTTGGCTTGTAATAGA
AAAGAAATAGTAGATGCAGTACTAGAGAGGATGAAAGATGTTGACGACTATGATAAAACT
GTTCAATTACAAGTGATGAAGGAGACGTTGACACCTACAGGTGCTATAAAGACATGGGAG
CAACATGAAAGATTACCAGCGGTAACGATACGACAGATATTTACGAGATTTCTTGACATC
ACGACACCACCGTCAACGACTGTACTGAAATACTTATCTAAAGCTTGCACTGACCAGAAT
GATGCTGCCCAACTTAAAGAATTAGCCATAGATTCCAACAAATACGACGACTGGAGGCAT
CTCCACTATCCACACTTGGCCGAAGTACTAGCGCAGTTCCCTTCATGTCGACCTCAAGCA
TCTTTGCTAGCGGCCCTACTACCATCGTTACAGCCGAGGTTCTACTCCATATCTTCATCA
CCACTAGCGCATCCTCATAGAATTCACATCACATGCGCTGTTGTTGTTTACAGGACACAG
AACGGACAAGGCCCGATGCATTATGGAGTATGCTCTACATACCTACAAAATCTAAAACCG
GAGGACGAAGCCCTAGTTTTCATAAGACGTGCACCAAGCTTCCATATGCCTAAAGATTTA
TCAGCACCGCTTATTCTTGTCGGCCCCGGCTCTGGTATAGCGCCGTTCAGAGGATTTTGG
CATCACAGAAAGCATCAGATCAAGAATTTGATACCGAACAAACAAAAACCAGGTCCTGTC
TGGTTGTTCTTCGGTTGCCGAAACAGAGGAATGGATTTGTATAAAGAAGAAAAAGAAAAA
GCGTTAGCCGATGGAGTATTGAGCAAAGTTTTCTTGGCACTTTCTAGGGAAGACTCTGTT
GAAAAGAAACACATCCAAACGCTACTGGAGGACGAGGGTGCCGAAATCTCACGGATGCTT
CTAGACGAAAACGGACATTTCTACGTTTGTGGTGATTGTAAAATGGCTGAAGAAGTTCAA
CAGAAATTAAAAGAAATCATGAAGAAACATGCCAAAATGACTGAGCAAGAATATGAAGAG
TTCATCTTGAACTTGATGGATGAAAACAGATACCACGAAGATATCTTCGGGATCACTCTG
AGAACAGCAGAAGTTCAAAGTGCATCAAGAGAATTCGCTAAAAGGACAAGGCAGGAATCA
CAGAAGTCACAAACTTAA
(3318 bp)

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