| New model in OGS2.0 | DPOGS202093 |
|---|---|
| Genomic Position | scaffold1488:+ 850-8696 |
| See gene structure | |
| CDS Length | 2847 |
| Paired RNAseq reads | 257 |
| Single RNAseq reads | 704 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA002937 (0.0) |
| Best Drosophila hit | nitric oxide synthase, isoform A (0.0) |
| Best Human hit | nitric oxide synthase, brain (0.0) |
| Best NR hit (blastp) | nitric oxide synthase 2 [Bombyx mori] (0.0) |
| Best NR hit (blastx) | nitric oxide synthase 2 [Bombyx mori] (0.0) |
| GeneOntology terms | GO:0004517 nitric-oxide synthase activity GO:0046620 regulation of organ growth GO:0005516 calmodulin binding GO:0008285 negative regulation of cell proliferation GO:0006809 nitric oxide biosynthetic process GO:0007444 imaginal disc development GO:0008156 negative regulation of DNA replication GO:0007416 synapse assembly GO:0020037 heme binding GO:0006952 defense response GO:0005575 cellular_component GO:0050660 FAD binding GO:0055114 oxidation reduction GO:0050661 NADP or NADPH binding GO:0010181 FMN binding GO:0007399 nervous system development |
| InterPro families | IPR012144 Nitric-oxide synthase IPR023173 NADPH-cytochrome p450 reductase, FAD-binding, alpha-helical domain-3 IPR004030 Nitric oxide synthase, oxygenase domain IPR017938 Riboflavin synthase-like beta-barrel IPR003097 FAD-binding, type 1 IPR008254 Flavodoxin/nitric oxide synthase IPR001433 Oxidoreductase FAD/NAD(P)-binding IPR017927 Ferredoxin reductase-type FAD-binding domain IPR001709 Flavoprotein pyridine nucleotide cytochrome reductase IPR001094 Flavodoxin |
| Orthology group | MCL10498 |
Nucleotide sequence:
ATGCAGGTTTTTGACTGTCGTCAAGTAACTACTACAAGTGGTATGTTCGAGGCGCTCTGC
AACCACATCAAGTATAGCACCAACAAGGGAAACATTCGGTCAGCAATTACTGTTTTCCCA
CAACGCACAGACGGTAAACACGATTACAGAATATGGAACAGTCAGCTCATAAGCTACGCT
GGGTATAAGATGCCCGATGGTACCGTACTGGGTGATCCTATGCACTGCGAGTTCACCGAA
CTTTGCCTCAAATTGGGATGGAAGCCTCAACGCACTGCCTGGGATATACTGCCATTGGTG
CTGTCGGCGAATGGAAAGGATCCAGACTACTTTGAAATACCACGGGATCTCGTGATGGAA
ATCCACATGAGCCATCCAACTTACGAATGGTTCGAAGAGCTGCAACTACGTTGGTACGCA
CTTCCAGCTGTCTCCAGCATGCGTTTTGACTGCGGAGGCATTGAATTTACAGCCAATGCC
TTCAACGGTTGGTACATGAGCACCGAGATTGGGTGTAGAAACTTCTGCGACAACAACCGT
CTAAATATGCTCGAGAAAGTAGCGGAGAAAATGGGTTTGGATACTAGAACACCAGTTAAT
CTATGGAAGGACAAGGCTCTTGTAGAAGTAAATGTGGCTGTATTACACAGCTTCCAACAG
CATAATGCGACAATCGTAGATCATCATACTGCTTCAGAGAGCTTCATAAAACATTTGGAT
AATGAAAACAGACTAAGGTCTGGATGTCCAGCGGATTGGATATGGATCGTACCGCCCATG
TCTTCATCCATCACTCCAGTGTTTCACCAAGAGATGGCGCTTTATTATCTTCGACCTGCA
TACGAGTATCAGGAACCGGCATGGAAGACCCATCAATGGCAGAAATCAAAGCCGATCACA
GGGAAGAGGCCTATAAATAGAAAGTTCCACTTCAAACAGATTGCACGCGCTGTGAAATTT
ACCTCCAAACTCTTTGGTAGAGCGCTCTCTAAGAGGATTAAAGCCACCGTACTATATGCA
ACCGAGACTGGGAAGTCTGAACAGTATGCTAAAGAATTAGGGGTCACATTCGGTCACGCG
TTCAATGCTCAGGCTTTTGGAGAACATCTCTGTGAACTCTTGTATGCTGACCAAGTGGGA
GAGGAAACATCTGGAGGTTCACAGTTGCTGACACCTAAATCAATTATAAAAGCAAACAGT
CAAATTGAATTCCAAAGATACGCTGGGAACCCCAAGCAACTCAGTCGTCTTGAATCATTA
AAAGGTAGTACAACTGACGCCGCCTCCATAGATAGTTTTGGACCTTTGAGCAATGTAAGA
TTCGCTGTTTTCGCTCTCGGTTCAAGTGCATATCCAAATTTTTGTAACTTCGGAAAATAC
GTAGACAAATTGTTGGGTGACCTCGGTGGAGAACGAATCCATGACCTTGCAACAGGCGAC
GAAATGTGCGGCCAAGACCAAGCATTCCGGAAATGGGCCTCCAGTGTTTTTAACGTTGCA
TGTGAAACTTTCTGTTTGGATGACGATGAAACCTTACAAGAGGCGAAAAGAGCGCTAGGA
ACAGTAGCGCTGAGTGAAGAAACCGTGCGATTTACTATTCCTATAATAAAACCACCTCCC
CTTTTTAATGCTTTACAATCAGCGTTTAACAGGCAATTGGTTACCTGCGTTGTTAAAGCA
AATAAAGATTTAGGAGATACCTCTGCTGAACGATCTACTATTTTCATTGATATGGAGCCT
AAGGGTGATATTAATTATGACCCAGGCGACCATGTGGGAATAATGGCATGTAATCGTAAA
GAATTGGTTGACAGTCTGTTGGCTCGGCTGAAGGACATAGATAATTATGATACGCCATTG
CAATTGCAACTGATGAAAGAGACTCATACATCAAGTGGTCCTGTAAAATCATGGGAGCCT
CACGAAAAGCTTCCCGTAGTTAGTGTTCGTGAGCTTTTCACGCGGTTTTTGGACATCACA
AGCCCCCCAACAACAATTCTTTTGCAGTATTTGGCAACAACTTGTGATAATGAAGAAGAA
AGAAAACAACTTATTACTCTCTCAACGGATCCAGCAGCCTACGAAGATTGGCGACACTAC
CATTTCCCAACCTTGCCAGAAGTCTTACGTCAATTTAGCTCTGCAAAACCAAGTGCATCA
TTGCTTGCTGCGCTCTTGTCCCCTTTACAACCGAGATTTTATTCAATTTCATCATCTCCA
ATCGCCCACCCAAAACGATTACATCTCACGGTTGCAGTCGTTACTTACAGAACTCAAGAT
GGCGAAGGTCCTGTCCACTATGGTGTTTGCTCAAATTATCTCATGGATCGTAAATCTGGG
GATGAAGTTTACCTATTCATTAGAAGTGCCCCAAATTTTCATCTTCCACATGACCTTACT
GTGCCTCTTATACTGATAGGCCCAGGAACAGGTATTGCACCTTTTAGAGGATTTTGGCAT
CATCGTAGAGCTCTTCTTAATTCTGGCTCACGGCTTAATGCTGGACCTGTATGGCTTTTC
TTTGGATGTCGTACCAAAACTATGGATTTATACAGAGAAGAAAAGGAGAATGCTTTGAAG
GAGGGAGTTCTGTCGAAAGTTTTTCTTGCTTTGTCCAGAGAAAAAAATGTTCCTAAGGTA
AATATAAACTTTTTGCACCAAAAACTAAAAGGAATTATCAAGAAGCATGGTAGCATGACT
GATGAGCAGGTTCAGAATTTCATGTTCCTGCTTAAGGAAGAAAATCGTTATCACGAGGAC
ATATTCGGCATTACACTCCGCACGGCTGAAGTGCACAGCGCCTCGCGTGAATCAGCTCGT
AGGAACCGAGTCGCAGCGCAGCCATGA
Protein sequence:
MQVFDCRQVTTTSGMFEALCNHIKYSTNKGNIRSAITVFPQRTDGKHDYRIWNSQLISYA
GYKMPDGTVLGDPMHCEFTELCLKLGWKPQRTAWDILPLVLSANGKDPDYFEIPRDLVME
IHMSHPTYEWFEELQLRWYALPAVSSMRFDCGGIEFTANAFNGWYMSTEIGCRNFCDNNR
LNMLEKVAEKMGLDTRTPVNLWKDKALVEVNVAVLHSFQQHNATIVDHHTASESFIKHLD
NENRLRSGCPADWIWIVPPMSSSITPVFHQEMALYYLRPAYEYQEPAWKTHQWQKSKPIT
GKRPINRKFHFKQIARAVKFTSKLFGRALSKRIKATVLYATETGKSEQYAKELGVTFGHA
FNAQAFGEHLCELLYADQVGEETSGGSQLLTPKSIIKANSQIEFQRYAGNPKQLSRLESL
KGSTTDAASIDSFGPLSNVRFAVFALGSSAYPNFCNFGKYVDKLLGDLGGERIHDLATGD
EMCGQDQAFRKWASSVFNVACETFCLDDDETLQEAKRALGTVALSEETVRFTIPIIKPPP
LFNALQSAFNRQLVTCVVKANKDLGDTSAERSTIFIDMEPKGDINYDPGDHVGIMACNRK
ELVDSLLARLKDIDNYDTPLQLQLMKETHTSSGPVKSWEPHEKLPVVSVRELFTRFLDIT
SPPTTILLQYLATTCDNEEERKQLITLSTDPAAYEDWRHYHFPTLPEVLRQFSSAKPSAS
LLAALLSPLQPRFYSISSSPIAHPKRLHLTVAVVTYRTQDGEGPVHYGVCSNYLMDRKSG
DEVYLFIRSAPNFHLPHDLTVPLILIGPGTGIAPFRGFWHHRRALLNSGSRLNAGPVWLF
FGCRTKTMDLYREEKENALKEGVLSKVFLALSREKNVPKVNINFLHQKLKGIIKKHGSMT
DEQVQNFMFLLKEENRYHEDIFGITLRTAEVHSASRESARRNRVAAQP