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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaMG_comp26507_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_nitric_oxide_synthase_isoform_X1_[Bombyx_mori]
Ontology
GO:0004517 F nitric-oxide synthase activity
GO:0005506 F iron ion binding
GO:0005516 F calmodulin binding
GO:0006809 P nitric oxide biosynthetic process
GO:0010181 F FMN binding
GO:0016491 F oxidoreductase activity
GO:0020037 F heme binding
GO:0046872 F metal ion binding
GO:0050660 F flavin adenine dinucleotide binding
GO:0050661 F NADP binding
GO:0055114 P obsolete oxidation-reduction process
Transcript
Level		FPKM:12.01 TPM:10.11
ORF EntryO_TrvaMG12922_complete:A_TrvaMG_comp26507_c0_seq1
Sequence
(Nucleotide)
TTTTATTTTAGTATAATTAAAAACTAGCGATAATTTACAAAGCTTATAAAAGGAAAATTA
ATGTTTTTAAAATTATAGTATAAAAATAGTAATACTGTGTATAGCCAATGAGTTACAAAA
TAAATAATTTGGTATCCGTTTGTGGTATTTGTAAAACACTAAAAGACGACAGAAGATTTA
GGAACCATTCAATTATACCACTCTTAAAGAAATAGTGTAATTTTACAAGATACAAAGCTG
TTGAGACAAAATATATTTCAGAAACTGAACAAAAATTGATAAAGAATTTTATTTTTCATT
ACAAACACAAATGTATAGTAAAAATCATAGCCATCGAAAGACACCAAGATACTTCTAACT
TGAATTTTAATACATTTGCGAAAGAGAGTCACCGAATTTGTATTTAAATAACAGATGTTG
TTAAAAATAATTCAGGTGGTTTGGTAAAAGATGTTTATTTCAACTTTATTACAAAGATGA
ATCAGAATCTACCCTCTTTACCAACACGTGAAACTTCTGATCTAGCACTAAATAAAATTC
AATTGTTGAACAAAAATGAGCCCTATTTATAGTAAAACAAGGCTTATGATTGTGATTTCA
ACGATTCTTGTCTTGTTCTTTTGGCGAATTCTCTTGATGCACTCTGGACTTCGGCTGTTC
TTAATGTAATACCAAATATATCTTCGTGGTATCTGTTTTCATCCATTAAATCTAATATAA
AGTCCTCAGCTTCCTGTTCACTCATTTTGGCATGTTTCTGCATTATTTCTTTTAACTTCT
TCTGTACATCTTCAGCCATTTTACAATCACCACAAACGTAGAAATGTCCATCTTCGACAA
TCAGCATTCTTGATATTTCAGCACCGTCTTGTTCCATTAGCTTTTGGACGTACGTCTTTG
GAACATCATCATCCCTAGAAAGTGCCAACAACGATTTACTTAAAACTCCATCAGCTAAAG
CAGAATCTTTTTCTTCTTTATATAAATCCATTCCTCTTGTTCTGCAGCCAAAGAACAACC
ATACAGGACCTGGTTCATTATTTTTATTTGGTGTTAAATTCTTCATTTGATGTCTTCTGT
GATGCCAGAATCCTCTGAACGGTGCTATACCAGTGCCAGGGCCCACAAGAATAAGCGGTG
CTGATATATCTTTAGGCATATGGAAGCTTGGTGCACGTCTTATAAATGCAAGAACTTCGT
CGCCTGGTTTTAATCTTTGTAGGTATGAGGAGCATACGCCGTAATGTGTTGGGCCTTCGC
CATGTTGCGTTTTGTATACAACAACAGCACACGTTATATGAACACTGTTTGGATGTGCTA
ATGGCGACGATGATATAGAATAGAACCTCGGTTGTAAAGTCGGTAATAAAGCTGCTATTA
ATGAAGCTTGAGGTCTACACGAAGGGAACATTGCTAATACTTCGGCTAAGTGTGGATAAT
TTATGTATCTCCAGTCATCATATTTGGTTGAATCATTAGCCAGTTCTAATAGTTGATCAG
CATCATTTTTGTCAGTACATGATCTTGCTAAATATTTCAGTAAAGTTGTTGAAGGTGGTG
TTGTAATGTCCAAAAACCTTGTAAATAGTTGTCTAATTGTAGTTGCCGGTAATTTTTCGT
GTCGTTCCCATGTTTTTACGGCACCTGTTGGAGTAAGCGTCTTCTTCATGACTTGTAACT
GAACGACTTTTTCTTTGTCATCTACATCTTTCATTCTATCTAGAACTGCATCTACTATTT
CTTTTCTATTACAAGCTAGTACTCCTACATGATCACCAGGATCGTATTTGAATTCTGTTT
GTGACTTTAAATCAACAAAAACAGTGGTTCGTTCAGGAGGAGTGTCTCCCAAATTTTTAA
CTTCATTAACGTTGTAAATAAGAAGTTGTTTCTTCAAAAAAGTTTCCAGAGCTGTTTTGA
CCGGCAAATCTACGTTAGCTTTACCGAAACGAACAATTTCTTCAGTCGGTATATCACCAA
ATGCTTTTCTTGCATCTTTCACCATATCGTTCTCGTCTATGCAGAATGTATCACATGCAA
CCTGGAATATTTGCGAAGACCAAGCACGAAACTGTTGTTCTTGTCCTAGCAGTTCGTCAC
CGCAAGCCATTTCTAATATTCTTTCACCTCCCAAATCACCAAGTATTTTGTCTAATCTTT
TACCGAAATGACAGAATTTCGGGTATGCACTTGATCCGAGTCCAAATACAGCAAAACATA
CATTACTTAGAGGTCCTAAATGTTCTATAGATGATGTACCGGCTACACTACTTTTATTGG
ATTCAAGTCTCGTTAGTTGCCTTTTGTATTCAAAACTTGGTGTCATCATGCTGTTTGATC
TCATCAGTGATTTCGGAGTCGGGGTCTTGAAGGCACTAGAATCGTTAGTACCATCTCCTC
GATTATTATTTGATTCGTGACACAGCATTGTTACTAAGTGCTCAGCGAATTCGACTCCAT
TAGCTGGAGGTTCGCCATTACCAAATGTGGATGCTACGATGAGCACCAATGTTTCATGTT
CTATAGAAAACACGTCATAATCCGACATGCAATGTACCTGAGCATTGAAGACGTGTCCAA
AAATGGTTCCTAACTCTTTGGCATAGTGTTCAGATTTGCCTGTCTCGGTCGCGTATAAAA
TAGTGGCTTTGATGCGCTTGGAGAGAGCCCGACTGAACAGTTTGGAAGTGAACTTAACGG
CTCTGGCAATCTGTTTGAAGTGGAACTTGCCTCGGACCGTCTTAGTGCCTTCGGACTTTG
TCCACTGGTGGGTCTTCCATGCTGGCTCCTGATAGTCATACGACGGTCTCAAGTAGTAAG
AGGCCATTTCTTGATGAAATACTGAAGTCAGTGACGAAGACATCGGTGGTACAATCCAGA
CCCAATCAGCAGGACAACCGCCCCTGCTTTTATTTTCATTATCGAGATGTTTCTGGAACT
GGTCTGAGGCGGAATGATGATCAACAATAGACACGTTATCTCTTAGGAAACTGTGGAGCA
CCGCTATATTAACTTCAACTAATGCCTTATCTTTCCACAGAGAGACGAACGAGTTCGTAT
CTAGGCCCATTTTCTTAGCTACGGTCTCTACAATATTGAGTCGATTTTCATCACATAGAT
TCCTGCATCCGATTTCAGTGCCCATGTACCAGCCGTTGAAAGCATTAGCGGTGAACTCTA
AGCCTCCACAATCGAACCTCATATTTGAAACTAGTGGAACAGCATACCATTTCAATCCTA
AATCTTTGAACCAGTCGTAATGAGGATGTTCAAATTTCACTTCCATGACTATTTCTTTGG
GCAACTCAAAATATTCTGGATCTTTCCCATCAGCAGACAGTACTAGCGGTAAAATATCCC
ATGGCGTCCTCGGAGCTTTCCAACCAAGTTTCAAACAAATTTCAGTAAATTCAACTTTCG
ATGGATCTCCTATGATAGTTCCATCTGGTTCCTGATATCCTGCATAACCTATTAGTTGAG
GATTCCATATTCTGTAGTCATGTTTACCATCTGTCCGTTGCGGGAATATGGTTATTGCTG
AACGAATATTTCCTTTATTTGTAGCGTATTTGATGTGATTACACAGCGCTTCAAACATAC
CAGTCGCTGTGGTTACTTCTCTACAGTCAAATATCTGTAACTTCTTCCATTGTATTCGTC
CGATGCACCTGGTCGCATTGCGCCAAGCCAACTTAGCTCCGAACACAAGTTCGAGAGGAT
CCAACTGATACGTTCCTTTTTCTTTTAAATCCCTTTTCACTTGTTCTAACCTCTTCTTGT
GGCCGTCTGAGTTCTCTCTTTTAATTGAAGAGTAGTATTGTGTAAGGAACACCTCTGCAT
CTTTAAGGACTTCTTCCATCGTCCTCGGAGTATCCCCTCGACCTGGGATGTCTCTGAGGC
TCCCCAAACAAACTTTTTCTGAGCATTTTGTGTTGTAATGTGTGACTTCATTGATCTGCG
AATGTAGCGTGTCAAAGTTCTCGACATAGTTGATATCCTTCAGTCTTATCGGTTGAGGAA
CTTTTATTCGAAGGTTTGGCTTTACTTGCTTATGATTATTGTCTAATTTCGATTCAACAC
AATCACCAGTAACAGGGCATGATACCGGAACATGCCGGTCAACTTGTTCCATTTTTCCTT
TACTCTCTTTGGAACCACCTTGCTTCACGCAGCAAATTTCAAAAATATTTGACATTGATA
TTCGGTATCACTGAATGGACTCTCGCGCGCGTGACGACTGACGGGATCGAGCTTTGCAGC
ATAATATATATGCATACCGAGTGAGTTTCGGAGCTGGACTGATCTCTCGGCCAGTGATCA
TTCTAAGCAGTGTAAGCAAAAAATACCAGCAATGCGTCAGCGCAGGCGACGGCCGGCAGC
GTCG
(4384 bp)

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