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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR13683c0_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		aldehyde_oxidase_2_[Bombyx_mori]
Ontology
GO:0003824 F catalytic activity
GO:0004031 F aldehyde oxidase activity
GO:0004854 F xanthine dehydrogenase activity
GO:0005506 F iron ion binding
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0009055 F electron transfer activity
GO:0009115 P xanthine catabolic process
GO:0009688 P abscisic acid biosynthetic process
GO:0009851 P auxin biosynthetic process
GO:0016491 F oxidoreductase activity
GO:0016614 F oxidoreductase activity, acting on CH-OH group of donors
GO:0046872 F metal ion binding
GO:0050302 F indole-3-acetaldehyde oxidase activity
GO:0050660 F flavin adenine dinucleotide binding
GO:0051536 F iron-sulfur cluster binding
GO:0051537 F 2 iron, 2 sulfur cluster binding
GO:0055114 P obsolete oxidation-reduction process
Transcript
Level		FPKM:29.74 TPM:29.14
ORF EntryO_TrvaFAMAMG16964_3prime_partial:A_TrvaFAMAMG_TR13683c0_g1_i1
Sequence
(Nucleotide)
CGGCAAGTATGGGTAAGGCAACTGATTTGTTAGGAAAGATGACATTTTTATTCCTACTCT
GGCCTCGTCCGCAAGTGTTGCTGAACTTGTTGAAACAACTGCCATGAATATTAAATTTCA
AATTAACGGGAAATATTTTGAAGTGGACGGCAAGTATGGTCCGGATGTATCGTTGAATGA
GTTCATAAGGAACGTGGCGGAGCTGCGAGGTACGAAGGCAATGTGTCACGAGGGAGGCTG
TGGAGCTTGCATCGTCGCTGTCAGAGCAGCACTACCACCCACCAACCAGATGAAGATCTT
CTCGGTCAATTCATGTTTAGTATCAGTATTTTCTTGCCACGACTGGGAAATAACTACAGT
AGAAGGACTTGGGAATAGACGTATAGGTTACAATCCTATACAAACCCGATTGGCAAACTT
TAATGGTACTCAATGTGGATACTGCACACCTGGATGGATCATGAATATGTACAGCATATT
AGAAAGCAAGAAAGAAAATTTAACAGTAAGTGAAATAGAAAACTCATTTGCCGGTAACAT
TTGTCGTTGTACTGGATACAGACCCATAGTAGATGCTTTGAAAACGTTTGCTCACGACGC
AGATAAAGATCTTTTAGATAAGCTATCAGACATAGAAGATCTAGGAACGAATCAAACAAA
ATGCAGAAATACACATAAAATATGTAACAAAAGAGGACTTTGCGATGGAATTAAAGATAT
GAATATTACTGGAGATGATTGGTATTTTGTTAATTACAATTACTCGAAAATGATAATCAT
AGAATGTGGTGACCATACTTGGTATAGATGCCATTCCTTAAATGATGTATTTGGTGTCAT
AGAAAAGAGTAAGGATTATAAATTGGTTGCTGGGAATACTGGACAAGGTGTATATCACAT
TACAGACTACCCTAAAGATGTTATTGATATTTCTAATGTAATGGATATAAAAGGACATGT
CGTTGATGTAAATCTGATACTTGGAGCAGGAATGACTTTATCAGAAATGATGGATATTTT
TCTAAAGCTATCAAATGAAAACGAAGATTTTCGTTATCTGAAGGAGTTTTACGATCACAT
GGATTTAGTTGCACATGTACCAGTAAGAAACATTGGCACTATTGGTGGTAATTTGTATAT
GAAACACAGCAACAAAGAATTCCAATCAGACTTATTTTTGTTGTTTGAGACTGTCGGAGG
CATGGTCACAATAGCTGAGAAATCAAACAAAATGTATTCCATGTACCTTCCTGACTTTTT
GCAAGTGGATATGAGGGGAAAGGTAATAGTCAACGTAATGCTGCCACCTCTATCAGCCTC
TACCAAAGTTAAAACATTCAAGATAATGCCAAGATCACAAAACGCGCATGCAGTAGTTAA
CGCAGGATTCCTATTCAAGTTCAAACAAAACGCAACCACTATAGATAAGGCAACTCTGGT
ATTTGGCGGAATAGCATCAAATTTTATACATGCTTCAAAAACGGAGAAACTTTTATTAGA
AAAAGACCTTTTCTCTGGTGAAGTTATAAAAATGGCATTAAAAAGTTTACACGAAGAAAT
TGTGCCCGAGCATTTTCCAATGGAACCATCTGTCGCCTACAGGAAAATGTTAGCTGTTTC
TTTATACTACAAGGCAATAATAAATTTATGTCCTGTAAATCGAGTTAACCCAAAGTATAA
ATCGGGTGGAGGTGTATTAAAACGAAATACATCAAGAGGAACGCAAAGTTTTGAAACAAA
CAAAGATTATTGGCCTTTAAGCCAACCTGTGCCCAAAATAGAAGCTTTGGCACAATGTAG
CGGAGAGGCTACTTTTGCTAATGATTTAGCAGGTGAATCAGACGAAGTGTATGCTGCTTT
TGTGACTGCTGATGTAAAACCTGGAAGTGTTATAAGTGATTTTGATACTTCAGAAGCTTT
TAAATTACCAGAAGTTGTAGCATTCTATACAGCAAAAGATATCCCAGGTGACAACTCATT
TACTCCTACCAACACGCCATTGATTCAAACGAACGAAGAAATCTTGTGCTCAAACGTGGT
TAAATACTACGGTGAACCAGCAGCAATAATAGTAGCAACCAGAGAAAAAATTGCAAACAA
AGCTGCTAAATTAGTTACTATAAAATATGCATCTGAAAGCAAGACTAAACCAGTGCTCAC
AATAGTTGATGTGTTAAATTCTCCAGAAAAAGATGCAAGAATAACTAAAGACAATGTAAT
AAATCCAGTCGAAATTGGTCATGACGTTAAATGTGTTATTTATGGTGTATTAAATCTTGG
GACTCAGCATCATTTTTATATGGAACCACAAACCAGTGTTGTAAGGAAAACTGAAGATGG
CTTAGAAGTGTATTCTTCAACTCAATGGTTGGATTTGACTAATAATGCTGTAGCACAATG
TCTTAATGTACCGGTTAATAGTGTGAACACGATAATTCGAAGAGTCGGTGGTAGCTATGG
AGGTAAAATTACAAGATCAACCCAAATAGCTTGTGCAGCCGCTATTGTCACACATTTCAC
TGGAAAAACTTGTAGATTTGTTCTTCCGTTGCAAAAAAATATGGAAATCATTGGAAAACG
ACTACCTACGAAATGCAATTTTGAGGTCGGTGTAGACAATCTAGGTGAGATACAGTACTT
GAAGAATGTATTCTATCAAGACAACGGTTGTGCAACTAATGAAAGTATTAGTGCGATGAC
TGCAACTCATTTTGTAGGGAATTGCTATAACAATAAAAGATGGTATGTTGAAGCCAACAG
TGCTGCTACTGATACCCCATCTAACACATGGTGCAGAGCTCCGTCTGCCACAGAAGGAAT
AGCAATGTGTGAATATGTTATGGAAAAAATTGCATATCATCTGAAGAAAGACCCTATTGA
AGTAAAATTAGCAAATATGAAACGTGACCATAACCCAGTCCCACAATTAATCGAACAGCT
GAAAAGAGACGCAGATTATGACCAAAGAAATATAAACATAAAAAAATTCAATGAACAGAA
CAGATGGAGGAAAAGAGCTTTAAAAATGATACCAATGACGTACGATGTATTTTATTTTGG
ATCCTATAACTCAATTGTTTCTATTTATCATGCAGATGGGTCGGTTGCTATAACCCATGG
TGGTGTTGAAATGGGTCAAGGCATAAACACTAAAGTTGCTCAAGTATGTGGATATCTTTT
CGGCATTCCTCTCAGCAAAATTAGTGTTAAACCTAGCACAAGCTTCACAAGTCCAAATTC
AATGGCCACAGGTGGAAGTATAGGAAGTGAATGTGTATCTTTTGCCACGATGAAAGCTTG
TCAAATAATAATGGATCGTCTCAAACCAATCAAAGATAAAATGGAGCATTATAAATGGGA
AGACCTGGTTAAAAAGGCATTTGAATCTGGTATAGATCTCCAAGCTTCGTATATGTATTC
TGATAAAGATGGTTTGAAGCCGTATGATGTGTATGGTGCAGTTGCTTTAGAAGTCGAAGT
AGATATATTGACTGGAAACCATGATGTGCTAAGAGTTGATCTTTTGGAAGATACTGGAAG
AAGTATGAGTCCTGGAATCGACATTGGTCAGATTGAAGGAGCTTTCGTCATGGGTCTTGG
TTACTGGACATCAGAGAAGGTTATTTACGACCCAGAAACAGGGAAGCTACTGACTGACCG
TACGTGGACTTACAAACCACCTGGTATTAAGGATATACCAGCAGATTTCAGGATATATTT
CAGACGCAATTCTGATAATCCTACTGGTGTGCTGAATTCTAAAGCAACTGGTGAACCGGC
GTTCTGTCTTGCTGTGGTTATAATTCATGCTTTACGAGAAGCTGTTAGAGCTGCAAGAAA
TGACGCTGGATACGAAGATCAGTGGGTAGATATTCGTGAGTATGTTTGCATTCAAATGAT
ATATGATACGATCAGATGCCAGAAATATTTAAGAAAAGTTTTCGGCCTTTGCATAGATCA
TACTCGAAAGTTCGAATCGAAGTTTCCGAATACTCTCCTACTTTTCATGTTCAGTTCAGT
TCAGTTTTTTTTTTATTGCCATGTAGGCAGACTAGCCAACGGCCCACCTGATAGGAAGTG
GTTA
(4084 bp)

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