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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoN4EE_TR101198_c0_g1_i3
Scaffold_idBomo_Chr16
NCBI non-redundant
(nr)		truncated_xanthine_dehydrogenase_[Bombyx_mori]
Ontology
GO:0003824 F catalytic activity
GO:0004854 F xanthine dehydrogenase activity
GO:0004855 F xanthine oxidase activity
GO:0005506 F iron ion binding
GO:0005777 C peroxisome
GO:0009055 F electron transfer activity
GO:0009115 P xanthine catabolic process
GO:0016491 F oxidoreductase activity
GO:0016614 F oxidoreductase activity, acting on CH-OH group of donors
GO:0043546 F molybdopterin cofactor binding
GO:0046872 F metal ion binding
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:0.67 TPM:0.89
ORF EntryO_BomoN4EE51399_complete:A_BomoN4EE_TR101198_c0_g1_i3
Sequence
(Nucleotide)
AAATTAGCCAAATCGGTCTAGCCGTTCTCGAGTTTTAGCGAGACTTAACGAACAGCAATT
CATTTTTATATATTATTATATAGATTACTATTCTGCACTTACTTTTCTCTTAGTAAAATT
ATAATTCTTATTGTTATCTTATTTCTTTGTAAATACTTTTAACATTGTTTTAATATGCCT
ACAAAAATATACGGTATACACTTTCTTAACATTTTGTCAGTCATCTGGCAGTAAATGCTT
GTCTCGCACCAGTATGTGCTATGCACGGTTTGGCTGTGACCACAGTTGAAGGTATCGGAT
CAACCAAAACTAAGCTGCATCCAGTTCAGGAAAGAATAGCAAAAGCCCATGGATCACAGT
GCGGTTTCTGTACGCCTGGAATCGTAATGTCCATGTATACTTTACTGAGAAGCTGTACAA
ATATTCAGTATTCTGATTTGGAGGTCGCGTTTCAAGGTAATTTATGTAGGTGTACAGGTT
ATCGCGCTATAATAGAGGGCTACAAAACGTTTATCGAAGATTGGGAGACTCAACGAATTG
TCAAGAATGGACCACAGAACGGAACTTGTGCGATGGGGAAAGACTGTTGCAAAAATAAAT
CGGATAGCTGTGAAGAAGCAGATAGTGAATCACAATATATTTTTGACAAGTCGTCGTTCT
TACCGTACGATTCTAGTCAAGAGCCAATTTTTCCACCAGAATTGAAATTATCTTCAATAT
ACGATAGCCAGTACGTAATATATCGTGGTAAACAAACAACGTGGTATCGCCCAACTAACA
TAGAAACAGTTTTATCGTTGAAAGATAAGTTCCCGAATGCAAAAGTGGTAGTGGGAAATA
GTGAGGTTGGTGTTGAAGTTAAATTCAAACGTTGTGTGTATCCAATAATAATAATGCCTA
ATTGCGTTCCCGAATTGAATACTATTACTGAAAATGAGCATGGTTTAACGGTTGGAGCTT
CAGTAACACTCAATGACATCGAAAAAACTTTTAGAGAGTATATAAAGAAACTACCACCAT
ACAAAACTAGAGTCTTAACTACTATAGTAGAAATGTTGAATTGGTTTGCTGGAAAACAAA
TCAGAAATGTTGCTGCCATTGGCGGGAATGTAATGACGGGCAGTCCGATATCTGATTTGA
ATCCGATTTTAATGTCTCTCAAGGTTAAACTTAATCTTCTCAGTCAAGAAAACGGCCATC
GTACCGTGCTAATGGATGAAACGTTTTTCACTGGGTATAGAAAGAATGTCGTCAAATCAA
ATGAAATATTACTTTCAATAGAGATACCGTTTTCAACCAAATTTCAATACCTGAAGGCTA
TTAAGCAAGCGAAAAGAAGAGAGGACGATATATCCATAGTAACTTCAGCTGTCAATGTTG
AATTTGAAGAGAACACAAATGTTATAAAATATATAAATTTGGCATTCGGGGGGATGGCTC
CCGTAACAAAGATTGCAACAAACACTGGAAATATATTAAAAGGGCTTAAATGGAATGAAA
ACATGTTAGAAAAAGCGTATTCGTTACTGATAGATGAACTGCCATTAGATCCATCGGCAC
CAGGTGGAAATATACAATTTCGGCGTGCATTGACTATGAGTTTGTTTTTAAAGTCGTATT
TGGCTATTGGAAAAGCAATGTCAACTGATTATTTTTACGGAGATCTTATTGAATCGTACT
ACGGTAGCGGTGCAGATAGTTTTCACGGAAACGTGCCGAAAAGTTCTCAATACTTTGAAT
TGGTCGGAGAAAAACAGCTTAAAAGTGATGCTGTTGGAAGGCCGATACAGCATATGTCAG
CATACAAGCAAGCTACAGGCGAAGCAATATATTGCGATGATATGCCCATTGCAGAAGGTG
AGCTATATTTAGCATTTGTTTTGAGTTCAAAAGCTCATGCAAAATTAATATCAGTAGATG
CAAAAAAAGCGCTAGCCGAACCTGGTGTTATAGCATTTTATTCAGCAAAAGACTTAACAA
AAGAACAAAATAGCATTGGCCCTATATTTCACGATGAAGAATTGTTTGCAAGAGATAAAG
TGTTGAGTCAAGGTCAAACTATTGGCGTTATAGTAGCTGTGGATCAAGCGACTGCACAAG
CTGCTGCAAGAATGGTTAAAGTTGAATACGAGGAGATACAGCCAATTATCGTTACTATAG
AAGACGCTATAAAGTATAACTCATTTTATCCACAATTCCCTAAAACAATAAAACGGGGAA
ATGTAAAAGCCGTGTTTGACGATAAAAATAATATTATAATAGAAGGACAGTGTCGTATGG
GAGGTCAAGAACATTTTTATTTGGAGACTCATGCTGCGTTTGCTATTCCAAAGAAAGAAG
ACGACGAGCTAGAAATATTTTGTTCCAGCCAACATCCCTCAGAGATCACAGCCCGTGCGG
TGCATGCTCGATAGAGACGAAGATATGCAGATGACGGGCACTAGACATCCATTCCTGATA
AAGTATAAAGCAGCGGCAACTAAAGAAGGAAAAATTGTTGGAGCTGTTGTCAATATTTAT
AACAACGGAGGCTATTCCACTGATCTGTCAGGTCCAGTTGTCGAACGAGCAATGTTCCAT
TTTGAAAATGCTTATTACATCCCAAATTGTGAAGTGACCGGATATGTCTGCAGAACTAAT
TTACCCTCAAATACGGCTTTTCGAGGCTTCGGAGGTCCCCAAGGAATGTTTGGTGCCGAA
AATATGGTTAGAGAGATAGCTCATCGACTGGGAAAATCTCCCGAGGAAATAAGCAGACTA
AACTTGTATCGAGAAAATAATACTACACATTATGGACAAGTTTTGACATATTGTACATTA
CAAAGATGTTGGGATGAATGTGTACAAAACTCTAATTTAGCAGAAAGAAAATTAAAAATT
AAAGAATTCAACAAACAACACAGATGGAGAAAACGTGGTATTTCGGTAATACCAACAAAA
TTCGGTATCGCTTTTACAGAAAAACTTTTAAACCAAGCTGGTGCATTGGTATTAGTTTAT
GTTGATGGTTCAGTACTTCTATCACACGGTGGTACTGAGATGGGACAGGGCTTACATACA
AAGATGATACAAGTAGCTACTCGGGCTCTTGGTATAGACGTTTCTAAAATTCACATCAGC
GAAACAAGTACAGATAAAGTCCCTAATACTTCGGCAACAGCGGCTAGTGCCGGCTCAGAT
TTGAATGGCATGGCAGTACTAGAGGCTTGCGAGAAAATAATGAAGCGCCTAAAACCGTAT
ATAGATAAGAATCCGGACGGGAAATGGGAAAATTGGGTATCAGCTGCCTATGTCGACCGT
GTTAGTTTATCCGCTACCGGCTTCCACGCTACACCGGATATAGGATTCGATTTCAAGACC
ACTTCGGGAAAACCGTTTAATTATTTCACATACGGTGTTGCTTGCACGGAAGTAGAAATT
GACTGTCTTAGCGGTGACCACCAAGTCCTTAGAACGGATATTGTAATGGACCTCGGTGAA
AGTCTCAATCCAGCGATAGATATTGGCCAGATTGAAGGCGGTTTCATACAAGGCTACGGT
TTGTTTACCATAGAAGAATTAATTTATTCACCCACCGGAACTTTATATTCGCGAGGGCCG
GGTGCTTACAAAATTCCTGGATTTGGCGATATTCCTCTAGAATTCAACGTTTCATTGTTA
AAGGGTGCACCTAACCCTCGAGCAGTTTATTCTTCTAAGGCCGTAGGAGAACCTCCGCTG
TTCTTGGCTTCTTCAGCTTATTTTGCGATACATGAAGCCATTAAAGCTGCAAGAGCAGAT
GCCGGAGTATCGCTCGAGTTCGACATGGAGGCACCAGCAACATCTGCTCGAATTCGAATG
GCATGTGAGGACCATATAACGAAGAAACTTGATAAACCAGATCCAAATAGCTTTGTGCCG
TGGAATGTTGTCCCTTAACAAAAGATTGAAAAATTCACTACCTACTCACTCGTATACTAT
TTGTAAGCTATATTGAAATATATTAAATAGATAATATGTAACGATCTTTTGTTTTATTTA
CGGGTGCAAAAAAA
(4034 bp)

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