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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMSG_c11765_g1_i1
Scaffold_idBomo_Chr17
NCBI non-redundant
(nr)		dihydropyrimidine_dehydrogenase_[NADP(+)]_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0003824 F catalytic activity
GO:0005737 C cytoplasm
GO:0006212 P uracil catabolic process
GO:0006214 P thymidine catabolic process
GO:0010181 F FMN binding
GO:0016491 F oxidoreductase activity
GO:0016627 F oxidoreductase activity, acting on the CH-CH group of donors
GO:0017113 F dihydropyrimidine dehydrogenase (NADP+) activity
GO:0019483 P beta-alanine biosynthetic process
GO:0042803 F protein homodimerization activity
GO:0046872 F metal ion binding
GO:0050660 F flavin adenine dinucleotide binding
GO:0050661 F NADP binding
GO:0051536 F iron-sulfur cluster binding
GO:0051539 F 4 iron, 4 sulfur cluster binding
GO:0055114 P obsolete oxidation-reduction process
Transcript
Level		FPKM:52.48 TPM:27.30
ORF EntryO_BomoMSG2767_5prime_partial:A_BomoMSG_c11765_g1_i1
Sequence
(Nucleotide)
AGTCGCTGTGTCGCACTGCCAGTGAGCAGTCCACTCCGTCTGCACGGAAAAAGTATTCTT
ATACACGAAGACATTTTATTAGTGATTACAAAACTGACTTTTTTAAATCCATCTCCAACA
TCATGGCGAAGCTACTAAGTAAAGAGCTGCCCGACATCGAGAATCTCCTGAAGTTAAATC
CTACAGTGAAGCCTTACACCAATTTGGTTCCATCGGCCCAAACCAAGAAGATTAAGCAAC
ATTGGAAAAGAAATGCTGATAGAAAATGTACTACATGTCCAACCCTGAACAAGAATTTCG
ACGATATCAAACACACGACGCTGTCAGAACGTGGAGCTTTACGGGAGGCGGCACGATGTC
TCAAGTGTGCTGACGCGCCGTGTCAGAAGTCGTGTCCCACGCAGATCGATGTCAAAAGCT
TCATCACTAGCATCGCCAATAAGAATTACTATGGAGCAGCGAAGGCCATTTTATCAGACA
ATCCCCTCGGTTTGACTTGCGGCATGGTCTGCCCCACCAGCGATTTATGCGTCGGGGGAT
GCAACCTTCACGCCACTGAAGAAGGAGCTATCAATATTGGAGGACTTCAACATTTCGCTG
TTGACATATTCATGAAGATGGGCATCCCCCAAACTTTAGACCCCAATACGAAACCGCTAC
CAAAAGGAGGGGACCATAAAATCGCTTTGATCGGCGGAGGACCGGCCAGTATCAGCTGTG
CCTGCTTCCTGGCTAGGTTGGGTTACAAGGACATCACGGTGTACGAGAAGGAAAAGTATC
TCGGGGGCTTAAGTTCTTCAGAAATCCCTCAATACCGACTTCCATACGAAGTGGTACAAT
ACGAAGTTGATCTCGTTAAAAACCTCGGAGTGAAATTTGAGACCGGAAGAATGCTGTCTA
CAAATGACATCACTTTGAATAATCTCCTTGAAGACCACGCAGCAGTATTCCTCGGGATCG
GATTACCGGAACCCAAAAGCGTTCCCATATTCAAAGGCCTTACGCAAGAAATGGGTTTCT
ACACTAGCAAGGATTTCTTGCCTCTAGTATCTAGAGGCAGTAAGAAAGGAATGTGTGCCT
GCAAGCCACCACTACCAGAGCTGTACGGTAACGTCGTAGTGCTGGGAGCTGGCGACACGG
CGTTCGACTGTGCCACATCTGCTTTACGTTGCGGAGCTAGAAGGGTCTATGTCGTGTTTA
GAAAAGGATTCAGCAATATAAGAGCTGTGCCCGAAGAAGTCGATTTGGCTAAAGACGAAA
AATGTGAATTCGTACCATTCATGTCTCCGCAAGAAGTAATTGTCAAAGACGGAAAGATAA
TTGGTTTAAAGATGTGCCGCACGGAACAATTAGAAGACGGCGAATGGATCGAAGATCACG
ATCAAATCATGCAATTAAAAGCAAATTTCATCATTTCGGCATTCGGTTCTGGTCTTTATG
ATAATGATGTTATACAAGCGATGTTTGGTGTGAAGTTCAACCGTTGGGGACTACCAGAAG
TAGAAGACTCCAGCATGCAAAGCGTCTCAGAACCCCGCGTGTTCATAGGCGGGGATCTGG
CTGGAGTGGCCGAGACAACTGTTGAATCTGTCAACGATGGCAAAACGGCGGCTTGGTACA
TGCACTGCTACTTGCAGGGCCTTCCGTTCGACTCGCCGGTAGAACTCCCAAAATTCCATT
GTCCTATTGACGACGTGGACCTTTCAGTCGAAGTGTGCGGGATCAAGTTCGAGAACCCGT
TCGGCCTGGCCAGCGCTCCCCCCACTACCAGCTCGGCAATGATACGCAGAGCTTTCCAAC
AGGGATGGGGGTTTGCGGTGACTAAGACCTTTGGACTAGACAAGGATATAGTAACGAATG
TCTCACCTCGGATCGTACGCGGCGTCACCTCTGGCGAGAACTACGGTCCAGGTCAAGGAT
CATTCCTGAACATTGAACTTATATCCGAGAAATGTGAAGCGTATTGGTGCCAGAGCATTA
AAGAATTGAAGAAAGATTTCCCTAATAAAGTGGTGATAGCGTCGATAATGTGTTCGTACA
ATGAAGATGACTGGACGGAATTAGCACGGAAAGCAGAGGCCGCGGGCTCAGACGCTTTGG
AACTCAATCTATCTTGCCCACACGGAATGGGAGAATCTGGCATGGGACTTGCCTGTGGAC
AGGATCCGGTGTTAGTGAAAGGGATTTCTCAGTGGGTACGCAAAGCCATCAAGATTCCGT
TCTTTGTGAAATTAACACCAAATATTACGGACATTGTCAGTATCGCTGTGGCTGCTTATG
AAGGTGGTGCGAACGGTGTTTCTGCCATAAACACAGTATCGGGATTAATGTCGGTTAAAG
CGGACGCAACACCTTGGCCTGCCGTCGGTAAACAAAAACGCACAACTTACGGCGGCGTAT
CGGGGAACGCGACTCGTCCAATCGGATTGCGGGCAGTCTCTGCGGTCGGAAATAAATTAC
CGGGATTCCCAATACTGGGCATCGGAGGTATCGACTCTGCTGATTCGGCACTACAGTTCA
TCTTGTGTGGTGCACCGGTCGTACAGATTTGCAGTGCAGTGCAAAATCAAGATTTCACAG
TGGTCGAAGATTACATAACAGGACTTAAAGCTCTTTTGTATCTACGTTCTCGTGGTCTAG
ACGGATGGACGGGACAATCGCCACCTACTTTTAAGCACCAGAAAGGAAAACCCGTACAAA
CAATTCGTGACGAAAATGGAAAGGTACTGACACACTTCGGTATTTACAACAAAAAACGCG
AACAGATTCTCCATCAAAATAGATTAAAATTAGGTTTACTGGACGACGACTGTGTTGTTG
ACAATCGTTCGACCAATGGCAGTACATACGGCCTTAGCGCAGTACCAAGAATCAGCGACG
TATTGGGTCAAGCTCTGCCTAAAGTGGGGGCGTACAAGCACCTGGATAATAAACTCCAAG
TCGTCGCGCTCATTGATGATGATATGTGTATCAATTGCGGAAAATGCTACATGGCGTGTG
CAGACTCTGGGTACCAAGCGATAGAATTCGATTCTGACACCCATCTTCCACATGTGACCG
ATGATTGCACTGGTTGTACTCTATGTTTGTCTGTGTGCCCAATTATCGACTGTATATCAA
TGGTCCCGAAGAAAATTCCTCACGTCATCAAAAGGGGTTTAGGCTATGAAATTCATCCGA
TTTCACCTCTAGACGGAATTTGTCAATAACAAACGAACGGTCAGATCGGAAGAGCGTCGT
GT
(3242 bp)

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