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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN30796_c2_g4_i2
Scaffold_idBomo_Chr18
NCBI non-redundant
(nr)		UDP-glycosyltransferase_UGT44A1_[Bombyx_mori]
Ontology
GO:0001972 F retinoic acid binding
GO:0004857 F enzyme inhibitor activity
GO:0005783 C endoplasmic reticulum
GO:0005789 C endoplasmic reticulum membrane
GO:0006805 P xenobiotic metabolic process
GO:0008152 P metabolic process
GO:0015020 F glucuronosyltransferase activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016740 F transferase activity
GO:0016757 F glycosyltransferase activity
GO:0016758 F hexosyltransferase activity
GO:0017144 P xenobiotic metabolic process
GO:0019899 F enzyme binding
GO:0042573 P retinoic acid metabolic process
GO:0042803 F protein homodimerization activity
GO:0043231 C intracellular membrane-bounded organelle
GO:0045922 P negative regulation of fatty acid metabolic process
GO:0046982 F protein heterodimerization activity
GO:0051552 P flavone metabolic process
GO:0052695 P cellular glucuronidation
GO:0052696 P flavonoid glucuronidation
GO:0052697 P xenobiotic glucuronidation
GO:0070062 C extracellular exosome
GO:1904224 P negative regulation of glucuronosyltransferase activity
GO:2001030 P negative regulation of cellular glucuronidation
Transcript
Level		FPKM:75.73 TPM:42.17
ORF EntryO_BomoIG101956_complete:A_BomoIG_DN30796_c2_g4_i2
Sequence
(Nucleotide)
CCGGTAACATATACACATAATATAATATACACGTATAGACCTAATAATAATATACATACA
ATATATACATATACTATTCCTGAAAGTCGAATTTTTAACTGTCCAACAGAAAAATACAAT
TTATATTTCTCGTGATACAGGTCAAAATACAAATTTTTATTGTATCGATACTACCATTTA
AAATCAACATTCACGAGTAATGTACAGTGCTCAATAACAAAATACGACCTTATAGTAAAT
AAGCTTTTATTTAACATTAATTCACAGATACACTCTTTGAGACAGACTCTTTGAGTAAGA
ACAGGTAGTGGTCTTAGTTATTTGACGTACACTATATGCTTAAAAATAAATTAACAGTCA
AACTGATAAATCGTATAAAAAAAAATTTAAAATTCTCAAGCCCACAATCCTTATTAGCAT
GTCCATTGTAAACACTAAGCATCTCTAAATACAGAGATCTTTACTATAGCGATAAAGATC
ACGTTCTATCTCTATTGAGTTATTCATTCGAATTTTACTCTTTTTCTTTTCCTTGTGTCC
CCTACGTCATCGCCGTTTCCGGAATCAGCTCGACAGCAACAACAGCAAAGGGTTCTGAGG
ATTTTGTACAAAGCGTAGAACAGGATATAAACAACGATTGCCACAAACAATAACACGTCT
AGCTGCAATTGTTGATATAGTGGTGCTTGTGACGACAAAGGCTGAAGATTGGGAGCTCCT
TGGTATCGAGCTACGTATTCCGTCCAATAGATGGCGTTTTCCAAAGGCGACAAAGAACGG
TCGTGCCACAACCTGGACGTCAGCTTTGCTTGTTGTTGCCTCTTCGCATCCAAAACTTCA
TTGACTGCACCCAGTAGATGTTCTTTATTTAAATCCTGGTAATGCACTATGGTCGCCATG
CCGGCGTCTTGCATTGCTGCTGCATTGCCATATTGATCTCCAAATAAGGGAATAGCCACC
ACAGGGATACCAGCATCGATAGCTTCAATGGTGCTCAGTATACCGGCATGAGTGATGAGT
GCTTTTACATTTTTGTGCTTTAAAATGTCATATTGGGGTAGCCACTTCATTGTCATAACA
TTTCTTGGCAGGTTCTGTATGGCTGCTCCGTCCCATTTCCAAAGTACCCTGTGGGGTAGT
TTTCTGAAGGTGAGGAGGAGTTCAGCCAGCTTTTCGGCAGGCAGGGTGGAATCTTTTACC
GTTGAACCCAAGTTCACATAGACGACACCATGCTGAGCCTCGTTTATAAATCTCTCGATT
TCTGTTGGAATGATTTTTGGAGGTCTCACGTGTATGCCGCCAATATCTATTACGTTATCA
GGCCTGGAGATACCCCCAAAAACGGATTGATGTGTGTTTACAAACACTAAACTAGCATTT
GACGCAAGCGTTTCGAGAGACGGAAGGTTGTCTCCTAAATATTTATATAAGTACACGTGA
TCTGTGATTTGTGAACCAACATAGTACACCCAGTTTGTAATATGATACAATATGTAGCCT
CTTACTCGGTCTAGGAACCAAGGATTTTTTCCGTACGATAAGCCGGTTTGGGTTACATAA
GCTGCATTGAAATTGATACCTAATCGATTGTAGTGCCAAGGCTGTAAAGGCTTCGGGTTC
AATGCTATGTACGGCGCACTCAAATTTGCCGCCAATGCTATTCCGCAGTCACTGTTAAAT
GATTCGACCAGTACGACGTCATATTGAGGCCGCGTCCTAATCAAATGCAGTACTTGATTA
TTATTCATGAGAGTTTTGCAATCATCGTTGCCGGCTTTTGTCGCCACTAGTGTTTCAAAG
GGCACTCGCGACACTTCACTTGCTATCACTGACTCAAAAGATAAACCTTTATACACATGT
CTGTCACTTAATAAAATGTCTCTGTACGAAGCCGGAGCATCTGACATCGGAAAGTGGCTG
ATCAGGGTCACATCGTTGTTTCGATTTGCTAGTTCTTTAAATAAATCACGGTAAGTCAAA
TAGTTGGTGCGATCCAGCGATGGAAATATTCCCAGTATTTTATAACAGTCAGTTGTTAGT
ATTATTGTCACGAAAATACAAACAATTGTGCGTTTTGTCATATTGATGCAGACACGTACG
AGTTACTGCACAGTTAGTTGGCTACTAGGGCGTAAAATGTAAATGGGAGTCCGCTGACGT
AGTTACCTAATAATAGGTAGAAATCGTGAGGTAATGATTCCACTGACTGACGATGCCACG
ATTTCGTAAGTGTCAAAAATATTTTTGATCTCACTACACAGCAGTGATATTGAACTTCAT
ATTACATAAATAAGCATAGGCACAGACAGTGGCTGTTCTTTGTTTAAAACTGATCGCCAA
CTGTTTTATTTATAAAGTGAAGTACATACAAAATTCAAGCGATAACAATGTTAACACAAC
AATGATAACAATGTGTTATAAAATATGTGTACTTAACACAATTATTTCAAAGATACAACA
ATAAATTCTTATTTTAATTAACCTAATTCACCAAGATTGTGACCGAGCGCGTTTTTCGTT
TTAAATGCGAATATTAAATTTCTTGCATGTTTAAATATACACAAACATGATAGTTCTTTA
GATGATGTTGTCCACGAGTCCACGACGATCTATTACAGGTTGCACACTCATTCACACATC
ACACTGTTACGTTGTTAATGTTATTTTATAATATTATGACGTCATACAATTCACAGTGAC
ATCACACCAAATATATCACAAAAAATACGGTTAATGCATAGCAGTCAGAACATCATTGTA
CTGTTTTAAAATGGATAATAATCGTATTTATTTATCCTGAATTATGGATTTCCGGAACAG
TGATGGAAGTGATGGAACTTGTAGCCCTACTTAAC
(2855 bp)

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