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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaMG_comp26477_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_dolichyl-phosphate_beta-glucosyltransferase_[Papilio_polytes]
Ontology
GO:0004169 F dolichyl-phosphate-mannose-protein mannosyltransferase activity
GO:0004581 F dolichyl-phosphate beta-glucosyltransferase activity
GO:0004582 F dolichyl-phosphate beta-D-mannosyltransferase activity
GO:0005783 C endoplasmic reticulum
GO:0005789 C endoplasmic reticulum membrane
GO:0006486 P protein glycosylation
GO:0006487 P protein N-linked glycosylation
GO:0006493 P protein O-linked glycosylation
GO:0006506 P GPI anchor biosynthetic process
GO:0007009 P plasma membrane organization
GO:0007029 P endoplasmic reticulum organization
GO:0007030 P Golgi organization
GO:0007379 P segment specification
GO:0007509 P mesoderm migration involved in gastrulation
GO:0009880 P embryonic pattern specification
GO:0009953 P dorsal/ventral pattern formation
GO:0010004 P gastrulation involving germ band extension
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016740 F transferase activity
GO:0016757 F glycosyltransferase activity
GO:0019348 P dolichol metabolic process
GO:0019991 P septate junction assembly
GO:0035269 P protein O-linked mannosylation
GO:0040003 P chitin-based cuticle development
Transcript
Level		FPKM:6.77 TPM:5.70
ORF EntryO_TrvaMG12823_complete:A_TrvaMG_comp26477_c0_seq1
Sequence
(Nucleotide)
GAATTTTTAACCAAATAATGTAAATCAATGAAATACTTACACGTAAGCCCTGAAATTACA
ATAATTTTAATAAGAATACTCCAAAAAGTTACTGCCAATGAATTACTTAAATATAAAGAT
ATATAAAACTTAATGAAAGTTACATTAAACAACGTAAAGCTGAAAGATATATGATGGACC
TCATAGCGGTATTCGTGGCGACGTTTTTATACGGCTCTGTTTTAGCTTTAGCTTTTCTTA
TTTTGCTTGCCATAATACTATACATAGTAACAGACAAGTACCCTGTCGTAGAAAGATTAA
AAGAAGAGGAATTTTATAATGATCCCGTTACAAACAAGAAATTGAAATTCCCTTCAATAT
CTGAAGAACAGTCTGTTAATCTGAGTGTGGTTGTTCCTGCTTACAATGAACAGGAAAGAT
TGCCTCCAATGCTGGACGAAACAATTGAATTCTTAGAAAGCAGGCAAAAGAAAATACCTT
CATTTAAATATGAAATAATTGTAGTAAGTGATGGAAGTAGAGACAGGACTGTGGATGTAG
CTAGCACTTATTCCGAAAAGTATGGAAGTGATAAAGTGAAATGTCTCGAATTGATTAAGA
ATAGGGGTAAAGGAGGAGCAGTAAGATTGGGTGTACAAAGCTGTAGAGGCGCAACAATTC
TATTTGCTGACGCAGATGGTGCGTCGAAGTTTGAAGACTTAACAAAACTAGAAGCGGCAC
TCAAAGATATTGTTAAGTTTGATCCTATGACAGATCCTAACAATATAAGTAATACTCTAG
GCATGGCAATTGGTTCAAGAGCACATTTAGAAGAGGAATCTTTAGCAAATAGAAGTATTT
TTAGAAATATTCTAATGTATGGATTTCATTTCCTGGTATGGCTGTTCACGGTAAAAGGCA
TCAGGGACACTCAGTGCGGCTTCAAGCTATTTACAAGAGAAGCTGCAAGAGTATGCTTTG
ATAGTTTACATGTTAACAGATGGGCATTTGATGTCGAGTTATTGTATATTGCACAACAAT
TAAACATTCCAATATCTGAGATAACAGTCAGGTGGACCGAGATAGAAGGCTCAAAAGTCA
CGCCAATCATCTCCTGGATACAAATGGGTTGCGACTTGGGACTCATCTGGCTAAAATATA
CTATAGGAGCGTGGAAAATAAAAAGTGAAAAAAGAGAATGATATATATTTTTAAAAATCA
TTTATTATACATTTATAAATTACATTGAGTAATATAAGGTTAATTTAAATTCCCACGAGT
TTTATTTTGAACATAGTTTTACAATTGTTCATTGGAGTACGTGGACAGAAATTGTGACTA
AACTTAACCACAAATCGGCAGATAGCAAAAATTGTAGTACTAAATATTTATTCTGAATCT
GAATAGAAACCTTAAACCCTAAGAGCATTTTACTTTACAAAAAAACAATTAATCGAATTT
GGCAGACAGAGAAAGCTAGAGCCATTTTTTTTTTCAAAAGTAAGCCAATTCCAAATTCAG
TTACCAAAATAGTAACAAAACAGTTTTAAGCTAGCATATTCAACATCAAAAGCAAGTCTT
ATACTATGATTAATATAAAACTAAGTGTATACACAAATTTCACAAATGTAAGTTTCAATA
GTTTTAAATATTTCGTGAAACTAATAATATTTACTATTGGTGGAAATACTTAAAAATAAA
TGTAGTACAGTACAATATGAAGATATTCTGATGTTTAAATTATATTAGAAATGACAAACT
ATGGAACAATCAGACTTCAGATAAGTTCGTCAACAGTTACAATTATCTTATAGTTACTCG
GACCTTATATTTATAGAAGTAGATATTTAATATAATATATAGTATAATAGTAAACTAGTA
GTATAATAGATTAATTATCTTCGTACAGCATATACTATAGCATACAATTAATATTTTAGA
GGTGGATTTTCCTTATTTCGAAATTACAAACATACAGAGCTCTATAGTTTTATCAAGAAA
ATTTTAGTGAATATTATTATTATCATTACAAAATTGATTCTTTTATATCTTCATGAAAAT
TCTACATCCTTTTCATAGGAATAACTGAAGAAAATAAGTTTTCATTAAAATATCCGAGTT
TATTTTAAAGTGCTTCAAACAAATATTAATGGATCTAATAAAACAAAACAGGCTTTGTAA
TTAAATGCTCGTTTTGCTTGAGCAATGTTGTTTCTCTACTCTTGCATTAATAATTTGGCG
CTCCAGGGTTGAGCAATTCATAATTTGACATACAAGTGATGTTTATAAATTTCCAAATAC
CTATTTATTTTAAAGCAATTTACTTTCTATTTTAGATAATAGCATAATGATGGCAATCAC
AAAGTCTTATTTTATTCCCAATCCATTAGAATATTTAGTACAACTAAAGAATCGAATATT
TAAGCTCAGAAGATCACTCTCATAATTTAAATTAAACGTACTTAACTTTTATGTACCTTA
TGTGGACAGATGAACTAAAACGATCTTCGCTCGTTTACGGCCAACACTGGCGGACAAAAA
ATATTTTCCAATTAATAAAAAAACTAAATTAATAATAATTTTAAAGAAGAGATTCTAGTG
ATTCTAAATAAGTTCAAGTCTCCACAAAAAGTGATCGTAAGCATTATTGAAATACTGTAG
GTGAATTAAAATTGATGCAATTTTTTTTTTTGTTAGGACAAAGCAAGTTATCCATGGAAT
GATAATATCACAAGTTTTATCTTGACGATGGTTCGACGAGATGTGCGAATGGCGCAAAAT
AAGGGTACTTCAAATTTTGGATAAAACTTTTCACATAGTTCCATTTCTTCAATGTTTATT
ATGAGGGATTATTTTTTCTTTTGGCATAAAAATACAGGGTGGTATTTTTTTTTTAATTAT
TAGTTTAATTTCAAACGAATGAATTTTGAAAAAATCTTTGAATGCCAAAAATGAAATAAT
GTTTCCTTTCAGCAAAAAATCCTATCTGCAATATATAAAGTACTTCCCATTCGTGTCGCG
TAGGCTTGGGACACCCTGTATAGTGCCAATATAAAACGTGCTATTTTGGAAGACTGCTAA
TGTATACGATTTTTAGCTCTATAACATCTTACATTTTTGTTTATAACATTATTTTATACA
AACTGTTATAATTTTTTCAGAAGAAAATTATTAATTATTTAAAAATGTTCAACTAAATAA
CCACCATTCATTAATTATTATTAGAAAATTGTGCGTAAGATTTTATATTAATTATTATAC
ATAGTTCCAATCATTTTTCATATATTTACAAGAGTATTTTTTTTATTTTGTAAAACCGAC
ACCTAGTTAATACTGCTTTATATTTAACAGAATTATTAAGCAATAGCCGTCCACCAATTA
ACTAAATTTACAAAAAATTAAAGGCAACTTGTATCCAAATTTCCATGACAAGAAAACCTC
TTTTTACTTCAGACTTTTAGCCGAGAATTTGTTTATAACCAATTGTCTTTTATAACAAAA
TTTAATAAATATAATCACAGTATATCATATTATTATTATGGACAATTTAATGTTTTTTAA
AATAAAAGTAATGACTTTAAAAAAACCCTGATATCAGTTATTTACAATAACTTCATGAAC
ACTGCTCATG
(3610 bp)

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