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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR17442c0_g1_i4
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_GPI_ethanolamine_phosphate_transferase_1_[Amyelois_transitella]
Ontology
GO:0003824 F catalytic activity
GO:0005783 C endoplasmic reticulum
GO:0005789 C endoplasmic reticulum membrane
GO:0006506 P GPI anchor biosynthetic process
GO:0008152 P metabolic process
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016254 P preassembly of GPI anchor in ER membrane
GO:0016740 F transferase activity
GO:0016780 F phosphotransferase activity, for other substituted phosphate groups
GO:0051377 F mannose-ethanolamine phosphotransferase activity
Transcript
Level		FPKM:1.41 TPM:1.38
ORF EntryO_TrvaFAMAMG20620_complete:A_TrvaFAMAMG_TR17442c0_g1_i4
Sequence
(Nucleotide)
CTAAGAAAACAAATACTGCAAAAAGCAAAATAAAGAAAATCATAAAAGATTGTGCACTTT
ACAGTTTTAAGACAAATTTAGCAGAGAACATTACTCAAAGACGTTGCTGTTCTCGCTCGA
TCTACAATAACTCGTATCCTTATTTCAGTTATTAACACTGCTTCTAAAATGTCCAAGAGA
CCTGCATCAGAGATGTTGGAGGAAGAAGTAAAAAAGGTGGTGAAGGATGGTAAAAAACAT
TCTTTGGATTCCGACGAAGAAGACAGTGGCGCAGAAGAAGAAAAAAATAATGTTATGAAT
ACAGACGACATTGAAGGCGAAGAAGAAGGTACTGGTGGAATGGAAGGTGAAATTACTATT
ACTCCTTTTAATATGAAAGAAGAACTTGAAGAGGGACATTTTGACCAGCAAGGACATTAC
CATTGGAAAAAAGAAAAGGAAATCCGTGATGGATGGCTGGATAATATAGATTGGGTCAAA
GTAAAAGGAAGACCAGAAGATAAATACAAAATACATCAAGGTGATGATGATGATAACAAA
GGACTTGGTGATGAATCAAGTACTGATGATGAACAGGAAGAGAAGTTTGATTTAGTTGAA
AATTATAAAGAAATAGTTCAGCATATGAAACCTAGAGAAACCATTGCAAAGGCTCTACAA
AGACTTGGTGCCACATCTAAAATATCAAGTGCAGAGCGCTGGAAAAGGAAGAAAGCAGGA
ATTGTTGATGAAAATAGTAAAATTGTAACTAGAATAACTGAATTAGCAAATCAAATATTA
ACAAAGATGGGAAACATGGACATCTATCAGGAATCTTATGAAAAGATTAGTAAATACTTG
GATAAAAAGATGAATAAAACTGAGGATACTGAACTTGATATGTATGCAGATGATTTTGAT
AAAAAAGAACAGAAAACTCTTGGAAACAAAAGTGATCAAACTGACACAGAAAACACAAAA
GATGAAACATCTGACAATGAAACCCAAGAAGTAAAATGGGAGTTCAAATGGAATCAAAAT
GATGAATCCGAAATATCTGGACCTCATTCTACAGAGCAGATGAACAAGTGGTCATCAGAA
GGTCATTTTAAAACAGGAGTTTGGGTCAGAAAACATGGAGAAGATAGTCAATTTTACAGC
TCTAATAGAATAGATTTTGAATTATACATGTAAATAGGAAAGAAGTGGGTGAATTGAATG
GACCAATTTCTTCATCAACTTACAACATACTTAAGTCTGAGGCCACAAACGCATTTAGAT
GAAGTTAGTCTTTGACTTTTTTTGATAAACAATGTAAAGTTATTTTATAGAAAACACTAA
AACTAAACTAATGTATCTAAAATGATACATAGACATAGAAGAGAATAGAATGAAGATGGA
TCAAAACAAATATTTGTAGAACTTTATAGATGATACAATGTTACCTATATTACAAAAATG
TGATAAGAGCCACTGGTGAATTGGTAGATTCCTTTATTTAAGAATTTGTATGGTGTATGA
TTGTATTATAAACATGTTTTTTTTTTGAAGCATATAAATCAATCACTACGAAAGCATGAA
AAAATGAATGACTTCTTCATTCAAATAACTAGAGTACAATTTTTGTAAATGAAATATATT
TGATCATTTAAAATGAAATAAAACAAGGTTTACTAATTAAACACTTTTTTTCCTCTTCTC
TAACATTTGATTAGCAAAGGTATAAATACTGAAATCAGTCATCGTTTTAGCTATTTGATT
AATGAGGACAATAAACAAAGTTATAACTTGAACGATTACAAATTGTGATATTGAGGTTCC
GATTTCTAGCCAGCTTCCATTATTTCGAACGTAAAATAATAGTTGAAGTCCCATTATATT
GGAATATATAAGAACCATTATATTCAAACATCCTAGAGGAGCCTTAGTTACATACTGTAC
GGCTCGAAATGCACAAGCAACTATTAAAAATGGCGACATTGTCTTCATTAGGATCAGGGT
AGTTATCAAAAATGGTTGAAACGACGTTATAAAACACGTCACCCATCTTACTTCGAATGA
ATTCAATGATGCTATATTTCCTGTACCGAAAAACGCTAAAATAATGTAAAGTACAAAAAT
GAAAGCTCTTCTAAAATCTTGATTAGTAATACTTCTTTCAACTTGAATACTTGTTTTTTC
ACTTTTTATATCGTCGATAAAAGCGAAGTCAATTATCTTCGTGTCTTTCACATGTAATAG
TCGAAATTCAATAAAAACCCAAGTCATTACATTAAATATTAATGCAACCATGAATAGACC
TTCATGAGCCACAGACATCAGAAGATAAAAATTTATAAGTCCTGTGTTTATGGCCATCAG
TCGACATATTAATCTTGTAGAAAACAAAAGTGGTATTATCAATGATGTCACTGCAATAAT
CCAGGCTTCTATCTGATAGAACATTGACACTGGAGTGCCTTGTTCAAATCTTTTCGATTG
AACATAAATATTGTGACATGATATGAGTAATAATAGTATTTGAATAGAGAACAGGTACAC
TTCTCTTTGCTTTTCTCCTTTAGTATAGTTGAAAGGCATTAATATTTTGGTAAGGAATAT
TAACATTACAGAGATCCAAATTATGCCTGCAGCTACACATTGATATACTTCCAAAGGCAT
AACAAATAATCTGCAATAATATTGAAGGCAATTGTTTGTCTCTTTTCAGCTTTTTATAAA
TTTGAATCCAGACTTCTACAGAGAGCATCACATACCACCATAGGATAGTGGGTAACAAAA
AGTACAAATAATACTGTACTGGTAAGTTTTGAACATTGACAATATAAACCAAAAATCCAA
AAATTATTATGAAAAATATGTTAATTGATTGTTGGACTAGAATTTTTGTTCCTCTCATAC
AATTTGTTGTAGTAGAGTCAGCATGAGTATTTATTTTCTGTTCAGATAATAATTTTAATA
AATAAACTATCCAACCTATAAAAGATAAAGTGACTAGAATAAGAAGGGGTTTTTGATAAT
AATCATGATAGTATCTCAATCCTTTTAAACTCAATGCAATAATTTCTTCACTGCATAGTA
TCAGTTTTTCATATTCTCCTTTATTTAATAAAGTTTCTGCGAAATTGATTATTTCATCAT
ATTTCTTCTTAGTCAGAGGTTCATAAGGTTTGTAGAGCATTGATAAAGAATTTGATTCAA
CATCATATCTTTTCTTTTCATATTGTGCAGCTAATTGTCTACTATTGCTATAAACCGCCT
TTGCCTTATTAGCTAGTGTCATGTTAAATAATTCTGTCTTCACTAGTCCCAATGAGTTGA
CAGGCACTGGTATAGATAAAACAGTTGCCATTATTGGGGAAAGGTCAACCTGATTTATAT
CAAACCTGTGCTCTATGGACATCAATAGAGTTTCAGAATCAGGTCTTGTTTCATAAGCCT
GATTAACTCCAGAGCCCCATAATACATAAGGGGTCTCAGTTTCGTGATTATCACTTGCTC
CGTGGGAACCCCAATCAGTCATTCCATGATCTGATGTCATAAGAAATGTTGTTTTCTCAT
CATTAAAGAATTCATTGATCATTCTTTCAATTGTTTTAATACCTTCATCTACAAATCTAA
GTGTTGTCAAAAAATTCTTGGTTTGAGGTTTATGTGTGTGACCAGATGTATCAGTCCCTA
ATAAATGGAGGAAAAGTATTATCTTATTTTTTTGTAATTTAGCAAAAAGGTTTGAATCTC
GTTTTGCATTCTCAAAAAATTCTTTCACATTACTGAAGACCCAATCATCCAATAAAGTGG
TATTTTTATCTGTACTGAAACTTTGATCATAAGGATCAAATTCATTGGCAAAGATGTGGC
CACCAACATGATCTTTAGTGAATATGTTGACTATGTCGTAAGCTCCCCAACACCAAGTAA
ACCTTGACTGATTGAAGACTGAGTCAAAGTCAACTGGATTTTCTTTCCATCCCTTTACAA
CAGCTGATGGATCTTCATAAAAGCCAGCTATAATTGCAACATGGCCAGGTCTGGATTCAG
TTGGCACTTGAGTTCTAGATATACCCCATCTTCCTTTAGAATTGGCCACAGATCTTAAAT
AAGGCATCGTTGTATGATTAACAAAAGATTCGGCACGAAGACCATCCACAACAAATAAAA
CAAGCCGTTCAGCCACTGCATCATGCAAAGGTTTGAAGGGTTCCACGTTTTTAATGATTG
GTGACTTAAAGTAAATATCAAAAATAGAAAATAAAAATATAGTATGTATGAAAATTCCTA
AAAGAAACATCTTATTCTTCAATGAGTTATTTTCTTTTCATATCATTTGAAACATTTTAG
TGATAAGATTATTTGGATCTTTATCCAATATTTATCCATTTGTAGCGGACGTGCTTGTAC
TATAATAATCGCATTTTAAAAATTATTGCTAAAGAAATGGTGAAAAACATGAAAAAAAAC
(4440 bp)

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