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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoSK_comp12097_c1_seq1
Scaffold_idBomo_Chr19
NCBI non-redundant
(nr)		PREDICTED:_GPI_ethanolamine_phosphate_transferase_3_isoform_X2_[Amyelois_transitella]
Ontology
GO:0003674 F molecular_function
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:0016740 F transferase activity
GO:0051377 F mannose-ethanolamine phosphotransferase activity
Transcript
Level		FPKM:8.18 TPM:8.22
ORF EntryO_BomoSK10225_complete:A_BomoSK_comp12097_c1_seq1
Sequence
(Nucleotide)
GCTAGACTCTAGACTTTTTTTTTTCTTTGATGTGTGGACGAGCTCACGGCCTATCTGATG
TTAAGTGGTTGCCGGAGCCAATAGACATCTACAAGGTAAATGCCGCCACCAACTTTGAGA
TATGAGTTCCAAGGTCTCAGTTTTTATAGTACTGATTCAGTGAGATAAAGTCTTAACAGA
CTAATCATTTTCGGTCCCGCTATATCGTAAAATTCTTATTTAATTCAAGCCAATCCAAAC
TCGGTACAGCTTTGAACCTACCAACAAATAATAAATAAGGCACTATAACAATTGCTTGCA
TCCGTACTGTAGTACTATTACATTTTCTTACACATTCTATGAAACCGTGTTCCGAGATTC
CATCAAGACATCTATAAAAACAAGAAGCTTCACTTCTCAAAGGGAATATCCATAATTTTG
TGCTTTTTATTATCTGTAGTAAAATATTGAGTCTTCGATTTGAATACGACAAGCTTCTCG
TTGTTGTTATCAGCTGCGCTTTTGTCAACTGGGCTTAATCTGTGTAGGCACGTGCCAGGC
CGTCAGCGTGGCCCCCACCACGGTACCGAGCAGGGCGGCCGCACAAGCCCCACTCTCGAA
CAAGAGCTTCGGTGTGAACACGCCCCATATCATTAAGTGGCGACAGTGTATTGTAGCCGA
TAATGCACTCATGAACACTCTGACAGCAAAACACAATCCAAACTTGAGGCACAATGTGAA
GACAGCCGCCATCTGTGTCCTGGGACCCGCCGCGGCCGCACCGTTGCGTCCCCACAGCGC
GAGCAAGGGAACCGCGGCACCGAACATAAATGGCATACCAAATAATTCCAAGGAGACAAG
AGCACCAGTGACAAAAGGTCCAATAGGGAGGTAGTTGGGATCACCGGCGTGGAAGGCCGG
GGCCCATCGTACGTGGCCCAACGTGGCATGGTGGCCCGTTCCATAAAATTGGTAAGACGC
CAGCAGAGCCCACATGCACGCCACACTCGAGCTGCATCGAGTTGATAATGAGAATTTAGA
GTTCCCATTCTTCATCATGGAAACAACGTTAAGAGCCAAATATCCAGCCAATAGTCCTAA
AGCGGCAGACGGAGCAAAAGACGCACCAAGAACGAGGGCGTTGGCAATGAAGAAGAGTAA
ACTGCACACAATTAACGGCAGTATTGCTCCAAACCTTTCCCTTTTCCAAAGCAAAACGAA
CATCGATCCGAGTATCAGCCATGATCCACGGGCTAGTTGTCTTGATCTGCTGGGCGAACC
TAAAGCCCCCCAACCGAGGGCCCAATGGGCGCATGCAAACAAACCAGCCAAGACGACACC
ATGACCTCGCCAACCGACATGTCGTCTCGCTATTGCAACCACAGCTGCCATTGAACCTAA
AGCCATTACTAACGCTGTCCGGGAAGCCTGTCCAGTTGAGCCAACACCTATTGAAGTCCA
ACAATCTCCTTGTTCCTCTCTACATCCCCTATACGATCTACTAATTACTAATGTGGCTCC
GAAACCCACCCACAAAGTGAAAGCCTTAATCGTCCCAATATTCCAAGCAATCGTGCCCAA
TACCGATAACGCTAGAAAAGATAATTCAGCTCCTTCTTCTATAATGTAACTATTAGATAA
TAACACAGCAGCTGAGGCCATTAAGGCGCCACGGGAGAATCTCTCGTAAATTGGCGATCT
CCCTTCATACCACCGTTGTGAAATACCGTCCCAATGCATGATCACCAAAACGCAAGTCAA
CGCACTAGATATTAAGCCCGTGCTTAAAATAACGCCATGATGAACATCTTCTAACAGTTC
AAAATGAAAGACAGTGTAACATACGCTTACGCAAATAGCCATTGATATCAGGCCACAAGA
AACGAAAGTACTTGCAAAAATATTTGGAAGACGTTCTATGGGTATGCCTTCAACAATCAA
CCAATTAAAAAATATCACCAGAATAAGTAACAAAAGTGCTCTAAGCATTGAAACTGTGTC
AAACTCAACCCAAACTTCCCGAAAAACTATGCGCACGTTGTCCATTAACAATCTAACATT
CGAAACGTAAATAGAGAGATCATCTTCAGTCTTTACCGTTGCAGCTTTCTCTATCTGTTC
TCTTGTCGCGTTAATAAGATGCGCCAATCGATCTAAAGATACCTGTTGAGATTCTTCACC
GTAACGGACTAAGTATTGAGAAACCTGCTTGAGGCTGTTAGTTAAATGCAGTAGCGTCTC
GGCTACGGTCATTTTTGGCAGTACTGGAAACAGAATGTTGCCAAGGGATGGTGCGGGCGG
TGGACGACCAAAAGCAGCACTCATTGTTGGCGCTAAATCAGTCTGTTCAACTTCTCTACC
TGTTTGTATATCTGGGCTTTGACCACCAAATCCAGCACCACGATATGCAAACATTGCAGC
TGTTCTTTCTGCCTTACTCTCTCCACCATGATCTCCTGATTCAGTCATTCCGTGGTCTCC
AACAACATACAGGATGACATCTTTAGGTATAATTTTGATGATTTTCTCAATTCTTGCATT
AGTTTCATCCAATTTACGTTTCATTTCTGAATGGTTTGGACCATACCTGTGACCGGCATG
ATCAACTCCTAAATAATGTGCTACCAGTAGATCCCAATCGTCTTTTTTGAGTTCATCATA
TATTTTTGAATCAACTTCTATGTCTACAGTGTCAAGGTCCCAAGTGTGGAATGAGTACAT
TGTATGAGCCCGGAACCATCTTCTTGGCATGAGTCTCGACCAAGTGTCATCTCCTAATAA
TACTGCATGATGTCCAGCATTCACCACCTGATCTATGATGTTATCTTCTTGCAACTCCAT
AGCTGCAAAATTAGAGCTTGCATCGATGAAAGTGGGAAGTGAACCAGTTACAAGAGCTTT
AACACGTTGAAGAGTGGTTGTTGGTGGGTCTGCGATGAAACGAAACAGGCGCACACAATC
GGGGCATAATTCAAGAGTCCTTTGCATCACTGGCAGCCTGTTCTGGTAGGGTAAAGGCTT
TTCTAGTTTGTCATCATATTCTGTGAAGTCATACCTCAATGCGTCTACTAAAATAAAGAC
AACTCTTCCATGGGATGGAGCGCATATTAACGGAGAGCCGGTCACGCTTAAAATTTGTTT
TATTTTCTCATCCAATGTGCACGATTCTTCAATACTTGAGTTCCCTCTTTCTCGTCCACT
GCAGTCGAATGTTTCCAAATGCTGACATTCTGTAATATCACTCATAGTTTTTCGAGAAAG
AAGGAAACCATGACCAAACATCAGCACAGCAGACATTATCAAATATGAAAACCATATCAA
ATAAAATATAAAATTCCATTTTTCTTTCATTATAGAACTTTAAAGGGTAACTAAATTGAG
GATTATAA
(3368 bp)

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