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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoEE_comp70026_c1_seq12
Scaffold_idBomo_Chr1
NCBI non-redundant
(nr)		PREDICTED:_roquin-1_isoform_X1_[Bombyx_mori]
Ontology
GO:0000288 P nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay
GO:0000932 C P-body
GO:0003723 F RNA binding
GO:0003730 F mRNA 3'-UTR binding
GO:0005737 C cytoplasm
GO:0008270 F zinc ion binding
GO:0010494 C cytoplasmic stress granule
GO:0010608 P posttranscriptional regulation of gene expression
GO:0035613 F RNA stem-loop binding
GO:0042129 P regulation of T cell proliferation
GO:0046872 F metal ion binding
GO:0050863 P regulation of T cell activation
GO:0061014 P positive regulation of mRNA catabolic process
GO:0061158 P 3'-UTR-mediated mRNA destabilization
GO:0071347 P cellular response to interleukin-1
Transcript
Level		FPKM:0.19 TPM:0.33
ORF EntryO_BomoEE20561_complete:A_BomoEE_comp70026_c1_seq12
Sequence
(Nucleotide)
GTTCTTTAGTCTATGTCTTGAGGTTGCTGACGGATCATGTTTTGAAGTGGATAGAAGTAT
AAAGTGTTATTTTTGTGATGAGTGTACGTGTTATTTATAAGAATGCCAATTCAGGCGCCT
CAGTGGACGGACTACCTAACCTGTCCGGTGTGCTGCCGAGAGTTCGGTGCTCCGCCCCGG
AGTCCTATCAGCCTCAGCTGCGGCCACACCCTCTGTAGGCACTGTCTGATTCACCTTCAT
CGGAAACAATGCCCCTTCGACCAGACGATCATACAAGTTGAACCCGAGGAGTTGGTTGTG
AACACGGCGCTGCTTCAGCTGGCGGGCTATGCGCCACCTTCGCAGCCGTATCAGCCGCCT
TGTATCAAGGCTCTCCCGGAGTCGGACAGGCAGGCGTACGACACTGTTATACGCACCATG
GAGGAACTTGCTGTATTCTTGAAATGCTCCGGAAACGCCAATATGAGTGGCAACGGGAAT
CGACTTTCGAGGCCTATGCAGAGGAAGCTGGTAACGCTGCTGCAGTGTTCGATAACAGAC
GAGGAAGGTCGGGGCAGGGCCGCACGGGCAGCCAGGTCTCTTGGTGAACGGACGGTCACT
GAACTCATACTTCAACATCAGAATCCGCAGCAGCTAAGCGCCAACTTATGGGCGGCAGTG
AGGGCGCGTGGTTGCCAATTCCTTGGTCCTGCTATGCAGGAAGAGGTGTTAAAATTGGTA
CTCCTCGCACTCGAAGACGGTTCCGCACTCTCCCGAAAGGTACTAGTGATGTTTGTGGTT
CAAAGACTGGAGCCGCATTTTCCGCAGGCCTCAAAAACAAGCATCGGGCATGTAGTGCAG
CTTCTGTACCGCGCCTCATGTTTTAAGGTATCGAAAAGGGAGTCAGATTCGTCGCTCATG
CAACTCAAGGAGGAATTCCGTACGTACGATTCATTGAGGCGCGAACACGACGCTCAGATA
GTTCAGATCGCCACCGAATCAGGTTTGAGAATCGCACCCGATCAGTGGAGTGCTTTGTTG
TATGGCGACACCGCGCATAAGAGTCACATGCAGAGCATCATAGATAAATTACAGACGCCT
CAGTCATTTGCCCAATCGGTCCAAGAGCTGTTTGTCGCGCTGCAACGTACCGGAGACCCG
GAACAACTGGTGACAATGAGCATGCATCTCGATAAACTCGCAAACATCGACGCCAACGCC
GATGCTAAAAGCCCAACATGGAAGCAAATGGCCGATGTGATGACGTCATTAAAGGAGGTT
GTGATCGGACTGATCAATTACATTCAGCAACAAGCGGCCGGAAAAGACATGAACCAAGGG
CAAAAGGATCTACGAAACGAACCATCAACTAGTCAATCATCACCGCAAGCCCGTACGACA
CCGACACCTACCCAGGGGAGGTACAAGATGGCTATGTGTAAGGATGTTCTGAGATCATTG
TGTCCGAGGGGAAATTCATGCATGTATGCACATTCTGAAGAGGAACTAGAAAGATATCGA
GCGATGATGGCAAACATAAATGGACACTTTCAGTTCATGCCCGGGATAGTAGGAGTGCCC
GCTCTCCAGCATGGACTGACGCCGATGCAACCTGGCTTGGCACCGATCCTACCTGGTCAG
CCAATACACATAATTCCCAACATGTATAATCAATTCGCGATGCCACAACACGTCGACCCC
TCTGCTTTCGGTGCCCAGTCCATGCAGGGAATGCCGCCTCAATCGATGCAGTCGCAAGGA
ATCCAACCACAATCAATGCAATCCCAGGGAATCCAACCGCAATCGATGCAACCCCAAGGA
ACCACACTGCAATCTATGCAATCCCAAGGAATGCAACCTCAATCGATGCAATCTCAGGGA
ATCCAGTCACAATCGATACAACCCCAAGGAGTCCAACCGCAATCGATGCAATCCCAGAGT
ATCCAACCACAATCAATGCAAGCCCAAGGAATCCAAACGCAATCGATGCAACCCCAGGGA
CTGCAATCGCAGCCACAGGGATTACGGCCCGTGCAGGCTGCCTCTGTGGAAATGCCCGAA
CTGATTGACCTGCAACAAAATCCGAGCAGCGCCAATCCAGTCCCCGATCGACATCCGTTC
TGAATTGCGATCCGACATCCGCGTGAACATCCCGGCTCCGCAGTATCCTTCGATGCATCA
CGTCCCGAGGACCGAAGTGACCTGGCCAGTTGGGCCGATGCCCCCGATATCCCAGATGTC
TCAAGGACAACAAGTGCCCCCCGGCCCACAGGTATACGCTTTCGAAAATATCCGTGATGC
TCTGCCAACTGTAGCTCGCAGCTCGGCCCCTCTAGACAGGCGTTTCCCATCCGATAGACG
CGTCGTAGGATCCGAGCGTGGAGTACCTCCACCTCACCCGTCCTTTTTCGCGGACGGCGC
CGAAGATCAACTCGAAGAGGAGCTACTCGCTCTAGAGCGTCGCATAGACACCGAATTCAA
AAGCGCTGATTAGACTCCGGCGCCGGAATACGTTCAATGTCTGTCTCTGTGCATTACTTT
TGCGTTTTGTTCACGGCTTTGTACTTCTTGGATAGATAATCGAAACAAAATCACTATTAA
CGAAAACAATACATTTCATCAAAGCTTCATGTTATTTAATACCCTATCGATCAATCGAGA
AATTATATTAATTAAATGTATAAAAGATATAACTGTCAAAAGTTTTTTAATAAAAAATAT
GATAATAATGAGATCGTCCATTGGGCACGCCTGGTCGTGGTTTTATGCTAATGAATTTTA
AACGGGTCGTATTTTATGTAATTTAGTGTTTTATTCTATTAAATTTTATTTTGTTTGTAT
TATAGTAATGACGTCCCATTGTATTATACATTCAGAAACGCGCAGTATTATTAAATACAT
ATGTATATGGTCACAGGGAACTACTTAGCCGTGAACAATTTATTTATTTATAATTTTATT
TTCTTGCCGAATGATTTAAGTACTTAATTTTTTTAAACTGAATGACAATCAAATTATTAT
TGGCATGTTGATTTAGATTTTATTTCTTCATTTATTTGTATTAATACCATCACTTGCTTA
TAATTACGGAGTAAAGATATACGCATCTTATAAAATTGACATGTAAAATTAACACTCTTT
TGGTGGGCTCAC
(3132 bp)

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