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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN31358_c0_g1_i26
Scaffold_idBomo_Chr24
NCBI non-redundant
(nr)		double-stranded_RNA-specific_editase_1_isoform_X2_[Bombyx_mori]
Ontology
GO:0003723 F RNA binding
GO:0003725 F double-stranded RNA binding
GO:0003726 F double-stranded RNA adenosine deaminase activity
GO:0004000 F adenosine deaminase activity
GO:0005515 F protein binding
GO:0005634 C nucleus
GO:0005654 C nucleoplasm
GO:0005730 C nucleolus
GO:0006382 P adenosine to inosine editing
GO:0006396 P RNA processing
GO:0006397 P mRNA processing
GO:0007420 P brain development
GO:0008285 P negative regulation of cell population proliferation
GO:0016553 P base conversion or substitution editing
GO:0016556 P mRNA modification
GO:0016787 F hydrolase activity
GO:0030336 P negative regulation of cell migration
GO:0042803 F protein homodimerization activity
GO:0044387 P negative regulation of protein kinase activity by regulation of protein phosphorylation
GO:0045070 P positive regulation of viral genome replication
GO:0046872 F metal ion binding
GO:0050685 P positive regulation of mRNA processing
GO:0051726 P regulation of cell cycle
Transcript
Level		FPKM:0.39 TPM:0.22
ORF EntryO_BomoIG11857_complete:A_BomoIG_DN31358_c0_g1_i26
Sequence
(Nucleotide)
CACGGCAGAAATAGGCAGGGTGGTGGTACCTACCCGCGCGGACTCACAAGAGGTCCAGTA
CCACCAGTAATTACATACTACTATAGCTAGGGAATTTTAGAATAACAGCCACGTTAAAAG
GGAATCACTTTTTTAAAGGTTAATTTTAGACTAACATTCACGCAACGACTTATAAAAACC
CTGAGAATCGGATAGGCTAACGTGCTTGATCTACTTCAATGCGAAGTCATGATTATTCGG
AGTTCTCAATGCGTCCAAAGGTGCTTAAATTTTATAGCATTTAAAAGCGTCGTTGTACTA
ATGACTTTACGAGATAAGATATTTGCAAAAAAAAAAAAAAAACGTTAATTTTTATTCAAA
TTTTTGTATATGGAAAGTTTCATTTGCAGAAAGCTGTTTTTTAGGACGCTTTGGTTTTCC
GAGCGATTATTAACGTTGATAAAGTTATCATTATTGTGCTTTTTGTTATCTGGAGTACTG
GAGTTCTCATTGGTATTATTTTGAACTATGCATGGTATCGTTTCAATTTTAATTATATTA
TTTACGGTAGAAACATTTGGTTGATCATTATTTAATTTATTAACATTATTTTTGTCATTA
CAGGGCTTATTTTTATTTTTCATTACTATTTTAGAAACATTCGCATGATCATTATTTGCT
TTAATATCATTATTTTTGTTATTACAGACTTTATATTTGTTTTTCTTTTTTATTTTAGAA
ACTTTCGGTTGATCATTATTTACTTTAATATCATTATTTTTGTTAATAAAGACTTTATAT
TTGTTTTTCTTTTTTATTTTAGAAACATTCGGATGATCATTATTTACTTTAATGTCATTA
CTTTTGTCATTACAGACTTTATTTTCTATTTTAGGAACATTCGGATAATCATTATTTACT
TCAACATCATTACTTTTGTTATTACAGACTTTATATTTGTTTTTATTTTTTATTTTAGAA
ACATTCGGATGATCATTATTTACTTTAATGTCATTACTTTTGTCATTACAGACTTTATTT
TGTATTTTAGGAACATTCGGATAATCATTATTTACTTCAACATCATTACTTTTGTCATTA
CAGGGCTTATTTTGGTTATTCTTTTCAACTTTAGAAACATTCGGATCATCATTATTTACT
TTAATGTCATTACTTTTGTCATTACAGACTTTATTTTTCTTTTTCTTTTTTACTTTAGAA
ATTTTCATTTGATCACTATTTACTTTTATTTCATTATTTTTATCATTACACTGCTTATTT
TTTATAATGGAATCATTAATTTCAGTGGTGTTTTTGTTCTTAACATCATTATTGGTTTTA
TTATCATCGTTCGGCTTATTTTTCGGATTGCTTTCAAATATTTCAATGTCCCCATCTGGA
CGTTTGACTCCATCATCAAATATTTTGTTTAACACGTCGCATTTATTTTCGTGTGAATCA
TTGGATATTTTGTCGATTACAATTTCTGTGTTAACTTTTATTAATAATTTGTTTACTTTT
TTATTTGTTAATCCTTCATTTTTAACGTATCCATTCGGATGACTAGTAATGGAATTATTT
TCAGAATCACTGAACTTTTGTATCAATTTATTTTCACATTTCGGTTCAGAAGTGAAATTG
TCTTTTTCGATAGAACAATTTTGAAGGTTCGCTTTGGTATTCAATGATTTATTTATAGAA
TTTTTATTTTCATTTTTTAACGCAGCATCGGATTTTGTGTTTTTGTATGTATTCTCTTTA
TTACTTATTTTAGCCTTTTTAAGCACTTTTTTATTACTCTTTATTAACAATCCTTTCCAT
CTATCACATTTGGATTTCCCGAGGTTTACTTTCAATTTTAAATTGGCACTACAATTTTTA
TTATTATTATCCTGTCGATAGTTATTTGTGACGTTAATGTTATTCGTAGATTCATTGTCT
ATTTTAAATTTAGAATGACGATTTTTACTAATTTTCTTAAACACGCTACCTCTTTGGTTT
TTAATGGACTTTTTAAACTTTTGACAATTTTTTTTCATTGGTAATCCTTTACTTCGTTTG
CCTCCATCGATTTTATCATTAATTTTTATATCATTATCATTGCAATGTTTATCATTGAAA
ATACGAAATTTACTTTTATCTTTCGCTTTTAATATCATGCTCATTAATTTAAGCTGACGA
GCTTTCTCGGCGAGTATTAGCTTTTCGTACATCAACGGACCGTCTAACAAGTCACCGGTT
ACGCCCACACCAGATTCCACCTCGATTCTCTCGCGTTTATCGTCGCCTACAGTTTTAGCA
CTGTCATTAGCCTGTCCATCATCACCTCGGGCTGTATCGTCGTACCGTGTCGCGCTATGA
CCTTGAACTAGATCTGTCCAAGTGAACAGAGCGGCTGGGTCCGCGCTCAGGAGTTCGCAT
ACGAACTGGTCCTGTTCTAATGGCTTCTTAATCCAACGACCTAGTTTCGCTTTTTCGAAG
GCTTGGAAGAGCCGATCCTTCGCAACCTGATACGTTGGGGAGAGTAGTTTCGCTTCGTTA
TACAGTAAAGTATCCAAGTGATTCGGCAATGAGACGCTGGTTCCGTCCGGGTGTGACTGC
TGTAAGGGGGGTAGTTTCTTGATCAAATACTGCCATCTAGCGAACATGCTCTGTTTGCAC
AGTAGTGAGGGCTGGCCATTCTCTAGCTTCCCGGTTGTGGCATTCAATACTTCGGGGGCC
GTGTTAGTGCACGCCCAGCAGACGCTGAACGACGGTGCTCTGGTTGGCGTCCTGGCTTCG
GTGCTTGCTGCTCTCGCCAGCAGGGGCCGCCGGAGATGGTAAGGGGGCGGCAGCGACGAT
ATGTACGCTTCGATGCGCCCGCATATCGCTCTGTACAAGTGGTGCGGGTGCAGCAGCGAG
CCCAGCACTATCGAGGTCGGGTACACGGGCGCCAGCAGCGTGGACATCAGCGAGCCCTGC
AGGCCGAGGACGCACCAGCGGGCCACTTTATCAGAACACGACATCGTCAGGAGGCGCTCG
CCCTGCATAACACCGTCCCAGGTCTGCAGCAAGCTGTTGCAGTTCTTCACCGGGATCGTA
CCCTCGCCCGACTCTATCTTCGTGCGGAGCTGTCCCCGGGCCAACCTGTTGGGATGTCGG
TCCGGCTCGTGCTGTAGCTGCTCGTGCGGGCTGAATATCCGCCCGTCCCCGCAGGGCGCG
GTGCTCACGTACATGTGTAGCTGCCGGTCGGGGCGGAGTCGGTAGCCGCCCCCCTCCGCG
GGCTCAATGTCCGCCTCGGGGATCGGCTTGCGGGGGTCTTTTTGTGAGGCGTAAAGCAGC
AGCTGGGTGTACAGGTGGCGTTGGAGGCAGCGCCGGGCCGCCACCTCCGCGTGGCAGTCG
TTGACGGCCCGGCCGCGCACCGACATGTGCTCGCCGGAGACGCACTTGGTGCCCGTCGCC
ACCGCTATCACCTTGGCACCGTCCACCTTGCTGTCGGTCGTCATCACGATCCCGGCCAGG
ACCTTCCTCTTCGAATGTATGACGTCATTCTTCATCATCTCACTGAATTTGCTGTTCACG
AGACTGTAATAGTTCAAACAGTCGTATAAGATTTCTGAGGATGGATAAAAAGAGGAGCCC
TGGCGTACATAGTCGCGTTATGAGACCAAGAGACCAATTTACACTGGTTAATGTTTTTAT
TTATATATTGCTTAGATGTGTGGACGAGCTCACAGCCCACCTGATGTTAAGTGGTTACTG
(3720 bp)

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