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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_SariMG_comp15985_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_eukaryotic_initiation_factor_4A_[Amyelois_transitella]
Ontology
GO:0000022 P mitotic spindle elongation
GO:0000166 F nucleotide binding
GO:0000339 F RNA cap binding
GO:0000381 P regulation of alternative mRNA splicing, via spliceosome
GO:0002168 P instar larval development
GO:0003676 F nucleic acid binding
GO:0003723 F RNA binding
GO:0003724 F RNA helicase activity
GO:0003729 F mRNA binding
GO:0003743 F translation initiation factor activity
GO:0004004 F RNA helicase activity
GO:0004386 F helicase activity
GO:0005524 F ATP binding
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0005813 C centrosome
GO:0005829 C cytosol
GO:0005875 C microtubule associated complex
GO:0006268 P DNA unwinding involved in DNA replication
GO:0006412 P translation
GO:0006413 P translational initiation
GO:0006974 P cellular response to DNA damage stimulus
GO:0007052 P mitotic spindle organization
GO:0007067 P mitotic cell cycle
GO:0007279 P pole cell formation
GO:0007446 P imaginal disc growth
GO:0009950 P dorsal/ventral axis specification
GO:0010501 P RNA secondary structure unwinding
GO:0016281 C eukaryotic translation initiation factor 4F complex
GO:0016787 F hydrolase activity
GO:0017116 F single-stranded DNA helicase activity
GO:0030718 P germ-line stem cell population maintenance
GO:0043186 C P granule
GO:0048132 P female germ-line stem cell asymmetric division
GO:0048477 P oogenesis
GO:0051297 P centrosome cycle
GO:0072686 C mitotic spindle
Transcript
Level		FPKM:26.48 TPM:26.55
ORF EntryO_SariMG1620_complete:A_SariMG_comp15985_c0_seq1
Sequence
(Nucleotide)
GCTGATTTATTTCCCAATTATTCAGTTTTATTCATACCTTTTATTACAACGTGTTTTATC
AAAATATTATATTATAACAAATCATACAAAAATATAGCAAAATTAGAGCAGGTTTCATTA
TATTTCAAATTTTGTATTTTTGACTGCTATAATAAAGGCTCTGGTAACTCAACTTGACCT
TGCTAGTTCTTTTCCGTTCAGCTACCGCTGTTGAAACATGTCTCATTCGTCTGAAAGAAG
ATCGGAGGATTGGCCGGAGGATTCTAAAAATGGGCCTTCAAAGGATCTAGTTTATGATGG
ACCCCCTGGAATGGAGCCGGGCGGTGCATTGGATACAAACTGGGATCAAGTGGTGGAAAC
CTTTGATGATATGAATTTGAAGGAGGAATTGCTCCGAGGAATCTATGCTTACGGGTTTGA
AAAACCGTCGGCTATCCAGCAACGTGCAATAATGCCATGCATTCAAGGGCGAGATGTAAT
AGCTCAAGCTCAGTCTGGAACTGGGAAAACAGCTACTTTCTCGATTTCAATTCTTCAACA
AATTGATACTAGTATTCGTGAATGTCAAGCTCTTATCCTGGCTCCAACTAGAGAGCTGGC
GCAACAAATCCAGAAGGTGGTGATAGCTCTTGGTGATCATTTGAATGCAAAATGCCATGC
ATGCATTGGTGGCACCAATGTGCGTGAAGACATGCGGCAGCTTGAGAGTGGCGTCCATGT
GGTTGTGGGTACTCCAGGGCGTGTGTATGATATGATTTCACGACGGGCTCTCCGTGCAAG
CACCATCAAGCTCTTCGTGCTAGATGAAGCTGATGAAATGTTATCTAGAGGATTCAAAGA
TCAAATCCATGATGTTTTCAAGATGTTGTCTGCTGATGTTCAGGTTATTTTACTTTCTGC
TACAATGCCTGATGATGTATTGGAAGTGTCTCGTTGCTTCATGAGAGATCCTGTACGGAT
CCTTGTCCAAAAGGAGGAGCTTACACTGGAAGGTATTAAACAATTCTACATTGCCATTGA
GTTAGAAGAATGGAAATTGGAAACACTGTGTGATTTATATGACACACTCTCTATTGCACA
GGCTGTTATTTTCTGCAACACCCGTCGTAAGGTAGACTGGCTGACCGAGTCTATGCATGA
GCGCGACTTCACCGTGTCGGCCATGCACGGTGACATGGACCAGCGTGAACGCGAGGTGAT
CATGAGGCAGTTCCGTACTGGTTCGTCTCGTGTGCTCATCACCACCGACCTACTGGCTCG
CGGTATCGACGTGCAGCAAGTCTCTTGTGTCATCAATTATGATCTACCCACTAATCGCGA
AAACTACATTCATAGAATCGGAAGAGGTGGTCGTTTCGGCCGTAAAGGAATTGCCATCAA
CTTTGTCACGGAAGCGGACAGGCGAGCGCTCAAGGATATTGAGGAGTTCTATCACACTAG
TATTTCGGAAATGCCCAGTGATGTGGCCAACCTCATCTGAGGTGTCCACGTTTATCTGGT
CTATACTTTGTGTCCTGCGTTCAATTGCGATATTTATAAGAAGATCCTACCTACAGAGCC
TGTGAAACGCAATATGGACACAACTATGTGGAAATAATAAATCAAAATTTCCTCTTACAA
TGTTCATTACTTTCTTTTGGCAGGTCCTTTTTGTATCCTGTTTACTTTATACATACATAT
ATACACCCCATATAAGTTGCATATAAATAATGGCAAAAATACGTTTGCATGTTACTTATT
TGTTTTATACATGGTTATTTTTTTTTATATTCATTTCGAATTATTTATACTTTTGGAATA
AACTTATTCGAAATATTAGTGAGTTTTACGCAATGATAATTAAGGTTCCTGTTTTTACTT
TAATTTATTTGAGCAGTAAAAATGGAACAATTTAAAAGAAACTGTACAACATTCTCTTTG
TCTTGTTAATACTATTAGTCTCAAAATATATTTTAATGACCACTACGAGGGTTTCTAGAA
TTTCTTAACACCTCTTGTATTCTATTGTCGTTCTATTTATAATGTTAAGCTAAACAATGC
TTCGAGGGTTTTAGGAAGATGTTACTACTAAAATGAAACAAAAATATAATTTCTGATTTT
TTTTTTTAATCACAACAGTAATAATATTGGTCTATAAAATATCAACAGCGATTTATGTAT
ATTTCATATAATTAGATCAACGAGAAGTTTACAAAAAGAGACAGATCTAGAAAGATTGAT
CTCTCTAAATACTAGATTTTTTTAATTTCAGTTTATAGTTAAACGTTAAATTTAAATCCT
AATAAATTAATATCACATTTCTCGTAATGTTCATTTGCACTAACATGACATCGATCATTG
CCACGAATAAATATCATAAAAATGCAAAAAGAAGTATTAGTAAAATAACAGAAATAGGAA
AGAATATATAAACGGACATGCGAGGATGACAAATTGATATTAAAATTGATGAGTCATCGT
CCTCATTTTGTAAACCGTCTTTTGTAGGCACTTCGACTATCACCAATTCGTCACTAAAAA
AGCCTATATCGAATTCACACACGGTTTTATTTACACACATTTTAGACTCTGAATTATTTA
CATATTGGAATGTCGGTTTATATATATTAAATATAGTATGAATGTCATTAATTATGAAAT
CATTATCACTGTAGAATATATAGTAGTAATATCCGTCGAGCAGAACTTCATGAACGACTT
TTAGTGTTGTAGTGTCTTCTAAATAATTTGTACTGTTACACTGTATGGAGTAAGGAAAGA
ATTCATTAATCAATATATTATCATGGTAACAGTTATACAGATTAACTTCAAAACTAGATA
CTGCGCTGTCTTCAGGTTTAATAGTACTATTGAAGGCATTTCCACCATGATGTACTCCTG
TATCCAATATTGTATTTGGATTGTGCAATGGTGCATTTGTATCTCTTTTAGTTCTCTCAT
TATTAACATAACCGTTAGTTGTAACATTTTGTGAATTAAAATATATGTCTTCGTCGTCTC
TGTATTTTGTTTCTATTACATCATCATCATCAAAATCATCCTTATATTTCGTAGAGTTCA
TCATTATATTTGACTTTTTATCATTGGGATTTTGTAGTGTGACCTGCACACCTTGGTTAT
CAACTAGACCTGGATCTTTCCTATATTTATATTCATCTAGGATTCCACATGTGTTTAATA
TCCTATCACCTTTAACCACTAATATTTTTGAACCTTCATATCTAGAACACGCCTTTAATT
CAACTGTAGCACCTTTTAAAAGATAGAATCCCCAGTATTCTAAAGTGTCGTCAGGGAGTG
ACATAGATTTTTTCAATTTAATATGCTTTTTCTTATCGGAGACTTCTGGCACACCTCTCA
TTTGGAATGCATTAAACGAAGTATTCATTGTTAGAACGTGTTTCTCACAAAACACGGATG
ATTGACCTTTATGGATTTGTATAACATCTGAATCTGATATCTTATACATCACATCAGCGT
ATTTCACATTTCGTAAGTATAAAGGCAGAACAATTAATATTGTAGGTAGAACGGTGGTCA
GAAGACAAAACGTAATAACCCGTCGAGATCCATGCATTTTATCTCTAGCATTATCTCTGT
TATTGACAAACGCGTATTGGTAATTTGTGTTATAATAAGGTGTGCTTGTAGATCTCTCAA
AGTTCTTAGCCATTTTGTAGATATTTATTTTTAATAAATGACGAATGATCCAGGTAGCGG
CTAAATACAATCCAAAATTGTATATAGGTACTTCAAAGAGTACAATATTCGGGTATTAAT
GCTACTACGACTGATCAGAGACTAG
(3805 bp)

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