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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25003_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_putative_ATP-dependent_RNA_helicase_me31b_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000932 C P-body
GO:0003676 F nucleic acid binding
GO:0003723 F RNA binding
GO:0004004 F RNA helicase activity
GO:0004386 F helicase activity
GO:0005515 F protein binding
GO:0005524 F ATP binding
GO:0005737 C cytoplasm
GO:0005875 C microtubule associated complex
GO:0007095 P mitotic G2 DNA damage checkpoint signaling
GO:0007279 P pole cell formation
GO:0010494 C cytoplasmic stress granule
GO:0010501 P RNA secondary structure unwinding
GO:0010906 P regulation of glucose metabolic process
GO:0016787 F hydrolase activity
GO:0030707 P ovarian follicle cell development
GO:0033962 P P-body assembly
GO:0035195 P gene silencing by miRNA
GO:0043186 C P granule
GO:0046959 P habituation
GO:0050688 P regulation of defense response to virus
GO:0090328 P regulation of olfactory learning
Transcript
Level		FPKM:36.01 TPM:33.35
ORF Entry
Sequence
(Nucleotide)
AAAGTGTATTATTGTCTTTGGTTGAGTAAACTCTTGTGATGTCGTCGTTGAGTATCGAGT
GTCGTCACCTTTTTTAAATTTTTATCTAGCTATTCTGAAATACTTGGTGAACGTGATAAA
CTGACTAATATACGTGTCTAAAAGTGATTTAGAGAATTTATTTAGTGTTGGACTTGGACA
AATAATAATTAGTGTGATTATAAGTTTCTAATTTTAGTCGTCCCTAGCTAGGGATAAATT
TGGCAAAATGATGACCGAAAATAGAATTAGTTCAAGTAATCACGTCGGAAATAGTATCAG
TCAAACTAAAGGAGAGGTCGACAAAAGCATCGATGACGTTGGTTGGAAATCAAAATTAAA
AATACCCCCAAAAGACAGAAGAATAAAGACTAGTGATGTCACAGATACTAGAGGCAATGA
GTTTGAAGAGTTTTGTTTGAAGCGAGAATTGTTGATGGGTATTTTTGAAAAGGGATGGGA
GAAGCCATCTCCTATTCAAGAGGCCTCAATTCCTATTGCCCTAAGTGGAAAAGATGTACT
TGCAAGAGCTAAGAATGGAACTGGTAAAACTGGTGCTTATTGTATTCCAGTTTTGGAACA
GGTTGATCCTAAAAAGGATACTATACAAGCTTTAATTGTTGTACCAACTAGAGAGTTGGC
ACTCCAAACATCACAGATTTGTATTGAACTGGCAAAACACACAGACATTCGTGTAATGGT
TACTACAGGAGGCACAAACCTTCGAGATGATATAATGCGTATTTATCAAAATGTACAAGT
GATTATTGCCACACCTGGGCGTATGATTGATCTCATGGATAAGCAGGTGGCCAAAATGGA
TCAATGCCGGATGTTAGTTCTTGATGAAGCAGACAAACTTCTTTCACAAGACTTTAAGGG
CATGCTGGATATGGTTATTTCAAGATTACCTAAGGAACGCCAAATCTTGCTGTTTTCTGC
AACTTTCCCCCTGAGTGTAAAACAATTTATGGAAAAGCATTTGAAAGAACCTTATGAAAT
AAATCTCATGGAAGAATTAACATTGAAGGGTGTAACACAGTACTATGCATTTGTTCAAGA
AAGACAAAAAGTGCATTGCCTTAACACACTTTTTTCAAAGTTGCAAATAAATCAGTCAAT
AATATTTTGTAATTCAACTCAAAGGGTGGAGTTGTTAGCCAAGAAGATAACAGAGTTAGG
ATATTGTTGCTACTACATCCACGCGCGAATGGCACAAGCTCATCGTAATCGTGTGTTTCA
CGACTTTCGTGCTGGGCTCTGCCGTAACTTAGTGTGTTCAGACTTGTTCACTAGAGGTAT
TGATGTGCAAGCAGTTAATGTCGTTATCAATTTTGATTTTCCTCGAATGGCAGAGACATA
TCTTCATCGCATAGGACGCTCTGGACGTTTTGGGCACCTTGGTATTGCCATAAACTTAAT
CACATATGATGATCGTTTTGCACTACATCGTATCGAACAAGAACTGGGTACTGAAATCAA
GCCAATTCCCAAAGTGATAGATCCTGCGCTATATGTAGCGCGTCCGGAAGATGAAGATCT
GGGCGACAAGTAACGCCGTGCCGTCTGCGCCGCGTTGATACGTTCGCGCTCTGCGCACGC
TTCTAATATCTGGACTTGCTGACTTGTGAATGAAAACAGTTTAACTACAAAAAACTTATT
TGTAAAAAGTGAAATGAATTTAATGTAACAAAAAATGTGCGTGTGAATGTAGTTTATCGT
GAAATAAGACTTTGACCTCAAAATGGTCACTTTTTTAGTGTACATAAACGTAACATCAAA
TTTAAGGAAGTATCTTGATGCTTTTTGTTCGTGTTGGACAATGTGCGTTAAGCCACAGAA
ATAAAAAGAAAATGTTTGTTTTCTGGTAAAGTCTACCTAAATTTGTCCATGATCTCTTCA
TAAATTGTGGTAGACTTTCATAAATGTATATTATAAATGTCTATCCGTAAAAACATGAAG
TTTGAGCCAGCACCGGATTAATTTTTTTTTACAAAAAAAATACACGTTTGGTTACGGATA
GGCAATGTAAGTCTGGCTGAAACATCAGAAATTTGGTGGAATTAGAAAAAAAACAGTGTA
AAAAAATGTTGTTTCTGACCGCTTGAAACAATGTTAAATAACTTCAAGCCGTTTTCCATG
AAAAATGTCATGAAGCAGCTTCAGTTTGATAAACTAATTATTCAGAAGGGTTGCTGTGTT
GGTCAAACTGAATGTCTGTTGCAGGCTAACTTTGTGTCCGGTTAGAGTCATGAACAGCTA
TTTTAAATATTATTTCGAAAGCGGCTTACATAGTCACAGTAGATGTATGGCATTTGATGT
TGATAGGCTAAAGTAATTGAATCGAGAGAATCAAGTTATTCAAACCAATAAGTAAAATGA
AAAACTAATAAATAACAATCAAGTTCTACAAAGCCCAACAAAACGAATCTGCCTTTACAA
ACAAGTAAATATTTTACATTCCTTGAATAATTTGAAATCTGTGACTATTTTAACGAGATT
GGGGAATGCACTATTCTGTGACGGCTTGCAGATATATGGTATTCTCCACTCTATTTGGGG
GTTATTATTTTGAGAGCTTTCAGTTTTCATTACAATGAAGCAAATGTTTTGCTCTCTGGG
GATTAAACTTTTCGGGATGTCAAGTGAAGAGTTAAATTTGGTCAGAAAATGGTATCACAA
CTAAAATTCGGATATATCTTTATTTGAATAAAAAAAAGGGTACATACAGTATTTGATTTG
GATTATTATTCTTAGTCAATTTTAAATGCACTTAAATGTGAAGTAACAGTATGTACACAG
TTTGTTACAATTTGATTGATTGTAATGCAGTGCTTAAAATTTAATGAAAATTCATTGTTG
CTGAAAATTATCTGTGATAGAAATTATAAGGTAAAATATGTATGTTCATTGAAATAATCA
GAATGGTTTGTGACGTCTTCCGCCTGTAACTGTAACATTATAAGTTAGCAGACTGAAGTT
TTAGTGTAGTAACTAACATATTACAATAGAATTCACTGACTAAAGTTACGTTTCGCTTCA
GCTTTCTGTTGATTCTCAGATTTTTTGAAAAGTAAATTTCTGTAAATGTTTATGTAAAAA
TGCAGCATATCAATTAGAGCAAGTTGTTATTATTAAAATAAAACCTCACAAGATATATTA
AACATATATTATATATATACACAAAAAAGTGATAAAATTGTTGACCAAAAAATAAAACTC
TTCACGCCAA
(3250 bp)

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