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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_ErmoMG_comp37134_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_argonaute_2_isoform_X1_[Bombyx_mori]
Ontology
GO:0003676 F nucleic acid binding
GO:0003723 F RNA binding
GO:0004521 F endoribonuclease activity
GO:0005515 F protein binding
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0007279 P pole cell formation
GO:0007349 P cellularization
GO:0007367 P segment polarity determination
GO:0009047 P dosage compensation by hyperactivation of X chromosome
GO:0010526 P negative regulation of transposition, RNA-mediated
GO:0016032 P viral process
GO:0016246 P RNA interference
GO:0016442 C RISC complex
GO:0030422 P production of siRNA involved in RNA interference
GO:0030423 P targeting of mRNA for destruction involved in RNA interference
GO:0031047 P gene silencing by RNA
GO:0033227 P dsRNA transport
GO:0035071 P salivary gland cell autophagic cell death
GO:0035087 P siRNA loading onto RISC involved in RNA interference
GO:0035190 P syncytial nuclear migration
GO:0035195 P gene silencing by miRNA
GO:0035197 F siRNA binding
GO:0045071 P negative regulation of viral genome replication
GO:0046872 F metal ion binding
GO:0048102 P autophagic cell death
GO:0051607 P defense response to virus
GO:0070578 C RISC-loading complex
GO:0070868 P obsolete heterochromatin organization involved in chromatin silencing
GO:0090502 P RNA phosphodiester bond hydrolysis, endonucleolytic
GO:0098586 P cellular response to virus
Transcript
Level		FPKM:25.71 TPM:18.91
ORF EntryO_ErmoMG15817_5prime_partial:A_ErmoMG_comp37134_c0_seq1
Sequence
(Nucleotide)
TTACAGTATAGTTTAAAAAATCGATACAAATCGAATTATGAAATCTTATGATATAATAAT
ATGGTTATCAATTAAATCGATAATTTTATTGAAAACCAGTTACACTATTTCAAGACTTAG
ACACGTATAAGAGAGTTGAAATCGATTTATCAAACATCTTTCATGACGGGTAAGAATATC
AATGCAAAAGTGATCATAGTTTATAATCAAAAATAACAATATTATTCAGATAATTTAGAA
AATATATAAGATTTTAATTACCACCGAAGTGCTAATTTTAAATTGAACTCGTTAGCAGAT
TTGATTTTTTTTATTTAATTTTAGTTAAAAAATATATTGTATACATATTTTTCATCATAA
AGTAGTAGTATACTTTTGCATTGACATTATATATTTTAAATATTTAAACGAAGAACATGC
GACTTTGTTTCAGCATATTTTCGAGTACTTTCAGACGTTTTGGATTCTTCTCGAGGTCAC
TATTGTTGAACGTGTCACCGTATGTGAGCGAGCGCGCACGCAGACACGCCAGATGCGCGT
AGTAGGTCGGCGTCGGGTAGGACACGGCTCTCATGCAGCGCGCGAACAGGTGACACAGAT
AGTACGCGAGCTGTTCCACCTCGTTCTCGGGAATGTTACCGTCGTTACACACGGCGTGGT
ACCGCGTCGGGCGCGCCGTCCCCTTGATCGCTTGATGGGACACCAAATAAAAGTCCAATT
CGCGCGGATGTACTATATCACGGTCGACCACTGTTCCAGGATCGACGTTGTCACGAGACT
TATGTCCTGACAAGAAGAATCTCGTGTGATGACGTTTTTGTACAAGAATGAATAATACTT
CTGGCTTTCCGTTAGGTCCGGCTATACGATTATAAGCGCGGTGCAAAGCAGCTAATTCGT
TCTTCATCACCTCGGCAAACTGTCCCTCAGAAACGCCATCACGAAAAACGTATACTTTTT
TCGGAAGCATTCCTTGGGTGTTCTTAAAAGCAAAAAAGTGATCCACCATCATGTCTTCAA
ATTGCACTATCATTTCTTTCTTTGGTGTCTGGATGCTGAGTTCAATATTGTAAATGTAAC
ATTTCGGATCCAAGGACGCCGTCACAGCCGCGATGCTGGGCACGTTGCTCTGATCGGGCG
ATGGATGTGTGACGTCAGCGCCGACTATCATTACGCCGCCGCCTTTAATGCATTGAGGCA
TAGAACGATTCTCCAACGCTTGATTTACACCCATAAGCTTCGAATTCACCTTGAGCAGGA
TGTTTTTGGCAGTTTGCGGGTTCATACGGCGAGTGGCCGTTTCCTCCCTTATACACTGTG
TCAATATGCCCACTTTAAGCTCCGCGATCTGCTTCAACTTGTGATAATAATCCCGCCCTC
GCCCAGAAACTACGACAACGAGGAATTTCACTTGCTTTTCTAACGCATGTAAGAGACTCT
TATATAATTCTGTTATACGGACATTGAAACACGTTAGTGCTGGCTCAGACACGGTCATTC
CCATTTGACGACCACAGCTCATTAGCTTCGAGACAATATCTTCATAATTAGATCCACGTG
GGTCCAGTTCAATGGCAATAAAACCCCACGAAGTTAGAGCTTCGGGTTTCAAAAGGCGAT
TGGCCTGCCATACTCCTCTTCTGGGCACAATACTTTGTCGCGGGCCGATTTCTAAAGTTG
GCGGTTCTAAAATCTTCGCTTGCACTTCGTAAAACTCATTAGCTATTTCCAAACCGAATG
CTTTGTAGAATGGATCCTTTGAATAGTTCATCTTCTGAATTACTTCCTCGATTTTCCTTT
TACGTATATCTGGTGGTGTTGCAGCCTCTCTGACCATCTTCGACAGTTGTCTGTCATTTA
GTTGCCTGTTACGAGCCTGGCCATATCCAACATCAGCTAGCTCCATAGGCACGTATATAT
TCTTGTCTTTTGGTCCGACCCACAAACAATTCAAATCCGGATATTTGATCCTGTAATTCT
TCTCCTTTAGGTAGTAATCATAGACAGTCATTTTAATTTGCTGTCCTTTCTCATTCGTCA
TTATAAATGTTTGTCGTGTCGGTGGGTCGGCGACGCCATTACATATGTGTTCGCGGATTT
GTCCACTACCCAATATTTTTGTCACGACCCTCAATCCTCGAAGGAATTCATTGAAACTTT
CGACCACTCGGGACGGCTGTCGGTCCAGAGCATATTTCGGATCCAAACGGAAATCGTGTA
TAAGAGCATCGAGCATTGGCTGACTTCTTGGAAATCCTTTGTGGGCCACGTCAATATTAA
TGAAGGCCTTTGAGGTAAATATAGCCGATTGAAAAAGACCGGTCCACATCTCAACTCCGT
CGCCCAAGTCAATAGGGTTTGCTGGACGCATAAAGAATTGTCTCCCAGCTTTAACATAAG
ATCCCCAAGCTCCTTGTTTTAAAACAATATCGATACACTGTATGGTTTCAGTTGGCGCGT
TAAGAGACGATCCTCCAGTTGCCATGTGTTTAAGAATGTTGTTATAGTCTACAATACCAC
TTGATTTAAACGACACTTCAAACGGTAATTCTTTTCCATTTAAATCTTTAACTTGTACAT
TTACAGTATATCTCTCTTTGCCAACTTTAGGTAGTGGATTCAAAGCGAAACAATTTTTCA
CTTGATCAAAAGCTAAAATTTCTTTAGGAAACTCCCTAGCCTTAGCAGCTTCAAAAGCTT
TTGCAAGAAACTTCTTTGGACGATCTGGTTTAAATATGATATCATAGCGATGAACTTTTA
ATGGTTTATTTATTTTCATAGCCAAATAGTTAGTTAGAACTGGAATTGTTCTTGAAGGTG
GCGATAGTATTTTATCAGGTATTTTGTAGCGTTGACCAGTTTTTGCAACAGCTTGTGGCT
GCTGAGCAGGTGACTGTGCCCTCTGTGGTTCCTGTGCCATTTGCGGTGCTTGTGGTCTGT
GTGGTTGATGACCCAATTGTGGTATGAGTTGTGGTTGCTGTTGCCATTGTTGTTCCTGTG
CAGCTTGTGGTACCTGTGGCCTAGGTGCTTGCTGTCCCCATTGTGGTGGCTGTGTGGGTG
TGGGTGTTGGTTGCTGTGTGGGTGTTGGTTTCTGTTGCCATTGTTGTTGTTGTGCAGTTT
GTGGCACT
(3128 bp)

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