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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25823_c0_seq2
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_uncharacterized_protein_K02A2.6-like_[Amyelois_transitella]
Ontology
GO:0003676 F nucleic acid binding
GO:0003677 F DNA binding
GO:0003723 F RNA binding
GO:0003824 F catalytic activity
GO:0003887 F DNA-directed DNA polymerase activity
GO:0003964 F RNA-directed DNA polymerase activity
GO:0004190 F aspartic-type endopeptidase activity
GO:0004518 F nuclease activity
GO:0004519 F endonuclease activity
GO:0005634 C nucleus
GO:0006278 P RNA-dependent DNA biosynthetic process
GO:0006310 P DNA recombination
GO:0006508 P proteolysis
GO:0008152 P metabolic process
GO:0008233 F peptidase activity
GO:0015074 P DNA integration
GO:0016740 F transferase activity
GO:0016779 F nucleotidyltransferase activity
GO:0016787 F hydrolase activity
GO:0046872 F metal ion binding
GO:0071897 P DNA biosynthetic process
GO:0090305 P nucleic acid phosphodiester bond hydrolysis
Transcript
Level		FPKM:0.58 TPM:0.54
ORF Entry
Sequence
(Nucleotide)
CCGCCATTAAAACAAGTCACACGCAGAGCTCGTCGTTTTATTATAAAATATATATATGTC
ACAACCCGGCCATCCTATGACTTCACATAGTGTCAGAAGCAAGGAATTTGGAAAATATTA
TATAAAAATACGAAAATATCCGAGAAATAATGTTTAAAATGGATAAAGTCGAAGACACAC
AACATGGCGGACAGGGACGCGCAAGTAAGTCACAATATCATCAGTCACATATGGACTCCA
ACACTTAGATATGAGAAGCTCAAACATGCCCTTAACTTGGAAAAACTGGTATACTCAACT
TAAAATATACATGCGAGCTAATAATCTAGAAGATGAATGTGATCAACGCAAAGTCGCCAT
CTTGTTACATCACATTGGACAAGACGCGTTAGTGATATTTTATTCATTTAATGTCGATAT
AGATACAATATCCTTTGAAGAATTAGCGTCGAAATTTAGTAATCACTTCATTCCTCAAAT
AAATGTGACAATGGAACGTCATAAACTATTCAATCGAAGACAAAATCTCGAAGAATCGAT
AGACAACTATGTAACAGATTTAAAAAATATTGGCAGACAATGTAACTTTGATTCATTGGA
AGATGACCTAATTAGAGATATATTTAGCTAGAATCTACATGCAAAAAACCAATACATAAA
AGAAAAAATTCTTATACAAAAGCCGGAGACACTTGACCAAGCTGTTCAATTAGCCAAGCA
GTTGGAGACGACCAGGCAACAAGCTAAATTATTGGAAGAAACTTCATTCATCGGGCAGGT
CGTCTAATTCCAGTTATAGAAGACAAAGGCAGTCAACTAGTACTTCACATGCAAGAGATC
TACAGTCAAGCCAGAGCAGACATACGTCTAGTTCCAGACAACAGTCAAATAACCAAGTAA
ACAGAAAATGTGGTAGGTGTTTACAAGTACATAGATATAAATGTCCAGCCTTAGGGGTAA
AATATAAAAATTGTGGCAAATATAATCATTTTGCAGTAGCATGTAAGAATAAAAATGTCC
ATTTTGTAGAAACTGAAGGCCATAGTCCCAATATAGACACAAATAATAGGCTACATATGG
GAACAATTCATGTCAATAATGTAAACAAACAGTCATGGCAGATAAATTTATCAATAAATA
GTCATAATGTTACTTTTCTACTAGACACAGGTGCTGATACTAACATATTTAATTTAAAAA
CTTTTCATCAGTTAGGATGTCCTTTAGACAGTATATCAAAGAGTATACATAAATTATCAT
CATACAGTGGTGAAATAATACCCACAGTAGGTCAATGTACTTTAAAAGTATATTACAATG
CACAAAGCTACATTCATTACTCCTTTTAGTAGATACAGATTTACCCGACTTCCATTTGGT
ATTAATGCTGCTCCAGAAAATTTTCATCGAGAAATGGTTAAACGGTTTAGTGATATAAAT
AATGTCAAGGTAATGATGGACGAATTTCTAATTTTTGGAAAAACTATGGAAGAACATAAT
GAGGCACTTCAAAAAGTATTAAATAGAGCTCGTGAATTAAATATTAAATTTAACAAAGAA
AAATCTTCAATATGTTGTAAAGAAGTTAAATATTTAGGACATATCTTCAGTCAAGAAGGA
GTCAAAGTTGATCCTTCAAAAGTCAAAGCAATTTGTAAAATGCCAATTCCAACTTGTGTC
AATGAGTTACAAAGATTTATGGGTATGGTCAATTATCTTAGTCCTTTCATACCTCATTTG
TCTAAAGAAAACAATCTTCTTAGATCACTTTTGTCAAAAAATAGTGATTGGATTTGGTCT
GAAAAACATGAAGCTGAATTTAATAAAATTAAGCTGCTTATAACAGATAGTCCAGTGTTG
GCATATTATGATCCCAATAAAGAAATTACATTATCAGTCGATGCATCTAAAAACGCCATG
GGAGCAGTCATATTACATGATAATCAGCCAATAGCATATGCCTCAGCTTCATTAACTAAA
AGTCAACAAAATTATGCACAAATAGAAAAAGAACTCTTATCTATTTTATTTGGTTGTATA
AAGTTCCACCAGTATGTATATGGGAGACAAATTAAAGTTGAAACTGACCATAAGCCACAT
AAGTATGTTTAAGAAATCATTACAGGATATTCCACCTAGGCTACAGAGAATAATGTTGCG
TTTACAGCCATATGATCTTAATGTTGTATATAAATCAGGCAAATATCTATATATTGCTGA
TACTTTGTCCAGAGCACCTCTTCCTGATAATACATTATTAGATTTAGATAGTGATATTGA
TTTACATATTAATCTAATTGTATCTGATTTGTCAATAAGTCAAGAAAAACTTCAGGAACT
TCAAGAGTCAATAACTAATGATCCAACATTGTCTAAAATTGTATTTTATTGTCAAAATGG
ATGGCCTGAACATAAAAAGTCAGTTAATCAGTCAATTAAACCTTATTTTTCTTTAAAAGA
CAAATTGCATGTAGTCAAAAATAATATTATATTAATGAGTGATAAGATAGTAATTCCTGA
AAATATGAGAGATTATGTTATAAAATTAGTACATGAAGGACACTTAGGTATAAACAGTTC
CATACGTCTGGCAAAATCTTCAGTCTTTTGGCCACAAATGAGCAATGATATTGAAAAATA
TATTAACCAATGTCATACATGTCTTACTTATAGAAGAAATAATTCCAAGCAACCTATTAT
TCATCATGACTATAAACTTTTGCCTTGGAATAAAGTAGGAATAGATTTATTTGATTTTGA
TAGTAAAAAGTACTTAATTGTAGTTGATTATTTCTCAAAATATGCAGAAATAGCCATATT
AAATAGTAGCTCAAATGCTATATCAGTCATAACTCAATTAAAGTCTATTTTCTCTAGACA
TGGCATACCTGAAACTATGATTAGTGATAATGGTCCACCTTTTAATTCCAAAGAGTTTCA
TTTATTTACAATTGATTGGAATATTAAGCATATAAAGTCAAGTCCATATTTCAGTCGGTC
AAATGGTATGGTTGAAAGAACAATTGGTACAGTTAAGCATATATTGAATAAATGTAAAGC
AGACAATACAGATCCTTACATTGCATTGCTTATGTACAGGAATACACCAAAACAAAGTGG
TTATTCTCCAGCACAATTATGTATGTCTAGATGTTTACGCACTAAAATACCAGTCACAGA
CACTCAATTATCACCTTCACTAGTCGATATTAAAATATTATCTAAAAATATTGAAAAGCA
GAAAGAATATTCAACGTTTTATTATAATAAACACACAAAACAATTGTCAGATTTACAAGT
TGGTGATAAAATATATTTCAAACACAAGCCCAATAGTTCATGGGTTCCAGGTCGTATAAA
ACAAGCAGAAAACGAACCTCGTAGTTATACTATTCAGTCCCCAGAAGGAACATTCAGGAG
AAATCGGGAGCACATACTAAAACCTGTAGTTCCAGTCTCCAAAGAAACAGTGATACCTAA
AAAAGGAAAATATATTAGTCAATTACCCAAAACAACACGTTCCGGACGTATTATTAGACC
TCCTCAACGCTTTTGTAATTATTAGTCATAAGTTCATAAGATATTAATTTAAGTAGTGTT
TGTAAATAGTCAGTCATATTTCATAATGTCTTAGCTACTAAGGAAATTAGTCATTTAAGA
AAAGTATTGTACTTACCTTAAAAATAAGTTTAGTCTTTAACTTAAAAGGGGAGATGTCAG
GTAAAGAATGTACCTAATCTATGGCAATTGAGTCAGACTACTTCCGCCATTAAAACAAGT
CACAC
(3785 bp)

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