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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp40724_c0_seq1
Scaffold_idBomo_Chr25
NCBI non-redundant
(nr)		hypothetical_protein_KGM_01097_[Danaus_plexippus]
Ontology
GO:0000175 F 3'-5'-exoribonuclease activity
GO:0000287 F magnesium ion binding
GO:0004518 F nuclease activity
GO:0004527 F exonuclease activity
GO:0005737 C cytoplasm
GO:0006259 P DNA metabolic process
GO:0008310 F single-stranded DNA 3'-5' exodeoxyribonuclease activity
GO:0008408 F 3'-5' exonuclease activity
GO:0016787 F hydrolase activity
GO:0016788 F hydrolase activity, acting on ester bonds
GO:0016888 F endodeoxyribonuclease activity, producing 5'-phosphomonoesters
GO:0046872 F metal ion binding
GO:0090305 P nucleic acid phosphodiester bond hydrolysis
GO:0090503 P RNA phosphodiester bond hydrolysis, exonucleolytic
Transcript
Level		FPKM:12.39 TPM:9.79
ORF EntryO_BomoMG20625_complete:A_BomoMG_comp40724_c0_seq1
Sequence
(Nucleotide)
TGGCAACTCAGTAAAGTGGGTGAACTTTTTGAGTAATCATTAAAAATTTTGAAGCTTATT
TAGCAGGAGTGTTTGAAACAATTTGTAAACACCGTCATAATAAGCTTCATACATAACCGA
GGATGACGTCTGAGGAAACCCATATTTCTGAAGAACTGAAAGGATGCTACGAGAATCTTA
TTGTAATCGATATAGGTGCTAATCTGACCAACAAGAAGTACGGCCGTGATCTCGATTCCG
TTGTGCAGAGGGCTAAGGATGCAGGAGTCCAAAAAATCATGGTTACGGGAACATCAGTTA
GGAACAGTAAAGAGGCTCTCAGGTTAACCCGACTGTACCCCAGCACTATATACTCGACTG
CAGGCGTGCATCCCCATGACGCAAAGTCGATGGCTGACGAGGAAATGTGGGCGGAGCTTC
TGGAGACCGCTTCGGCACCAGAGTGCGTCGCCGTCGGGGAATGCGGCCTCAACTACACCA
AGGACTTCTCTGAGCCACACGTCCAGAGAGAAGTCTTCAAACGTCAGGTCGAAATGGCGT
GTGACTTAAGGAAACCGCTATTCGTCCACGAGAAGGAAGCTCAAGAAGATCTTATCAAGA
TACTGGACGAGTTCGGCGCCAGGCTACCGCCGGTCGTGATACACTCCTTCACCGGGACAG
TCGAGCAAGGGATCAGATATATAGAAAAGGGCTATTATCTTGGAATAACAGGGTACATTT
GTAAGGACAAGTCCGACGGCGGCATCAGGAGGCTGCTGTCAGAGAGGATTCTGCCACTGG
ACAAGCTTCTGGTCGAAACGGATTCCCCCTTCATGTACCCGAATATGAGGGCGTCGAAAC
TGCCTTTGCACGTAAAGGAATCTCTGACTGAGAGATCAATGAACTTCGTGAATCGTTACT
GCACGTTCCAACGCAACGAGCCGTGCGCCCTGCCCGCCGTGGTGGAACTGGTGGCTGGCT
TCCTGGCCACCAGCCCTGCGGACGTGGCGCTGGCCACCGCCTTCAACGCCCTCAAGCTCT
TCGGGCTGAGCCAGTGAACGTCAGGTACGTCGGCGTTGCCAGCTCAGGTATCGGTGTTGC
AAGATTCAAAAAATATACAGAAAGGATTTTTTTTAATTAGATAATTAATTAGATTGTGCA
TCTGAGCTGGCTGTGTTAGAATTGTGTAACACATTATCTACAGCATGTCCATTTGGGTTA
TAATTAAAAACAGCAATAACCGAAATATAAAATCAGTAGCTATATTTATTTAGTCTTCTG
AGGATATATTTTAGGAGAACTCTTACAGTAGTTTAGCGCGTCCGTATAGTGCGTTCAAAG
CAGACACTATGGACAGTGTCATTTACAATGTTAAAGAAGAGATGTAAGCTAAAATTATAT
AATCAATAGCGGAAATATTAGAAATCAGATTACCGAATGAATTTATCGAGGATCTGTTTT
ACACAATTCTAACGTCGAGTGAACTTTTTATACTAAAGAATCGGAATTCACGAGCTTTGA
TTGGATCATCGTACAGGTTGTATGTAGTGCCTTACTGCAATAAGATTGTATGGAATATAT
CAGAACAATAACGCGAAGAAATTATTTACGTACCTATTTACAAAAGTTATTTTTTCTTTC
TTCTTTTGAAGTAAATGAATGTTTTTGAAAATAAACTTTGACGTCATCCTTGAAAATGTT
TGAAATCGAAATTTGAAACGCATCTCGAAATGAAATACTCAAAATAATCATCGAAAACAA
AAAAAAAATCGACCATTTTGTGGATAAAACTAATTGTTACTAATGGCGAAATTTCGAGGC
TAAGGGCGTGTTTATACTTGACTGATTTAATTTTGCGATTATATTCTTTAATACTGTGAG
ATTAAGTGTGGTTTAGCGCTGTAAGCGATTATCATGTTTTGACGTTAGATTCAAATTCTG
AAATCGTAAAATAAAAATAGTTTCAATCATAAACCACAGATCGCGAATATCTAAAAATGT
TTTACGTTTTCCTGAAAGAAATGTACTTGATAGAAATGTGCTTTTGAATGTCAAAGGTTA
GATAGCGTGTTTGCTGTGTCTCGACATTGTCAATGTCACGGGTTAATGGTTGACTTAAGC
CGTACACGCTCAACTGTCAAAGCTAAAGGCGGCGTTCCGAAAGCATTGCAAGCATGGCAG
CATTGTCATTGTCGATGGGTTTTTTTTGAACACAAAATAGTCTACGTTTTTGTCAGTCAA
TATAACGCGCCCTATTTTTTAACTAACATTTTAATATCTTGCCAATGTGTATTTTAGTTT
TAATGCCTCTCTAAATATGTTATGCCTTTTGATGGACTGATTTATAGAGACCGTGGATAT
CGGAATTATATTAAATGGTTTTTTTTTAATAATTATTATTAAAAAATGTTTAAAACCATG
TATTTTTACGTCACACGGAGCGTACTAAGAATGCTCTCGAGTCCAAGAATATGCCATTTA
ATAAATAAATAAATAAAAAACAGTAATGTAAAGAAAACACTTGTTTTTAAAATGCATAAT
GTTATAAAAGTTAATTTTTGTTATTAAATATGTTCGTATAACTGATATAATTTATCTTTT
TGCCATTTAATTCGCATGCCGATTAAGAAACGCCAAAATGGATATAAGAATTATTGGTCG
TTATTATCCAGAAGTTTGGAAATCGTTTGATATTAGAGGCGATTATAGTGTTTTATTGAC
GGTGATTAGTGGCATTTTCGATTGCATTTCTCATGCGAATTATAGGGTAATATTTAATAT
TGATAATATTATGTCAGTTTGTATGAATAATATTTTATGTTTATTATTATTATTATTATT
TTTTCGAAGCTTCGTTTTTGTGTAATTATGCACACGTCTTTATGAGCAGTATGGTAGGAA
CAGACTTTTGATCTCAGAATCGACTAGAATATTATTTATTAAAACTAACAATAGTGTTTA
AAAAATCTTTTTTCGTTACTAAAGTAAAACCCTAAAAACATTTTATTGTCCTATGTAAAG
GCCCAAATGTTTTTTTTTTTAAATGCATAATAGTGAAAATAATGGCGTATCGTTTTTAAT
TATAGCATAGATTTTATATAATATAAAATTGTGACTTAATGTACGTGGAAAAAAGTCATT
GGTATATTGATTCATTTGACATTCAAAATTGGAAGTGTGCAGCTTTAAAATGAGCTCCTC
AAACCCACGTGAGCTAATCATAAGACTGAGGTAATCGAATAACCCTTCCAGTAATGAAGG
GGGTGAAAAAAAAACGCGTAGTAAATTATGCTCAAAAATTTTTTTGCGCAGTGTATTACT
TACTGTGCACAATCCAAAAATCAGCTGATATCCGGGGTCAATGGCCGTCCATGACTCGTG
TTGGTACTTCAGTCTATTAATTGAATATTTTTCATATCGATTTTTATCACCTTAATCGAC
CTTATTAGGTCACATCACATACGCAATATTGAATGTTAAATGTATTCTTGAATTAATTAT
TTAGATTGTTTA
(3492 bp)

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