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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN33728_c0_g1_i3
Scaffold_idBomo_Chr9
NCBI non-redundant
(nr)		PREDICTED:_uncharacterized_protein_LOC105391048_[Plutella_xylostella]
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:0005737 C cytoplasm
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:0.28 TPM:0.16
ORF EntryO_BomoIG10898_complete:A_BomoIG_DN33728_c0_g1_i3
Sequence
(Nucleotide)
AACAAATAAACTGTATAAACCTGTGGGAACTATTATTCAGTTTTAACACCCTACGCTAAC
TAAAACCACATTGGTGACCCCGTCAGAACACGGAAATGAGTGTATCCAAAAAACAAGTTG
TGTCTGCGGAACAAAATCGTGGTGATGTTCCAGAAACTTATCGTGTGGGCGTGCGGATAC
CCCCATTTTATGCCGAGAAACCCTCACTTTGGTTCTCCCAGATGGAAGCACAGTTTGCTT
TAGCAAACATCAAGACGGACGAGACAAAGTTTTACTACATCACAGGCAACCTGGATCCAC
AATTTGCAAGCGAGGTCGAAGATATAATTTGCTACCCACCCACGGAAGAAAAATATGAAA
AATTGAAAACTGAACTCATAAAGAGGCTGTCAGCATCGCGTGAGAAAAAGGTGAAGCAGC
TTCTTATGCATGAAGAGCTTGGGGACAGAAAACCGTCGCAGTTCTACCGCCACCTCCTTA
ATTTGGCTGGACCTGGGGTTCCGGAGGAGTTTCTGCGCACAATTTGGACAAGTCGCCTGC
CCAACAGTACGCAAGCCATCATCGCGTCACAGACCAAGGCCGATATGGATGAACTTACGG
AACTAGCCGACAGAGTTCACGACGTAGTCGGCTCGCAAATTGCATCGACATCCGTCGTCA
CAGCATCATCGGAGACTTCTAGTGACGGTATGGCCCTCCAGATTGCCGCGCTGACCAGGC
AGGTGGAAAAGCTAACAGGAAGAATGGAACGAATGTCTCGACCCAGGCGACGCTTCGACA
GCCGTACGCGTAATCGTTCGAGCTCCACAAGATCACAATCCAATTACCGACGGTACCCTC
TATGTTGGTACCACCACAAATTCGGGGAGCAAGCTAAAAAATGCATCAGACCATGTGACC
ATCACACAGCGGGAAATGCAAGGGGCAATCAATAATGGCGACCGATGATTGCCCGAGCGC
TGGTCGCTTGTTCGTTACCGATCGAACATCAAAGACGCAGTTTCTGGTCGATACAGGTAG
CGACCTCTGCGTTTTTCCTCGGTCGGCATTGCCCGAACGCCGGCAGAAGACCAGCTACCA
ATTATGTGCAGCAAACGGAACGCCCATTTGTACATACGGCTACAAAAATTTAACTTTAAA
CTTAGGACTACGCCGTGACTTCACCTGGCAATTTATAGTCGCCGACGTCTCAAAGGCAAT
AATAGGTGTAGATTTCTTGTCGTTTTACAATTTAATTGTTGATTGCAGGAACCACCGTCT
TATGGACAATAATACAACACTCGCGGCCCCGGCTTCTCCTGCCTGCCCGTCTGATGTTGT
TTCTTCGGTAAAGGTACTCATTGGTGACAGCACATACCATCACATACTAAGAGAGTATCC
TGACATCACCCGTCCTTCAGGTATTCATCGCACACCAACACATAATACATTACATTACAT
AAATACTACACCTGGGCCACCAGTTTCATGTACACCGCGTAGGCTGGCCCCCAACAAACT
AAAAATTGCAAAAGAGGAGTTTGATGCGATGCTGCGTAATGGCACAGCCAGACCCTCAAA
ATCACCATGGTCATCTCCGTTGCACTTGGCCCCCAAGAAGGACAATGGATGGCGACCTTG
TGGGGACTATCGGATGCTGAACGCCAGAACAGTGCCAGACAAATACCCAATCAGACACAT
TCACGATTTTTCACACAGTCTATCAGGGTGCTCTGTGTTTTCCACTATTGACCTTGAAAA
GGCCTACAATCAAATTCCCGTGAACCCTGAGGATATTCCAAAAACGGCCATTACAACATG
CTTTGGGCTATATGAATTTCCATATATGACCTTTGGACTCCGTAACGCTGGACAGACTTT
TCAGCGTTTCGTTGACGAAATGCTGCGTGGTCTGGATTTCTGTTACGCTTATTTGGACGA
TTTTTTAATTTTTTCGAAAGACCAAAACGAACATGAGGACCACTTACGTCAAATTTTCAC
CCGTCTTCAAGAATACGGCATGGTCATCAACACTGCCAAATGTGTCTTCGGTGTAAGCGA
GGTATCTTTCTTAGGTTATAGTATATCAGCCAAAGGTACCAGACCGTTACCAGATAAAGT
GGAGGCCATCAAGAGATACCCTGTTCCTAAGACCGTTCGGGAGCTCCGACGATTTTTAGG
GATGATAAACTTTTATAGGCGGTTCATACCTAATGCTGTGCAGAGCCAGGCTCCTTTAAA
TGCCTTATTAACAGGATCTGCAAAAGGTTCTCACCCTGTACACTTCACGTCAGAAGAGAC
AACAGCATTCAACAATTGCAAAGAAAGCCTTTGCAAAGCTGCAATGCTGGCGCACTCAGA
CTGTGAGGCTAAGCTTGCAATTATGACGGACGCCTCCGACTCAGCTGTAGGTGCCGTGTT
GCAGCAGTGCAGAGATGGAAAGCCATGGCAACCACTTGCATTTTACTCCCGTAAATTAAG
TCCGTCACAGCAGAAATACTCGCCCTACGATAGGGAATTGCTTGCCATCTACGAAGCAAT
AAAACACTTCAGGCATATGGTCGAAGCACGGAATTTCATCATCTACACAGATCATAAGCC
CATCTGTTTCGCATTCCATTCGCGAAAGGAAAACTGCTCACCAAGACAGTTCAGACATTT
AGATTTCATCTCACAATTTACGACTGACATAAGACACATCGCAGGTAAGGACAATGTTGT
CGCTGACAGTCTCTCACGGATCGAGGAAATCGTCCAACCGGTGGACTTGAACAAATTATC
CGAGGCCCAGAAAGGCGATCGTGAGCTTGGACACTTATTGGACAGTAATACGTCATTACT
CCTAACAAAAGTTAAACTGCCGGGATCGAATGTCGAGCTGTACTGTGACGAGAGTACCAA
AATCATTCGACCGTACGTCACTAAAGAGTACCGACGTCAGGTATTCGAGAGCTTACACTC
CTTAAGTCATCCTGGCGCTAACGCAACGACCAAATTAGTTACTGAGAGATACGTTTGGCC
AGGCATGAAAAAAGACTGTAAAGAATGGAGCCGCGCTTGCATCGCGTGTCAACGTGCCAA
GGTTTCCCGTCACGTAGCTTCACCAATTGGAACCTTCAGGCTACCAAAGGCTAGGTTCAT
GTATATCCACATCGACCTTATAGGGCCTCTGCCGTTCTCACAAGGTTGCCGATATTGCCT
CACTGCCATCGATAGGTTCACACGTTGGCCTGAGGTGATACCGATACCAGACATCACGGC
CGAAACGGTTGCCAAGGCCCTAGTGAGTGGATGGTTTTCACGATTCGGTTGCCCATTGGA
CATCGTGACAGATCGTGGCCGCCAATTCGAGTCTGCACTCTTCAAAAAGTTATCAGAGAT
TATCGGATTTAATCACAGACGTACTACAGCTTATCATCCAGCCTGTAACGGACTCATTGA
ACGATTCCACAGGCAGCTGAAAGCCGCCATCGTCTGTCACGCCAAAGATAATTGGATCGA
ATCTCTGCCCTTGGTGCTTTTGGGTATCCGGAATGCATACAAAGAAGACCTCAAGACAAC
ATCTGCTGAACTTCTGTACGGTGAAACTCTCAGACTGCCAGGAGAGTTCTTTCAGGCAAA
AGTTGATGACACAGAAGACATGAGCGAGTATGTGGTGCGCTTAAGAAACTTTGCCAAGAG
ACTTCAACCGTTACCAGCCTCCCGTCATGGTAGCAAGCCAACGTTCGTTTTTAAAGACCT
TTCTTCAACCAGCCACGTATTTCTAAGAGATGAAACATCGGGTTCCTTAAAAGCGCCTTA
CACCGGACCACATGAGGTAGTGCAACGAGGAGACAAGGTGTTCAACCTCCTTGTCAATGG
CAAAAGAGTTACAGTTTCTATAGACCGACTTAAGCCAGCCTACACACTACACGACTCAAC
TACACATACTAATACAGCAACAACACATACTAACACGCACATACTAATACCCACCACCAA
TTCACCTACTGAGAGAAGCAACATCAGAACGACGAGGTCTGGTCGTAAAGTACGATTCCC
AAACTATTATCGCCCGTAGGACGGTCTCTGGAGGGGGGTGATGTGGCGTGTATATATTTT
GTATAGCTTTAAGTTTATTTTATTGTATAGTGTTATTGTATTTAGTCTAAAATATATTTT
ATGTTAAATTAAATAATATTATTTCCGGACAAGCAGTTAAATTTTATATATATATAGTGG
TGGCTACGCATCCTCGGCGCCCGCGGCCCGATGGAGCGGCTCCGCTGCCGGCCGTGCAGT
TCGATCAGTTGGCTCGCCACTACGGACACGCGCGACGTATATGTCTCTAAATAACACTGC
TTCCGATTTGCTATAATTTCCTTGTAACTTCAGCTTTGTTGCTTTCTCGTTGTGCTTATA
CTCCTTCTTGTGGTGTTGACTATTATTGTGTTTAAAAATAACAAATAAACTGTATAAACC
TGTGGGAACTATTATTCAGTTTTAACACCCTACGCTAATTAAAACCACAACCATTTTATT
TGGGACTTTTTTTTATGCTTTCATACATATTGTTAGATTAAAGTATTTTATTATTTGTTT
AAGAAATAGACATTTCATTAAAGTTTATCAACACTATTGAAGATTCTGAAGTGCCTATTT
GTTTTATATCTATTAAAAAAAAATCTGGTGCGTCTGAGAAAACAGTTTCGAGGATAACAC
AAGAAGGAAAAGTAGCGGCTAGTATAGGTCTACCAGAATCTGATGGCAAAAAAAAGCTAA
AAAAATAGCGATTTTCATATGGCAACAAAAAAAAAGTCATCTGTCAAAACTGAAATTTCG
AGGAATTGTTTTTGGTTTGGCTTCAAATTTCGTTTAAAAAGTGGTGAAAATGTCGAAGAA
ACCTCTTCGATCGCAAGCAAGAAATATTGTTTTCAATGTTTATCAAAGAATACTTGATGA
ACAAGGTACAGAACAGAG
(4938 bp)

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