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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoOtmSK_comp13895_c0_seq4
Scaffold_idBomo_Chr4
NCBI non-redundant
(nr)		DNA_repair_protein_complementing_XP-G_cells_isoform_X1_[Bombyx_mori]
Ontology
GO:0003677 F DNA binding
GO:0003697 F single-stranded DNA binding
GO:0003824 F catalytic activity
GO:0004518 F nuclease activity
GO:0004519 F endonuclease activity
GO:0005515 F protein binding
GO:0005634 C nucleus
GO:0006281 P DNA repair
GO:0006289 P nucleotide-excision repair
GO:0006974 P cellular response to DNA damage stimulus
GO:0009408 P response to heat
GO:0010213 P non-photoreactive DNA repair
GO:0016787 F hydrolase activity
GO:0016788 F hydrolase activity, acting on ester bonds
GO:0046872 F metal ion binding
GO:0090305 P nucleic acid phosphodiester bond hydrolysis
Transcript
Level		FPKM:1.64 TPM:1.76
ORF EntryO_BomoOtmSK11393_complete:A_BomoOtmSK_comp13895_c0_seq4
Sequence
(Nucleotide)
CTTCCTATACATGCATTCTACATTATTCACTATCAGTTTCTGAGAGTTCTGCATCGTTTT
TTGGTAATATAACTTTCTTTTTAAAAGCTTTTTTCTTGCGATCGATTTTGGTCTTCCTGA
ATATTTCAATAGCCTTCAATTTATTCTGCAATAAGCTCTGTTTCTCTTTCTCTCTCTGTG
GAATGATTTCTTGAACTCGGTCCGTTTTAGGAATTTGTATTTCAATTCTTTTCGTTCTAC
CTTCACTGGTTTCTGAAATGACTTTTACCCCCTGACTAATGAGGAGCTTTTCTTCTAGAT
TTTTCTTCAACTTAGGCTGTGTAGGGCCTGATTTATTTGATTCATTTTTTATTTTCTTTC
TTTTCTTAGCAATTGTTGCCTGAACTTGTGTACTCGGAATAAGGTCTTCAAGTGTATTTA
ATATATTCGGTCCCATTTTCTGTACCGCTGCTTTCACCCTTTTGCTCATTTGATCCTCCA
AAGATTGCAAGTTGACATTTTTCTTGAAATAATCTTCAACTGACCTCTGCAGTTTCTTCT
CTTGCATTCTTTTTAAAACTGGTTTAATTATTTCGTCGAGTTTATTTTGTGACCAACCAA
ATTTCTCTTTTGTATAATCTCGAAGTATTGTGATGTCTAATTCACCCCATGTAAATTTTT
CATTACTTTTTTCAACATTCGGTTCTAAGTATGCTTGTACAACGCGAACGCTGGGAAAAT
CTTCGGACAAATTCACATTCTTCAGTTTTTTCTTTAAGCTAATATTATCTGTTCTTCTCC
CAGCACGCACCCACACCTTAAATTCTTGTAAGCCAGCCACCATTTCGGCATATCGCGATT
TCTTAACGCTTTCATTCAATTGCTTTTTGTTGAAAGGAAAAGACGCTAAGATTTCTAGTG
CGGTGACTGGACCTACTCCAGACACCCCGGTAGTGTAGTCACTGCCCACTAACAGAGCTA
GTAAAACAAGCTGCTCACGACTTAAGTTATATGATTTTTCTATTCTGTCAGCTAAAAACT
GTAGAACATGTTTCTTTTGATTAAAGAAATTTTTGTACACAGTTCTACCCCCAAATAGCC
AAATATCACTATCATCTGTGATTGTTCCGTCAGTTAGATTAATGGTCTCAAGGAAGGCAC
ACTGTGCCTCTGCTTCCATTGGTGCGACGATATAAGGAATTCCGAATATTTGCAGTAACT
CCTGAGCTTCTTTAGTCATCTGTTCTGTTATGTTTCTACCAACACGATCTAATCGACCTT
TCTCTTGTATTAGAGAATTTTCTTTTGACTGAATCTCAGCTACGATTGTATTCAACTTTT
CAGTTGATATCGGCTCTTTGACTACAGTTCTCTCTTGTAAAAGTTTCAGATTTTTGTCCG
AATTAGTAGCTTTTTCGTCATTTTCGTGCTGAATAATACAATTTACTGTTTCATTTTGTA
AATTAGTCTCTACTACTTCTGTGCTCTCTTTTCTAAACTCATTTTTGGTCGTGTCATCGG
TTACAACTTTTAATTGATCGCGTATATCACTTTTTAGTTCATTGCGCCCTTTTTGTTCCA
CTTTTTCAGTTTCCACATGAACATCTACAGCCTCTGTATTCTCAAAGATATCTGCAAACA
GATCATTCTTATCTGGTATAGTATTGGTATTTAATATTAGTTGCACAACAGTTTTGGGAT
TAGAATTTATTTCTGGCACGTCCTCAAAATCGTCTTCATCCGATTCAGAATCCTTGGATA
TTTCAGGATTACGTTTATCAGTGTTTTCTACATCAAAAGATAAAATATCCTCATCAGAAC
TGTGAATACAAATTACTGAGGATTGCGAAGAATCAATAGCTTTTATTGGCATTTCTTTTC
TTTCAATAATATCGATATTTTGTTCTTTATCACTTACATTCAGAACTGTAAGCTGACCAA
TTTCTTTGCTATCCTCAACAACACCATCAGCAGCCTCTACTTTATGATTTTGTTTTAATT
CTACACTGAATGCTTCTACTGCAGGCTCTTTGTCTTTTTGCACAGGAACAGTTTCAGCAC
AATCTGAAGTAAGGTCAATATCTTGAACTTTATTGTCTTCTTCAGATGATATTTCTAATT
TACTTTCAATTAATGCTTTCTCTCTATTTATTTCTTCTAATATTTCATCTAATTTGGAAG
CATGAGCTTTATTTTTATTATTACTTTTTTCTGAAACAAGTTTTTCAATAGCAATATTAG
TGAAATCACTATACTGCATGATATAAGCTTTTGCTGTTGACATATCTGGTACTTCATATT
CATCTTCAGAGTCTGAATAATCTGTATCAGTTAAACAGGATGTCCAAGAATCATCAGTCT
TCGAATTATAAGTAGCTGTGTCAGTTTCATTTACACATTCCATAGACATTTTAATGGCCA
TCTCTAAATCACATTCAAGTTCATCTTTAACTGGTGACTTTTCTTTTTCAATATTTATTT
CTTCTACCCTATTACTCGTGCTTGCTTGATCTTTGGCGTCATTTCTTTGCTTAGCTTCAG
CTAAAGCTTGCTTTATGTTATTTATAAGTAAGAATCTTGTATTATCATTGGACGCTATTC
TTTTTGTCGGTAATGTATCAACATTAGTATCAATACCTTCCTCGTTAAGTAGTGATTCTA
AATCTTTTAATGACATTCCTGTAACACCCATTTCTTTCTCAGTTTCTTCAAAACATTCCT
GTAGTTTCCTTCGTTTTAACAATCTTTGCATCTGGAAATCAGAAAAACTGTCACTTTTCT
TTGGTAATTCATGTAATCTTCCCCAAGAATTCATTTTTCTTGTTTCTTTTAACTCTACAA
GTAGATCATACTTCTCTTTAAGGGGCATGTTTTTGAAATGTTCAGAGTTTAGATCCATTG
AATGTAGATCAACAGAGGAGCCACTTGAACTTTCTTCCTCAGAATCTGATTCACTCTCCT
GGTTCTTCTTCGGGAGTTCTGGCAATTTGAATATATTATCTTCATTTTCAGTTTGAGCTA
CATTCTTTTTTTGGTGAAATCTGCTTACCAAGCAAACTGTTGATAGCAGTTTTTTTGCTT
AAAAGTAGAGCTAATTCTCTCTTTATTCTTTCAGATTCTGAATTATATTTCACCTTGTGA
TCTTGTCTTTTAGACAACAGCTAAAACCTTATTTTCCAACGTTTCTACTGGAACTGGCTT
TCCTGTCGGTTCAATCAACCGCCACAATCCAGTGACTCCCATCGTTACCGATAAGAGTAG
CTCCGACCGAACTTTTTTTGTTTACACTAATGTATATAAATATAAATCAGAGTACATAAC
AAAGGTCGTTTCCCACGGGTTCTTCGGTCAATCGTCGCTCTCTTCCTCACACATTGTAAC
TTTTCAACATATGAATCACTGTTTACTACACACACTATCAAATGAAACTATAATTTGAGT
TAGTGGAGACTGGGTGTTTTACTAGTTACTACACACGCTGCGACCGCCGACCGCCTACTC
TTTCCCACACATTATTTTCTCACGCCCCACGCGGCGTAACCCCACATCCTACTACGACCG
TCGGCGGCTTTCAGTCAGCTTCGTCAGTCGGTCTGCTTCGCATTCGAGGATTTCATTGTT
GTTTCGCACGCGTAGATATAAAATATTGGAAAGCAAATTGCTTGCACTTCAGATTGCTTA
AACGGTGTCTATGTCAATCTATCTATGGTCAGATTTGACAGATCGGTATTTGGCGTTGTC
GGACGTAAACTTGAGAAATAAACAGAAGTTTGATAAAATCGTACATTTATCAAGAAAGCG
GAACAAACGAAATTTAAACAAATACAAAAGTTCGCTAACAGTTTATCAAATTCCTTTCTT
AAACTTGGAACCGGTAAATTTAGTGACTCGTCTGAAAATTCCAATGTTGAACAGGTGTTT
TTGAATGAAACGTGTGCTAGTTCCCACCGTAATTAATTTTTACTGGCGTGAATAATATAA
CAGAAAAAGGGATCGAGCGACTTCCCAATCGATTTACAAAAGTGCCTCTAATCAAGCATC
CAGTGCCACTGCTGTAGTGTGCTACAGATCCTCTGTTATGGAGATGTAATCATGGTGCCT
TGGAGAAGAGATCACTCCACATAGTTTTTCAACAATGCCGTTGAAGATATGAGGGTAGGC
TGATGGTGATTTAGCCGTGGCTAGCATGCCGCACCAGTACGGCGGCGGCGCGGGCGGCT
(4199 bp)

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