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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN31375_c0_g1_i12
Scaffold_idBomo_Chr25
NCBI non-redundant
(nr)		AMP_deaminase_2_isoform_X2_[Bombyx_mori]
Ontology
GO:0003876 F AMP deaminase activity
GO:0006188 P IMP biosynthetic process
GO:0009117 P nucleotide metabolic process
GO:0009168 P purine ribonucleoside monophosphate biosynthetic process
GO:0016787 F hydrolase activity
GO:0019239 F deaminase activity
GO:0032264 P IMP salvage
GO:0046033 P AMP metabolic process
GO:0046034 P ATP metabolic process
GO:0046039 P GTP metabolic process
GO:0046872 F metal ion binding
GO:0052652 P cyclic purine nucleotide metabolic process
GO:0097009 P energy homeostasis
Transcript
Level		FPKM:3.96 TPM:2.20
ORF EntryO_BomoIG11460_complete:A_BomoIG_DN31375_c0_g1_i12
Sequence
(Nucleotide)
TTTTTTTTTTTTTTCGATTATACGAATTTTATTCCCAACAATAAGATAAACATGATTATT
AAAGATTAAAAAATTATCATAAACAAACAAACTGTTTTGCGACAGTTTTATTATGTATGT
AGTGTAGCGTCAACAATGACAACTTAAGTACTAAATAATTGAAATTATCCAAATATTGAA
GGTTAAATAATTTACAATGGAGGTACTCTTTACTCAGATTAAACTATCTGATGGATGAGC
TTGAAACCCAAAGGCAAATCGGCGTCCAGATTGTTAACAGTGTCATTATATTGGCTCTGT
TATTTTCTTTTATATGAATTAAAGTCATATGCGCGGAGTATGGTATTTGCTTCTATATTG
AACACGAGTTATACGAATACAAAGCAAAATTCTGCTTTTTTTACCTTTAATATTTGAAAA
TTTTCAATATTAAGGACGACAGAGTAGTTATGTTTAGCCGGAATGACGAGTGTAATCTGT
GGACCATTTGTAATGACGCGGATGCAAATGATTATTGTTAACTGGTCCTTTAGTGATGCG
AAGCTTAGGTCCGAACGTTAAGAGTTTCACGGGGAATGTTCTTAGGTAATAAAGACTGCA
GCAACTTTGATCGCGCAAATGTTTTGGTACTAGAATCAATATTATACATGTGGAAAGATC
GGTATTTACATCTTATTTGTACAGTTTTAGTCAGTTCACACTGGCACACTAGGTTTGCTT
TAAAAGAATATGAATGTCAATGTCAATTATCGGTTGTCAATGTGATAAGTTTTTTTTTTT
AAATAGTAGGTTTTGGTGTCAAAGTTAAAATCCACTACTTTTAGCCCTATAATCTCACAT
ATACATACCCGTGTAATAATATGTCAAGTTAATCGACATAGATACACCGACAATAACCGA
CTTTAAGGCCCTTTCATTTTGCATACAGTTTTATTTCAAAACAAAATAACAGTAAGCAAC
TCCCGATCACACACATTACACCCGCCAAACTGACGTACACGTTAACAAAATCACAATCAA
GCAATACACAATAGTAGACACATATGGCCTTATCGAACGTGGTACCCCGGAACTATTGGA
CCGCATTTTGTCTCTTTCGCCAAAGTTTCACTTCAGACATTAGCGAAAAAGACAATAAAT
GCGCAAGGGCAGAATGCAGAATTACTAATAGATGTGAATATTTACACTACGACTGTGTTA
GGAGGAGACCACGATCGTTAAGGACGATACAAACTAGCTTATAGTTAGGAGGCTACATCT
CTCAACATTTAGAGGGTAGACACAAAGGGATGAGGGTAAAACATATTAATTCATATTTTA
CAGGGTGGAAATCGAAACAAGATAATTTACTGCTATCTAAGGCTATCAGGAAGATGTCAA
GATTTTTCTATTGAAAAATGAGAAATTGGTAAAGCAAGAAAAACAATAATTAGAAAACGG
CATCCTACGATACTATTTCCTCTTCAATTTACAAATTTTGAAAGGGTTTATTGGCGCTAG
TAAAATATTACGGTACTGCAATATCTTCTTACCAGTCCGTTGCATTTTCATTTGCAACCC
TGGCTATCTCTAGTTTCCATAGTTTGTATCGTAATAACAGAACTAGTCAGCATCTATACT
TAAATCTTTCCTAACAATTCGATCAGGTTGCACGTGGTTCAATTTTGCACAAATTTATGG
GAAGTATGAGGGAATATGACATGAATCCCTGTTACTGTACCTTACCTATGTAATGTATAT
AGTTGGTTTGTACCGCCTACAGATTTCAATAGGTCTGATTCTAATAGCAAAATGTGAGGA
TGAGTAAAATTAAAAACAGCGTTAATTTATTAATCAATCAAATACACTAAGCAACGCGAT
AGATGTTATACTTCTTTACGTATGGATAATATGAGGATTACTTATTGTAATTATTTATCT
ATTAGTTAGGTTACACGGGCAAATCGTTCCTGCCATTTAACAGCAAATTTCTTACTGACA
AATTCTCAATCGGGATCATTCGTGAACACACTGCACGTCACGTACGTATCAATTTCACGA
AAACAGAACTGTCATGGGTGCCTTATCTTGAACTGAAAGTTTCATAATGAAATATCTTCT
GTGCGAGTACAAGAATAACATCCATGTAGCGAGCCTAGTATTGTTTTTCATTCACACACG
ACACAAATACATACGTATGTATTTACTCCATTAAAAAAAAAATTCTCAACAGAGCTAAAG
CAATATAAAATCAATTTACCTTAATTCGTGTATATGGAAATTAATCTTGATAATATTTAG
GAATCTTATATTATTATAAAGCCAATAGACGTATAAAAATGTAGGTTGATAGTGCCAATT
TTACGCCATCAAATAACTTGACGATTTCAAATAAATATATGTATTTAGATAAATCATGAT
TACATTTTTAATATTCCCTTTTTTATTAAATATATTACATTATAATTTTATCGCATGATT
CACGTTTGTATAAATTAGTTCATGATTGAAATGGTAAGTTCATCAGGTTGTTACTTGTAA
AGCGCTTGGCTCCACAACAACAAGGGAATGCGTTGAAACTGTTAATAATTAGATTCAATC
ATCAATATGTAAAAGTATAAAAGCTTTCACTGAACCGTTCAATAAACGTTATGGGTATGT
GAATCTACAAGTTCATTATATCAAAGAGACTCAGCATTAACAACGAAATGGCACTTTCAA
TCTTTCGTTTTTCATTTATCACAATGGATCTTAACCTAAATACACGGTATTGGGGCTAAA
TTTTAAATTACAATCCATTTATTTGTTAATAAAGTATATTATATATTTAGTAGCAACCAC
TGTCTTGAACGTGGGTGTAGTTTATCTCTGAGTAGACATACCATCCTTGAATATGTTGGT
CAGCTCATCGAGGATGGTCTCGTGACGGAACGAAATGCGGATATCGGGTACGTTGGTTCG
AGTTATGTCATTACCGGCCACACCTTCCTTGGTATAGTTGGGCCCTAACCAGTACTGCTT
CATCTCGTGCGGGAATCCGGACATGAGCACCGAATTCCTTGCCAATTCACACATGTCGCA
TGAACTGAGCTTCCACACTTGCGCTGCGATACTGTATTCTTCCATCAGCGGCTCCTTGGT
GAAGTGAAACTGCAGGGGGTCGTCAGTACTGAGAGTGATGCAGAGCCCTCGAGCTAAGAA
CTCCGGCAGCGGGTTCCTGTGGTAGTTGAGGAACAGCGAGTTGTTGCTGAGCGGAGACAT
CGCGATGTAGATCTGGGCGAGGTAGTACAGGTACTGCAGGACTGGTACCTTCCTGAGTAG
GAGGCCGTGGGAGATGTTCTCGGCGAGCAGGAGGCCGCAGACGAGATGCTGTACAGGACC
CGCCTCTCCGCAGTGAGGACGCAGGACGAACGTGTTCAGACCTTGCTCCTTGCGGAAATG
GTTCAGTACAGTCATGTTGGCGTACATGTAGTAGAGGTAGTACGCGTACGGAGGGTTCTC
CTCGTCGTCCCACTCTTCGGGGCTTTTGACTTCGGTGTCCAGCATCGGGTTCTCGGGCTT
GGACTCGTCGTCCACGCTGTCGAACCCGATCACGTGTGTGAGGAACTTGTGCAGCTCGAT
GTTGCTGTTAGGATCGTTTGTGACTTCGAAGAGAGGCTGGAAGATGTTGTTCAAGAACTC
GTGGAAGTCGTTCATTATTTTGTTGGATTTGAAGATGTCGTAGAGGCGGGGTATCTGTAT
GAGCCAGCGCACGTTGTTGGAGTGCACGTCGTACTGGATGGCCCACTTGGCGAGCTTGGC
CCACTCGCCGGGACTCTTGCCGTACACCGACAGCCGCAGCTCCGCGTTCTGGTACTTGCT
CTCCTCCAGGTCCGACGCCACCTCCTTAATGATCCTGGCGAAGTACTTTCCGTTCATGTA
GTTGTCGGTCTTGAGGAACACCTCGCGGAGTCTGCTCTCCCCGATTGGGTTGTACTTCGC
GTTGAACTTGTCGAAGCGATGGAACGTGTTCCGGTCCGCGTGCACGTCCAGCATATCCAC
GGTGAGGTCGTAGGTGCTCAGGTTCATGGATTGGAACACAGACCTCAGGGTCATAGGTGT
GCCTTTGTGGAGGGTCACCACCTCGTCCGCATGCGTCTTCAATGTCTTCTTAATGAACCG
CAGTAAGTGTTTCTGGTTCATGCAAGACGCCGCGTGGATGTGCGTATCCACCTTCCTGAT
ATTGTAGAAGTCTCTATGAGGAACTGCCTTCTGGGAAGCTAGTTCCCTGAGCTCGTTCAG
CAGAACGTGGAGCTGGAACTTGGACGATAGGTAGCTGAGGCGACGGTAGCAAAAGGACTT
TAGAGGACCATCGGCGATCATGTTGCACATTGTATTCATGTCCTGGATGTATTGCGCCAG
TGTGATGTATTCGTAGGGCAGTCGCTCCTCTCCGTTCGGTCCTTGGCGGTACATGTTGAA
CACGCCCCTGTTTAGTCGTATGCTGTAGCCCTTGGGCTCCGGCATAGGACATTCCCACGG
ATCCTTGTCTCTGAATGGAGGGTGGACTATATGGTCCGCAATATGTTTGTTGGGTACTTT
AACGGGTACGTGGTTGGCTACGGCATCCGCGTCCATGCTCCTGATGAAGCGCGCCGTAAT
GGGCGAGAAGCTCTGCTGGGACATCTCCATGTAACGCTTGCGCATTTCCAGAGCCTGCAC
CAGGTACGAGGACGCTTGTTGAAGATCTTCCAGTGGTACCCCGGAAGTATCCTCGCCGCT
GATAGCGACACGCTGGAAGTGCGGCAAGATGATCTCGTCATCGTCATCATCGGGGACCCT
GAGCCGAGCCGCCTCTTCAAACACGGCTGCCGCGCCTGCTTCGCTGCCCGCGAATGAACG
CACAGACTGAGCGCATTCCGCCGCCTTAACATTCAGCTGCCTCTGTATGAGTAGTTTCTT
CTCGATTTGTTCGATTGGAAACTGCGGGACTTCATAAGGCGCGGAGAGTTCATTAGGGAG
CTCCCGCGGCGCCTCCGCCCCCACGGCGCTCGTCGGACTTTCACTGCGTCTCGTTTCCGT
ATTGTCCTGCGGCGCCTCCGGGGTCCTCACGTGCCACAGATCTTTATCGAAACTGTACAT
TTTATTCTTCTTCTCGACACTTTCACTGAGACAACGGTACTTAAATATATTCACGCGTGT
TTATTGTTTCAAGCGAAACTGTTGTTTGATTGTATCGAGCACAGTGTATCGGTCTCTCCT
GGGGGGTTATCATAGAGCGAATATTGAAACGATCCTTATGTACACGTAATTAATATTTTA
AGTAATGCCAATTCGTAATTTAATTACGCCATTTTTTAATGGCGTCGCGAACTTGTACCG
ATGGCTGCCGATGCGAAAAATGCGCGTGGCGTCGATCGCACTCGCGGCCGTACACTGACT
GACCCCATATTGTTTTTGTGTTT
(5423 bp)

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