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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoEE_comp69760_c0_seq4
Scaffold_idBomo_Chr13
NCBI non-redundant
(nr)		putative_AMP_dependent_ligase_[Operophtera_brumata]
Ontology
GO:0000166 F nucleotide binding
GO:0003674 F molecular_function
GO:0003824 F catalytic activity
GO:0004043 F L-aminoadipate-semialdehyde dehydrogenase activity
GO:0005524 F ATP binding
GO:0005575 C cellular_component
GO:0006629 P lipid metabolic process
GO:0006631 P fatty acid metabolic process
GO:0008152 P metabolic process
GO:0016491 F oxidoreductase activity
GO:0016874 F ligase activity
GO:0016878 F acid-thiol ligase activity
GO:0019482 P beta-alanine metabolic process
GO:0043041 P amino acid activation for nonribosomal peptide biosynthetic process
GO:0055114 P obsolete oxidation-reduction process
Transcript
Level		FPKM:0.72 TPM:1.25
ORF EntryO_BomoEE19486_complete:A_BomoEE_comp69760_c0_seq4
Sequence
(Nucleotide)
TGTCCAAAAGTCAGATTGCCGCCCCTGATAATAGTCGACTCATATCTAATATATAGCTAT
AATACATCTTATTTTGTATCAATTTTGAGACTGTATAAGAGATCATTCCTGCAGCCAATA
AATACATGATCATCACATATTATGGGAGAAGAAAATGTTTCTCCTGGTAATTGGTACTGG
GCAGTTACAGTTCCAAGCTCTGAATGAATTACCCACAACTTTCCATCAGTAGAGGCAGCC
AATATTAATTTATCATTGAATATAGTTGGTGTTGAGTAAACAGGGGAACTAACTCTTGTC
TTCCAGTGCAAGCTTGGTTGAAAATTTGTAATGTTAACACTATAGACATTATTGTCATGA
CATCCAAAGTACATCTGCCACTTAAATTTATTTATTTCTTTTACACATAATGATGAAAAT
ATGTTTCCTTTTGCTCCATTGTATGTCCATATCTTAATACCCTTTTCTACAGTCCTGCAA
TGTATTTCTCCATTTACTTCAGCAAAAATTACATACTTGTCATTATCATATAGTACAGGA
CATGCGAAAATGGGACCTTTCAAGGAACCTTGCCAAATAATAGTCTTGGTATTGACGTGC
AAACAAGCACACACACCAGAAAGTGTACCGAAGAGAATGAATTCATTTTTAGCTAAGACT
AGATCTGCTGATATTGCTTGGTCTGAGACATGTACTGTTTCTTTAATGGTACTAGTCAAG
ATGTCAATGCATCGTATGTTACCATCATATGATGCAATGTATAAAACTCCTTTACAGTAT
GTTGCTTTACTTTTAATCATGGAACCAACATTGATTTGCCATATTACTGAGCAATTTTCG
AGAAGAAAGCAGATCACAGTACCATCGTATGTGCCAACAACGCCGCAAGGTGATGTCACG
CATTCATCGTGCACACACAGGATCGGAGCTTCAATTCGTGATTTCAACTTAATCAGACCT
TGTATAAAACCGGTGTTAGCGTTCATAACCACGATTTTTCCTGAGTGGCTCCCGACGGTG
ACATACAGCACACTGCAAACAAGGTTGGGAAGTATTGTCAGAATTTTCAGAAGAATCTGA
GAAGTATACAATGAGGAGGAGAGGGGTTTGCAGCCACACACATGAACAAGACCTTACTCT
TGGACACTGCATCACAGTAGATTCTATAGAATGTAAATTGATTTTATGACCAAATCTTTT
TATTGTGTCATCTACACGGCCTCTATAAAACACAGTCCCATTCCTTATCTCACCAATGTC
ACCTGTGTCAATAAACTTTATACTATTTTCTTCTTTGTTTCCATTCTTTCTATTAAGAAG
AATACATTTTCTTGTTTTGCTAGCCAATATAATTTTACCCATAGTATTATTTTTCTCATG
AGGTTGAACAAATAATTCTGTTTCCGATAGGCAGTTTCCCAATGGCACTTCCTTGTCTCC
TGTAGTAACTTTATTTAGATCAAGTTCTGCTACACTTGCCCAACATGACATCTCTGTAAC
TCCATATAATGTGAATATTCTAGTTTTATTATTCTTATGTTTTAGCTCTTTCAGTATTTT
AATTCCATTAAGCGGTTCACCTCCTAAAGCCAACACTTTGAGTGTAGATCTAGCACATAA
TATTTTATTCTTGATATTTTCATTAGAATGTTGAAAAAATTTTGATGGTGTTGTCTGCCA
GAATGTTACAGAATTGTCATTGTCCTCATGAAATAATACTTCTGTGAGGTCTGGTGCAAT
AAGAAGTGATGCTCCATTTGTACATGCAAGTAATATTTCAACCATAGATGGATCAAAGGT
CAGTGGAGTTGAAAAATAGATAACATCTTTTGAGGTAATGCTAAATAGTTTAGTTAAATC
ATCAATGTTTGGTTGTAGGCATTGTATTGGCACTTGTATGTGCTTAGGTTCCCCGGTGCT
GCCTGAGGTTGTTGCTATAAATGAGTGTTGAGATACAAAATTATTTTCAGCAGTAGTATC
ACAACTGTAGAAGAGTATGTTCAAATCAAACATTGAAGCTGTTGTGTCAGGTTTTTTTCC
AAATAATTCCAATTGAACATTATCTCTGTTTTTGTTGATCACAATTACTGCAGACAATTT
GATTTTCCCAGTAATAATCTCTATGTCTTGAGGAGAATTCAAAAATATAAAAGAGGTACA
ACATTTGTGTGCCCTTAAACAAATAAAAGTAGATTATTATTCCATATAAACAACCTTTGG
GGCAATGGTATAGAATTTTTCATATAATAGTAAAGGACATGGCTTATTTATATGGACATT
TTTAAGTATGACCTCTTGATGAAGAGCTAGAGGACACACTGCCAATCTCACAGCACATCT
GCTTATAGTACATGCAGATAGCAGATAACACACCAAACAAACAAAAAACTTTTTTAATTT
GCATAATCTTATGTGAACATAGGAGGAAACAAGGAGTATGCTGATAACAGAGTCTAAATA
GCTTCCAACTGCATGTTAATTTAATGTCCAGATTTGGTATAATTTCAGAAAGAGCCACAG
TCAATAAGAAATTTTAAATTGTCTAATTTTTATAAACTCATATTTCAGGATCAATAATCT
TTAAATTGTTTAGGTCGGCATTGTGAATAAAAAACATTTCAAATAAGTTAAGTAATTAAT
GTACTAAGTGATGACATGCAGGCAGAATACAAAGTCGTAGTGTAGTAGCTTTAAATAGAA
CTGTATTATGGAACACTTTCAATTTTATTATAATAAGTGTGTGTGAGCACACTTGGTATT
AAGTGGTAACTCGAGTTCATAAAATTGCAATGTGAATGCCAAGATTGACCTCGGTATATG
AAGAGTGTCAGTAATTCCAAGGTGCTGTCTTCCTACCAATAACACTACGACATAGTAATA
GTTTCAGATATAGGGTTGGCGAGGCAACAAAAAATTTGTCTCAGTGGACAGTTAACGAAA
TACTTACGCTGCTATAACCGAAGGTATGATTGCATTCTTTTCCGAAACCAATGCTATGAC
ACCTTTGTTGCATTTTAACTGTTGCAAGTTCTGCGACACGTATTCGCAGACTCCGTATAA
TTCTGAATAAGTATATGTATGATATTTTCCGCATTCGTATTGTCTAATGGCAACGTTACC
GGGACTTCTCGCGCAAGTTCGCATAAAAACATCATAATAACTGCGATTCATTGTCACCAT
TTATAGATAGTTTAAATTTCATCTTTAAAAAATTTCATATAATTATCTTAGATTTCATTT
GATTTAAGTGGTGGTCCTAGTTGAAAATTATGATTGTGTCTATCAAAACTACTTTTTGCT
ATGTAACTTCTGATAAAAATATTGTGAGTATTATGTATCTATGTCTATGACCTCTTCTAC
ATTAAATTCAAAATTAATAAATAAATATTTTTTTTTATGAAATTTTTGTTTGTGTTTATT
TTTCTG
(3426 bp)

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