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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25640_c1_seq1
Scaffold_id
NCBI non-redundant
(nr)		branched-chain-amino-acid_transaminase_[Spodoptera_litura]
Ontology
GO:0000082 P G1/S transition of mitotic cell cycle
GO:0003824 F catalytic activity
GO:0004084 F branched-chain-amino-acid transaminase activity
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0008152 P metabolic process
GO:0008283 P cell population proliferation
GO:0008483 F transaminase activity
GO:0008652 P cellular amino acid biosynthetic process
GO:0009081 P branched-chain amino acid metabolic process
GO:0009082 P branched-chain amino acid biosynthetic process
GO:0009083 P branched-chain amino acid catabolic process
GO:0016740 F transferase activity
GO:0042802 F identical protein binding
GO:0052654 F L-leucine transaminase activity
GO:0052655 F L-valine transaminase activity
GO:0052656 F L-isoleucine transaminase activity
Transcript
Level		FPKM:0.02 TPM:0.02
ORF Entry
Sequence
(Nucleotide)
TTCGGCGAATCTAGAATAACCCCTCGAGGTTATTAGAATAGGTAGGAAAAAAAAGAATAG
CATTTCATTAACATTGAATCCGACGTGTGACCTAAACGACCAATTTCGGCATGTTTTTAT
TTAAAACTGTTGAGTTTGATATAGTGTAGTAACATGCTTTTGTGTCCACAACGATTCCTA
CTACGATAACACGAACAAAAAAATGAAAGCAAAATCAACGCGATGCAATCCTATGTTTCC
CTAAACGGTGAAGGTAACGATTAAAAATCAAATGACACGCAACATTCACAATTTCGCACG
ATCGCGTGCCAGAACCACGTGGCGTTCTTTGATCTTTTAGTTTTGTACCCACTCATTGCC
GTCTTAAGAAATAAGAAATTACTGAAAAAGAACAAGTAGGTACGACTACAAAAATTTGCA
AGACTCCCAAAATTAATTGACGTTTTAAGGTGATTTATGGTTATGGCTTTTCTGGGGCCC
CTCACGCTTTGGACTGCAAATAAGTAAGTACGCTGAATTGTATTCCTTTCATATGATAAT
CTAATCGGGTCAAACTCGGAACATTAAAGCGTGCGCAATACAAAAGGCTCGATGACGTAA
AACAACAGAGGAATGTACAAACATTGTATTCATAAATAACATATCGTCGTAATATAAAAG
ATTCTTAACTTAGACTAGAAACAAACACACTAATATTAAGCACGAACTTGTACTCTCTGA
GTCAATAACATCATCATAAATATATTATTTATACGTGTAAATAAATTGATATTAAGTATA
TATTTTTTTACTTATTAATATAATGTTGTGTACTATTAATTGTTTTGTACAATTTGTACA
ATTTGCCGTTAACGTAGGTAAAATAATTATGTATATTTTACAGAAATGAATTTCGACTAT
AAGCAATACCAATATGCAGTGCAAAATATTGATTGTAGTTGCTATAAATTTACACATTAG
GTATATAGATGCGACATTAAAATCGATAGAAATAATTAGCATTAGATTATGTGAATATTG
ACATGCAATTCAAAGGTCAAGTTCGTACTTAATATTTAATTACACATTAATATCACATTG
TCCATTTAATTTTGTTTACACGAAGATACGAACGTTAAAATATAAATTCACAGGTCAGCA
GTAGTGAGTTTTTAAGTTTGTCACATTCACAATAGAATAATTTCAGCTAACGAATTCGAA
ACACTAACGACTTTATTTTTAAACGCTGTCTGCTCAGATAGGTAAACAAATTACATGAAG
TTCCACATTTAAATCCCTTTAACCGATTAAACAAAATATATACAACGGAAGCGAGCACAA
AAAGTATCAAAACACGTTTATTTTGCGCCGTTGTGGGTGATCAAGAGAATAAATAAACTA
CAGTGATATCGCTAAAGATAACTTCACAACGAGGCGTATTTTCACTGACAAGTAATGCGT
AGCATTGAAATGGCACAGTGTCACTTCCTCGCTCGTTCCGCGTTCCGCATATCGTGAACT
CATCATAGAGACGTTACAGTTAACACATCGACAAGTGTCCCATCACTAGGCTGGCGGCGG
CGATGGTGTCCAGCACCGCCCCGGCGCGCACTACGATATGACCTTAGCGTACGGGTGCTC
CACGTGTCCGTATTGGATCGCGAGCAGCGTGTCCTTCACTCGTTGGAACACGGGGTTCGA
CTGTTTCATCGTGGGAATGTCAATGTTTTGTTCGAGGAAGCCGACCCTGCTAATCGGGCT
GATGATGACGGCTGTACCCGCGCCGAACATTTCTAGCAACCTTCCTTGTTGGTTGAGTTG
TATGACGCGATCCATTGTGATGACTTCCTCTCTGACGACGAGATCCTCCCACTGGCTCGC
CAGCTCGATGATGGAGCGACGCGTAACTCCGGGCAATATCAAACCGTTCAGTGGCGGCGT
ACTCAATTGTTTATCTCCTTGATCGTTGATGTGCACCATAAAAATATTCATGGCGCCGAC
CTCTGTTAATTCGTGATCTGGACCAAAGAGCCATAGCACTTGATGGTGCCCCAATTTTGC
AGCTCGCGCTGTCGCCTCTATAGTGGGTCCGTAATTAGAGCCGACCTTTCTGTTTCCAAC
TCCTCCAGGGAAGGCGCGTACGACATTGGGATCAGCGAATATTGAGACCGCTCCATCACT
GCTCGCTTTGTAGTACGCGCTCACTGGACTCAGGATTACGAACAGCAATGCCGACTCAGG
CGCCATTATTCCGAAAGTGGGCTCGATCCCTATTAACGTTGGTCGGATATAAAGGGTCGA
CGTTTCTGAATGCGGAACCCATTCCTGGTCAATTTGTACTAATCGTTTTATGCATTGAAC
GAGCTCTTCTCCGTCGAACATTGGCAAGCCGGACCTCTGGGCTGCGAGGTTCATCCTTTC
CATGTTAAGTTCCGGCCTGAACAATCGTATTTTATCATCAACACCTCGGTACGCTTTCAA
TCCTTCAAATAATTGTATGGCGTAATGAAGTGCCTTCGCGGCGGGATGTATATTTAAGTT
CTCGAATGGCATGATCTCCGGCTTTTGCCATCCCCCGAGTTCCTTGTGATAATAAATTTT
GAGCATATGATCGGTGAAATACTTTCCGAAACCTAGTTCCTTAGCTTCGGGTTTCGGGGT
GAGCTGATACGGCGCCGCGAGTCGTACTTGCAAGTCTTCGTACTTGAAGGAGATTTCAGG
TGTAATTTGTGGGTGTGGCTTTTGCGTGGGCGATGGTGCCACGTGGTCCGCCTGCACTGA
GTCTTCTAGCTCTTTGTACCGCAGCGAAGAGCTACACCATCGAATAGTCTGCAGCTTGTG
TTGGTTCTCGAATATCCATTTCACCAAGACCTGGCTACGTCTAATAGGCATTTTAAAATT
CACTAGTATATCTGATTGCACTTAAAAACACTAATTAATCACACTGAGCACTATTGTACT
TTTTTTATGATTAAATATTTACAGCACTGTTACCATAAACTATTTTCGTAAGTCGCTTGA
AGTTAACTGACTTCATTGGATCTAAAGCACAAACATTTAAACAACGAAGAAAGATAAGAT
TGTGCGCCTGACCTCTTGATGTACCCATTCATAATCAACATAAATTATAAAATTCTATTG
ATAATACAGTGAAAACATAATCGTAATAAAGTATTTAGCGTTTACAATATTCTTTCGGAT
TTGTGATTTGAATGCGCAGTTTGACGAATGTACAACTACTTATGGAGCGAGCGTAGTGCG
CAAAGCGTTGCCTTTAAATCGTAGGGTCGCTCGTAACGTCTATTGGGTCAGCCTGCTATC
CGCCTTCATACACA
(3314 bp)

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