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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25710_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_peroxidase-like_[Amyelois_transitella]
Ontology
GO:0004601 F peroxidase activity
GO:0005506 F iron ion binding
GO:0005576 C extracellular region
GO:0006909 P phagocytosis
GO:0006979 P response to oxidative stress
GO:0007306 P eggshell chorion assembly
GO:0016491 F oxidoreductase activity
GO:0020037 F heme binding
GO:0022008 P neurogenesis
GO:0042600 C egg chorion
GO:0042744 P hydrogen peroxide catabolic process
GO:0045471 P response to ethanol
GO:0046872 F metal ion binding
GO:0055114 P obsolete oxidation-reduction process
GO:0098869 P cellular oxidant detoxification
Transcript
Level		FPKM:37.78 TPM:34.98
ORF Entry
Sequence
(Nucleotide)
GGGGAGGGAGAGCAGTACATTTGTGTAGCGAATAGCGATTCGATCGTCAGCTTGACTTCG
AAGTGGAAGTACGCAACTGAGTAGTTCCAGTCCGAGTTTGGCAGTAGAGGTGAAATTGGC
TCCTCTGCCAATCTAATGGAACAGCGCTTTTTTGAGCAAGTGTCGTCTGCGATCGTGTTA
AACAAATCAAACATTCGCCATAAGCGCGACAATTGTCGTAAACAACAAATACTGTTACTG
CTATTATGTTGTTTAAACGGATCATTGAAGGAAAGTCCGTGTTGAATGCCGACACCAAGA
ATAAGGTTCCAGAGAGATGTTCTAGAAGAAAGTCGGAATGTGAAGGATGTGGTGAACATT
CCACTATTTTGGAAGAAATGACGAAGATGATAATGCTTGGTGTCGTGCTATGGCTAGGAG
TCACCTTCGGTAGTCATGTGTCGCCGTATCCATTAAATTTGATTTTCATATCTGACACAA
TACATCCGCCGCCAATGTATGATTTTCCATTTCCAAGTGCCGATATGCTAAAACGATTAC
CACATATTACGGCATCTCAGACTAATAAGTCAATAGCCATCAGTAAGCTGCAAATTTCGA
TGTTGGAGCGTTTTGAGAAAAATCTAGAAGCTTCTGAAATAACCCCTAAAGTTGGATCTG
CAGCTCAAGGACTCGCTATCCACGGACACGCATCCGACGATGCGATGCACTACGAAAAGT
CCTCAATGACAATAACCAAGGCATCTCAGAACCTAGTTCATACCAGATGTACCAGATATG
GTTTGCCTAGTGACGAATGTGCGAGTTTCATCAGCACGTTAAACTTACGCGAGACCGATT
TTGGCGGAGAATGCGCTGCGTTAGAACGTTTCACCTGTCGCACGAGCAGAATGTCTTCGA
AATATCGAACCTTTGACGGTTCTTGCAACAACCCCGTGCGTTCTTCCTGGGGCCAAGCCC
TTACGGGCTACAAGCGCCTATTGCATCCTAAATACGCTGATGGTATCGAAGAGCCTCGTC
AAGCTCTGAGCCACAAGCTATTGCCATCAGCACGTCTCGTCAGCATTAAGTTAGCGGATA
ACAAAGACCAGCCTGACGTCAAGAAAACCATCGCCCTGGCTGTTTGGAGTCAATTCGTAT
ACCATGATCTGGTGCACACTCCCCTGAGACGAACAATTCACACGAATCAGCGTATTCGTT
GTTGTGAAAACACTGGTTTCCCTGTTGCTCCTCGATACATGCACCCCAGCTGCATGCCTA
TAGCTGTACCAAACGAGGATACCTACTTCGAAGGCCAGTACGTCACTTGTATGGAGTACA
CCAGGTCCGTCACCACATACAGGGGAGACTGTACCTTCGGAGCTTCGGAACAGATGAACC
AGGCTACGCACTTCTTGGATGGATCTCATATCTATGGATCGAACAGTCGTGAAGCAGCAG
CCTTGAGAGAGATGAAGGGTGGGCTCCTCAAAACTACGAACATTGAAGACGAGGAGTTTC
TTCCTTTAGCCTCGAATCCTAAAGAAAAGTGCCTTGTCGACTCTGACGACGAAATCTGTT
TCAACACTGGCGATGTTCGTGCTAACATGCATCCATGGTTGACGAGTATGCATTCTATCT
GGGTGAGAGAACACAACCGCATCGCCAGAGTTCTATCAACCCTAAATCCTAGCTGGAACT
CTGACAAGCTGTACCATGAAGCCAGAAGGATTGTGGTTGCCGAGTTGCAGCACATTACTT
ATAAACATTGGCTCCCATCGTTGACTGGTAAATCTTTCAACGAGCTCTACGAAGCCTACG
ACACCGGATACAATTCCGATGTCGATCCCACTATCACGAACTCCTTCGCTACCTCCGTCT
TTCACTTCGTCAACAGTCTACTGGACCAGGACATCGAGATAGTGAAGAACAGCAATGTGA
CGTCATTGAGGCTTAAGAACTATTATTACAAGCCCGGAATTCTTGCGCAGAAAAATGGCA
TTGGAATGGTGTTGCAAGGAATGATAGGACAGAACGGTCAAACAATGGATTTGAATTACG
ACGACGATCTACGTCATCGCTGGCTTGGGGGTCTCGACGTTTTGGCCATTGACATCCAGC
GCGGTCGGGATCACGGACTGCCTGGCTACACCCAATATCGTTTGCTCGCCGGACTTCCCG
CCGTAAACAGCTTCCAAGACCTTTATGACGTCATTCCTGAGGAGACGGTGGCGAGACTGA
TGGAAATCTACGAGAATCCAGCTGATATTGACTTGGTGGTCGGCATGATGGCTGAGAAAC
ATCTTCCCGGTTCTCTTCTAGGACCAACTGCTACTAGTCTATTTAAGGAACAATTGTGGC
GTACTCGCATCGCGGACCGTTATTTCTACAGCCACGTAAACGAGGCCGGTAGTTTTTCTA
AGCGACAACTGGCAGAGCTACGTAGGGTTTCCCTTGCCAGATTAATTTGTGACAACACCG
ATATGAAACAACTGCAGAGAGATGTGTTCGAAACACCTTCTGATAGCAACCCTGTCGTGT
CGTGCGAGGAAATAAAGAAGGCTAACTTAGAAGCGTGGCAGGACTCTGTGGAGAGACCCG
ACATCCTCGCTCGCACCAACAAATGGATCAAGGACAAAGTGATCATCGGTGAAAACAAAA
TCTAGACTTTTTAACGGGTAGCTGATCATCATTAAAAATTGTGAACACAAGTGTGTTTCA
GTATTGTATTCGTTGCTGTTAGATCGAGCAAAACGTTCCTGAGAATTTCATAGTTTTTTA
AAAACTCATAATGCATTTTATCATTTTGTCTTCAATCACCATTAACGTTCATTAATATCG
GTTTTACGACGAAGGCCGCAGAGCGTGTCGCATTAACGATACCATGTTGTAAAGTGGCTG
TGATATCCAAGTGGATATGATGTCCACTTATGAGATTTTTGCCTCGAAACGGGGCGTTTC
GGTTCTCGATGTCAATATGTTCAATATTCGGGAGCCAGAAGGCTAGAAAGAAAAAGTTAC
AAATCATGAACGATGACGTCATAATTTGCAAAATTTTGATGTTGGGTTATGTCGGGTGTG
TCATTGGTGTTCATTAATTTGGAATGTGATTTATTAAATGAAATTAACTCAAATACAACG
ACAAAGACTGGGTCATTTAACAGCCTTTAACCTATCTGTTGAAGTAGATACCAGTATATA
TTATGATTAATTACAAAACTTTAAGAGAAGATATTAGCACTTCACAGATAATACTTTGTA
TGGAGCGAATTGATTTAGTTTTGTTGTTAAGCGTCTCGTTTTCGACTTATACCTTTTATT
TAATTACTTTAATGTTCTAATGTTTGAACGGTGAATAAAAGCATATTTATAGTTTAAATG
AAAATAATTCTCCTGAACTAATGTAGAGATAGTTTTACAATTGCTTGCAAAAACGCGACA
CACTTTCCTAATAATTGCTCTTTTTCAACAATGTTTTTGTGCATTGAACTTTTGTTGGCG
ACTGTACTTTTTAGATATATTGCGTCTCATGTGTGTGCCATACCAAAGACAGGACTACTT
ATGTTTTTATTTTAGCAATTAATAATTAAATATATTAATAATTATTAATTAAAATAATAC
CAGACTGGTTTCTTTTATTTTAAGCTCAACTTAATAAGCTAAGTCTCTGTAGAATTTAAT
GTAGCACATTCGTTTGGATATAAATGCATCATGTATTTTTCGGGTGTTTCCAATTGAAAT
TTGGATTAAACTGTACTTATGCATTACCTAATTTCTGACATATGAGTCGACTATTATCAA
AGC
(3783 bp)

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