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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR11302c1_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_chlorophyllide_A_binding_protein_isoform_X1_[Bombyx_mori]
Ontology
GO:0000302 P response to reactive oxygen species
GO:0005215 F transporter activity
GO:0005576 C extracellular region
GO:0005615 C extracellular space
GO:0005783 C endoplasmic reticulum
GO:0006006 P glucose metabolic process
GO:0006629 P lipid metabolic process
GO:0006810 P transport
GO:0007420 P brain development
GO:0007568 P aging
GO:0008289 F lipid binding
GO:0010642 P negative regulation of platelet-derived growth factor receptor signaling pathway
GO:0014012 P peripheral nervous system axon regeneration
GO:0015485 F cholesterol binding
GO:0022626 C cytosolic ribosome
GO:0030425 C dendrite
GO:0036094 F small molecule binding
GO:0042246 P tissue regeneration
GO:0042308 P negative regulation of protein import into nucleus
GO:0042493 P response to xenobiotic stimulus
GO:0043025 C neuronal cell body
GO:0048471 C perinuclear region of cytoplasm
GO:0048662 P negative regulation of smooth muscle cell proliferation
GO:0048678 P response to axon injury
GO:0051895 P negative regulation of focal adhesion assembly
GO:0060588 P negative regulation of lipoprotein lipid oxidation
GO:0071638 P negative regulation of monocyte chemotactic protein-1 production
GO:1900016 P negative regulation of cytokine production involved in inflammatory response
GO:2000098 P negative regulation of smooth muscle cell-matrix adhesion
GO:2000405 P negative regulation of T cell migration
Transcript
Level		FPKM:189.36 TPM:185.53
ORF EntryO_TrvaFAMAMG13077_5prime_partial:A_TrvaFAMAMG_TR11302c1_g1_i1
Sequence
(Nucleotide)
AGTAGTTGTATTCAACACACAAGTCGTTAATCAGGCTCTGGATGGAATCACTGGATCGGC
TGTCTTAGCTACTACCGATGGTAGTGCTAAACTCCTAGTCACTTTCCCTCAGACACCCAC
ACCGTTCGAGCTGTGGATTTTGGACACCGACTATGAATCCTATTCACTTGCCTATGGTTG
TGTCAATATAAACGCGAATCAAAGAAGAGTATGGAGCTGGAAGCTCAGCAGAGAAAACAC
TCTATCTCAAGCTGCGTCGATCGCTATCAACCAAGTAGTAGACAGGATCAATGTACTAGA
CGATAGATACTACCAGACCGTAGACAGATCTGATGCAGCCTGCTTCTACTACCCTGAAGC
TACTGGAGATCCTGTAGTCTTCAGAGGACAATGTGATGCTACCATACCTGTTGTGCAGAA
CTTTGATGCTGTTAGGTACATGGGTCTATGGCACGAAATTGAAAGATACCCAACTCCGTT
CCAAACGGGTACTTGTGCTAATGCTCTCTACACATTGACTGGAGGATCAGTGGATGTGTT
CAATACCGAGGTCACAAACCAGAGACTAGAAACCATTAATGGCGTTGCTGTGTTAGCTAC
TACTGATGGAAGCGCCAAATTGATTGTCACGTTCCCTATTGCTGGTACACCGTTAACAGT
AGATACTGACTACTGGGTTCTGGACACAGACTACACATCATATGCACTTGTTTACTCCTG
CAGAAACTTGGATTCTGAAACCAGACAAGTGACAAGCTGGAAGCTCAGTCGTACAAAACA
GCTGACAGCCGCCGCAGCAACAAGCATCAACAACGTCATCAACACAGTCAACGTCCTCGA
CCAGAGGTACTTCAACCCGACGGACCAGAGCGACGTGGGTTGCTTCTACTTCCCCGAACC
ACAGCCGGGAGTGCAAGTGGAATTCCCTGGACAATGCGACAATAATGTACCAGTCGTATC
CAACTTTGATTTAGCACAGTTCCAAGGTATATGGCACGAAATCGAAGCCTACCCCAAAGA
CGACCAGCCTGGTGAATGTATAAACCACGCTTTCACAACCGGAACAGGAAACACCCTCAA
CTTGGTGTCGTCGAACGTTTTGTCCCAAACTCTGGGCGTGACTACGGGAGTTGTTAGCTT
CGCATCGACTGATCTTTCTGCTAGACTCACTATTACTATCAACGTTGGAGGAACAAATAT
ACAGATTCCATACTGGATCGTTACCACGGATTACAATAACTACGCCTTAGCCTACAGCTG
TGTGAACATTAACACTGACTTTAGAAGAGTGTTCAGTTGGAAACTCAGTCGTACAAGACA
GCTAACTGCCACTTCAAACACGGCCATCAACACCGCCATGGCAGCCGTTGACGTGATTGA
CAACAGGTACTTCGAGACCGTTGACCAGACTGACGAGGCCTGCTTCTACCTGCCCGACGT
AGCTCCGGGAGAACCAGTCGTGTTTAATGGACAATGTGATACTAGTATCCCTGTTATGCA
GAACTTCGATCCTAGCAGATACACGGGACGTTGGAAGGTGATCGAGTCCTATCCATTCGA
CTTCCAAGGGTCTTGTGGAGATTCTAATTACACTCTGAACAACGACAACACTATCACTAT
TGTCAACACTAGAGTTACATCACAAACTCTGGACACGTTGAGTGGAACCGCCATCTTGGC
TTCTGACGGCAGCGCCAGATTATTAGTATCTTATCCTGGAGCCGGTAACCCAACCGAGTA
CTGGATTCTGGATACCGACTATGTTTCCTACGCTCTCGTCTATTCCTGCGCTAACCAAGG
CACTGACAGAAGACGAGTGTGGAGTTGGAAGCTATCCCGCGAGGACACTCTGCCACAGAC
CGCGATCACCGCAATCAACACGATCGTAGACCGAATAGACGTACTGAACGCGCGCTACTA
CCAGACCGTGGACAGATCGGACACGGCTTGCTTCTACTTCCCCACCCCTGGAGCAGACTC
CGTCATATTCAGAGGACAGTGCGACCAGAACATTCCAGTTGTCACCAACTTTGACGCAGC
TAGGTACTTAGGCTTATGGTACAACACAGAATCGTACCCAACACCTTTCCAAAGGGGTAC
TTGTAACAGCGCGTATTACTCTCTAAACGCTGATGGAAGCGTCAACGTTTACAACACTGA
AGTCGTCAACCAACAACTGGATACGATCACTGGTAGGGCTGTGGTGTCCAGCAATGATGG
ATCAGCCAGGTTGACGGTCACCTTCAACATTAACGGCGTCGACGTTAACTCTGAACTCTG
GGTTTTGGCTACCGACTACACATCGTACTCTTTGGCCTACTCATGCGTTAATATCGACAG
CGAACGGAGACAAGTATACAGCTGGAAACTCAGCAGACAGCCAACCCTGACTGACGCAGC
CAACACAGCAATCAACACCGTCATCAACAGCATCCTGGTACTCCGACAGGACTACTTCAT
AGACCGACAACACAACGAAGCTGGTTGCTTCTTCTACCCTGACAACAATGGCGGCGACGT
CATACTCGAAGGACAGTGTGTGCCTGATGGACAAGTGCAGGCTGTCACCAACTTTAATTT
GAATGCGTTCTCTGGCACATGGCATGAAGTTGCCAGGTTCCCGTGGGACAACCAAGATGG
CGAATGTGCTGCAACACAGTACACAGCACAAACGCAAAACTCATTCAGCGTTATACAAAC
CATCGTCAGAAATGAGAGACAATTCGAGACTTCCATACCTTCAGCTAGTGTCTCTAATGA
TGGCAGAGGAGTCATCAGTGCTACTGTGGCAGGAGTTCCATTCAACAGCGTATTTGTCCT
TGCGACTGATTATTCTGAGTATGCTCTGTTATACGCCTGCAGGAATCTGGACACAGCTAC
CAAGCAAATCTACAGTTGGAAACTCAGCCGGTCCCGTGATGGTCTTTCCACTGCAGCCAA
TGATACGATTAATACCATTGTTTCCGATAACATTGATCTATTCGAGGGCTACTACTCCTA
CACCGACCAAAGCAACGATGGTTGCTTCCACTACCCTGAGTTCGACCAACCGACCACCAT
CGACCTCCCAGGACCTTGCGATGAACGCATCACAGGAGTTCCCAACTTCAACACGAATGC
TTTTACGGGTCGTTGGTTAGAATTGGCCAGGTACCCGCAGTTAACTCAGCAAGGTCAATG
TAACCGCGTTGATTCAAGACTCGATGGGAACGTCATCCAAGTCACGAGCAGTCAAGTCAT
TGATGAACGACTTGCTTCTATCAGCGGAAATGGTGTCGTGTTTTCTACTGATGGAACTGG
TCTACTGAACGTTACGATTAATAGACCTACTGGAATTGAGACAGAAGTCTACTACATTCT
TGCCACTGACTACATCAACTTCGCCTTGGCATACAGCTGCAGAAACCTGGATAATGGAAA
TAGAAGAGTCACCAGTTGGAAACTCAGTAGAACTACAACTTTGAGTGCTCTCGCCAACTC
TCTCATTAACGCCGCCATAGCCAACACCCAGGGTCTTCTCGAAGACTACTACCAGACAAC
CAGTCAAACTGAGGAGTCCTGCTTCTACATACCGACTCTTAACCCGACATCGGCTCCAGT
GTTCAGAGGACAGTGTGAAACCATCACTGGTGTCCAGAACTTTGATATTCAGAATTACCT
CGGTTGGTGGCACGAAATCGAACGCTACCCAGTAGACGGAAGCCCTGGAGAATGCATCAG
CTCCACTTACTCATCATCCGGTAACCAGTACCAAGTGGTGGACACTAGTGTCACTGGTTT
GACAGCTGATGTCGTCACTGGAACTGTCACTGCCACTACTGATGGAAGACTTCGCAGGAC
TTTGGCTAGTGGGGAAGTTGAAGATATTTGGGTGTTGGCCACTGATTACAATAACTACGC
TCTTCTGTACTCCTGTGTGAACGTCGACAGCGAACACAGACGAGTATGGAGCGCCAAGCA
CAGCAAAGCTAGAAGCCTGACCACCGCCTCTCAGAACGCCATTGCTCCCCTCATCAACGC
GAACAGAGTCCTATACCCTGAACTCTACCTGCCTGTAGACCAGAGCGATGAGGCCTGCTT
CCACTACCCTGAGCTAAGTGGACAACAGGTCATCCTGCCCGGACAGTGTGACACTGCCAT
ACCTGCCGTACAGAACTTCGATGCCAATGCGTACACCGGAACTTGGTACCAAATCGAAAG
GTACCCTCAGATCCACGAGAGCGGTTCCTGTACTGGTGCCCGGTACATCCTGGATCCTGA
CACCGGAGTCGTGGATGTATTGAACTGGGAGGTGGTAGATGGTGTGTTGGAGACTATTAG
TGGTACTGCTGTTGTGGTATCCACTGATGGAAGCGCTCGACTGTCGGTTACTCTGCCCAT
CCGTGGAACTGAGGATGGAACAGTAACTACTCCTCTGTATGTGTTGACTACGGATTACCA
ATCATATTCGCTGGCCTACAGTTGTGTAAATGTCAACGAGTTCCAGAGAGCAGTGGGTGC
ATGGAAACTCAGTCGAACCAGAAGTATGCCAGACGCCGGCAACACAGCCATCAACGCATA
CATCGCGGAAAGACAAGAACTCCACCAACCCTTCTTCATCCGAGTGGAACAGAGCGATGA
TTGCGAAGAGCCCAGCTCCGCCTTTTTAGCTAAAAGCAGTATTATAGTCCTCCTAATCTG
TGCTGTATTGCAGTTAGTTGCTTAAATTAATGTTTAAGTCTAAGTTACTTAAGTATTTTG
TACTGTGTTAAATCATTTTACTTAAATAAACTTATATTTTTAAAAAAAAAAAAAAAAAAA
AAAAA
(4805 bp)

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