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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp41118_c1_seq20
Scaffold_idBomo_Chr11
NCBI non-redundant
(nr)		PREDICTED:_peroxisomal_membrane_protein_PMP34_isoform_X1_[Amyelois_transitella]
Ontology
GO:0000295 F adenine nucleotide transmembrane transporter activity
GO:0001561 P fatty acid alpha-oxidation
GO:0003735 F structural constituent of ribosome
GO:0005347 F ATP transmembrane transporter activity
GO:0005515 F protein binding
GO:0005737 C cytoplasm
GO:0005739 C mitochondrion
GO:0005777 C peroxisome
GO:0005778 C peroxisomal membrane
GO:0005779 C integral component of peroxisomal membrane
GO:0006412 P translation
GO:0006635 P fatty acid beta-oxidation
GO:0006810 P transport
GO:0015217 F ADP transmembrane transporter activity
GO:0015228 F coenzyme A transmembrane transporter activity
GO:0015230 F FAD transmembrane transporter activity
GO:0015866 P ADP transport
GO:0015867 P ATP transport
GO:0015908 P fatty acid transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0035349 P coenzyme A transmembrane transport
GO:0035350 P FAD transmembrane transport
GO:0043132 P NAD transport
GO:0043231 C intracellular membrane-bounded organelle
GO:0044610 F FMN transmembrane transporter activity
GO:0051087 F chaperone binding
GO:0051724 F NAD transmembrane transporter activity
GO:0055085 P transmembrane transport
GO:0080121 P AMP transport
GO:0080122 F AMP transmembrane transporter activity
GO:1901679 P nucleotide transmembrane transport
Transcript
Level		FPKM:3.84 TPM:3.03
ORF EntryO_BomoMG25501_complete:A_BomoMG_comp41118_c1_seq20
Sequence
(Nucleotide)
TCGCCGCGCTCAAGGCCCGCGATAGAAGCTATGCAATAGCTTAACAAGAGAATTTGATTT
AAACTAACAATTATCAAAAATGAAATATAGTATAAAGGTGACAGTTACGTCATGGAAATA
AAAAATTTTGATAAGTTAATTTTAAACAATATAGTACTATAATTATTAACTCAACAATAA
ATGTAGATGTAATAATGACTAGATGTAGAGGATGTCTAATTTTTGGTTTACTTTCACTTT
CAAGTGTACCAGTTTACTGTTGCTTTTGAAGCAAGACAAACCAATGTCTCACCTATGTGG
TTAAGGTCATTCATGGACAGAAAGTGGGTTAACGGTCAGTCAATCCGCTGCCTACTACGC
TAGGCTGATTTCCAACCTTATTCTAAAAATATAATTCGTACTTCTAAAAGATTAATTTTT
TGGTGAAGAATAACTGTCTATTATACTATTATATTATTATACTGTTCACGTACTGGCAAG
CGCAGTGTGGGACGGCCACCTACTAGATGGACCGACGACCTAGTAAAAAGTGCTGGGTCT
CGTTGGATGCAGGTGGCAATGGACCGGTCGCACTGGAAATCTATTGGAGAGGCCTATGTT
CAGCAGTGGACGGCGATAGGCTGAAATGATGATGATGATGATGAACTGTCTATTGTATGT
TTGTTGTTGATAAACAAATAAATGAATTGCTAAAGGATGGTGTAATTAAACCAAGTAATT
CAGACTTTGCAAGTCCAATAATACTGACAAAAAAGAAGAAAAAAGGTAACGACTGTGTGT
CGACTATCGAACACTGAACAAAAAGATAATCAAAGAGAGATTTCTGCTTCCACTTATAGA
AGAACAGATAGAAAGGTTGAAAGACGTTACAATGTTTACAGCATTGGACATGAAAATTTG
TTTTTTTCATGTGAATGTTTGCAAGGACAGCCAGAGAAGTATACATCATTTGTGACTCGT
CGTTCCCAATTAGATAAAAAAAAATGCCTGTTGGTTTCTCCGTTGGACCTTCTGGTGTTC
CAGAGATTTGTGAATGATGTATTTCTGGACCTGATCTTGGATGGTGTGGTATTGACCTAT
TTAGATGACCTGATTGTGCCTTTTAAATTTCCCAAAGTTATTAAGAAAAAGTTTTATACG
AAGCTGAAGAATATGGACTAACATGAAATTGGAGTAAATGTCAATTTATGCAGAAGAAAA
TTAACTATTTGGGCTATATCATTGAGGATGGTATAATCAGTGCATCAAACGAAAAAGTGA
CTACTGTTGCTCGTTTTCCAACCCCACACAATATTAAGACTCTACAATAATTTCTTGAAC
TTACAGCATATTTCAGAAATTTTATTAAAAAAAATTCTCTTATAGCAAGGCCATTAACCA
ACTTTTTGAGAAAATTATTGTTTTCAGCTCCGACCAAGAATGTAAAAAGGCAGTTGAGAC
GCTCAGAGCTATTAGGCACCAATCACCAGTTTTGTGGATCTACAATCAAGACTTGAAAAC
CGGACTCTAACTTGATGAAAGTGCTGACGGCTATGAAGCTGTATTATTCGTTACAAATAC
TCCTGAAAGATAATAAGATGCATTCAGTTTACTACATGAGTGGGAAGACTTCACCTGTAG
AAAAGAAGTATCATAGATACTATTTAGAAATTTTAGCTATTGTTGAAGCTGTCAAGAAAT
TCAGAGTTTATCTGCTTAGAAATCGTTTCAAAATCATCACTAACTGCTCTGCCCTGATAA
CGACTTTAAAGAAAAAAGACTTAAGAGTAGCACGCTGGGCTCTGTTGCCGGAAGAGAATA
ATTACACTATAGAACACGGACCTGGAACAAGGATGAAACATGCTGACGCTCTCAGTGGAC
GACCCGTTGAAAACATCTTTATACTTACCGCCACAACGGGAGATTCGTATCCGCGCCGCC
CACCTCGCCTTCTTCGCTGAGGGAAGAGGGATTCCACTCACTTTCGCGCTCCACAGAAGT
AGATTAGTGACAGAAGTACTACCATGACTACTGGCCAATATGGATGAAATGGACAGGTTG
AGAGAGTCCATCAGATAATAATTGATGTTCTAAGTAAATTATCAGCAGATGATTCTCCTA
ACTGGTACAAGCACGTCAATAATATGCAGAGATGCTTAAATGGTTCATTTCAAAGAAGCA
TAATGATGTCACCTTTTGAATTATTAATAGGTGTCAAAATTTGTAATAAAAATTAAGCTA
TCTACAATTTAATTAATGAAGAGAATCTTAAATTTTCCTGTGATGGACGACCAGACTTGA
AGAAGAAAGCAAGAGAGAACATACAGAAGACAAGAAAACTCGAGAGAATATGAAGTATGC
AATCTTGTTGCTATCAAGAGGACCCAATTTGTTCAGGGCTACAAGCTGCTTCTCATTACT
TAGGACTAGAGTCCTAGTAATAGAGTCGTGAAGAAGAAGAGGAATGACCGTTATGATCTC
CAGAGGATTGGTCAAGGTGAAGGAGCCCATCCCACCTGTAGCTCCACTTATATGATGAAA
CCTTGGGTTGCTGATGCTATCGACTACGAGTCATCTGGGACAGACGACTGACCAGGACGG
CCTTGTGGGAATAATTAGGTGTACCTAACTATTGGTAACACTGACCTGACTGACAGACGG
CGCATAAAGTACAGACAGATTTATTACGAAAAAGAAAGATGTAATTTTTTTTGTAAGTTG
ATGATTAAATAAAATTTAACAAATTAGGTAATTGCATTGTGCACCACGATCCCATATCAT
TTTATTCACTTTTGATATTTACTTGTATAATTCATAAAACCTAGTTTACTCTGGTTTTGG
TTTGTTGAAAAGGAGTTCATATATGTGTGTTAAGTCTTTTGTACATAACACCTAAATTGT
TACTTCTCTAACATGTTCAATAAATAATATAACTAAACTATTGCTAATGCTAAAACTGGC
ACAGAATGCATGATTGTCGTATGATTAGATTGTTGTTGGAATGACATCAGATACATACAT
GTAAGATTTTGAAAAGTAATAACTATTGCATATACGTCTCGTTTTTATTAGTCCTACATA
GTTAACGTCTACTTCAAATAATAATATCCTTATTATCCATACCTAAATTACCACAACCAT
TATTTAATTTTCCTGCCCCTTCCCCAAATTTTTTTATAAAAAATGGTAAATTTTTAATAT
TAAATTAATGGTTAGATATTCTTTATAAATAGAATAAAACTGGTCGTGTGAAAAACAGAA
ACTACACTCTGCTATATTTGACATTGAAAATAAGACATGCCATTATTAAACTTAGCACAT
TTATACTAATTATACAAGGTCGTGTAAATTACAACATTCAGTTTCGGTAATAAGTTCCTT
ATTTACCAATGCTTGATGTTCGCTATGTGCTATTTCTTATTTCTTTCTTTTATTGGATTA
TTATTTAGACTTATTAAATGAGAAACAGGATGTTAAATTTTTCTAATCTGTAACTCTGAG
AAACTTAATTTTTATATAGTCAGTGAATTTTTTTCATCCTAACTCTCATAATAGTTAAAA
CTAAAATAACAAGTTTTTCATATACAATAAACATCAAAGCAGCAGTCATGACTGTTTGCA
AAAGCTTGGCTTCCAGTCCACGGAACATTGAAAAGGGTTTTGACTTAATATCTTTCACCA
TTGTTTTCAAATTTGTACCAGCACGAAGTCTAGATTGAATTACTTGCAAGGGGTAGGTTA
GAGTTGTGGCTACAGCTTTTGCTGTAGCCCCAATCAAAAATGAAGTATATGTATGAAATG
AGCCTTGGGACATAAATTTTCGTTTTAGAGATTCATACACCATAAACTGAATAGCTGGAT
TTGAAACCAGAAGTAGTGAAGGAACAGTTCCAGACCAGAGGCCTTTTGCGCCTTCCGTTC
TTGCCAGTTCAAGGAGACCTTCAAATAAATTTTTGTAATTGTTTTTTTCTAACTTTATTC
TTGTATTTACAACCCATAGCGGTGATGTTAAAATAACATTGATACTTCCAGCAATTAAAC
CAAAAAGTAGATCGCGCAATGCTGATGTTGGCTGGGAATATAGTTTTCGTAATGCATGGA
ATGAATAAAAGTAAACAAAGTTGGATACTGAGAGTGACTGTAAAACTGGTGATAGCCCTC
TGTAAAGAGACTCAATACCTTCTTCATTGGCTAGTTTTATTAATAATTCCAGTGTCGATC
CTTGCAACTTCTTCGAATCTTCAACTTGAATCCGTGACCTGAGTGTATCCAAAGGATAAA
ATATTGTCATGCCCACGACGCTGCCAGTAGCGCCAGCTATAGCGTGGACCAAAGTCTCAT
AACTTAACAATGATGTCATGTTTGTTACAATTAAATGCGATTTTTTTTTTTGAAAACTTT
ATTCAGACACTGCCGCTAACAACTGCTCTTGCTTGAAATAAAATGGTAACCAGGTACTAC
TAAAATTGCAGTACTTTGGCCTTTGGTTCTTGGCCAGTGCTGCCAGGTCGGATTTTATTA
GAATTTTTTTTTAGA
(4515 bp)

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