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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoSK_comp12598_c0_seq2
Scaffold_idBomo_Chr3
NCBI non-redundant
(nr)		PREDICTED:_NAD(P)_transhydrogenase,_mitochondrial-like_[Amyelois_transitella]
Ontology
GO:0005739 C mitochondrion
GO:0005743 C mitochondrial inner membrane
GO:0006740 P NADPH regeneration
GO:0008746 F NAD(P)+ transhydrogenase activity
GO:0008750 F NAD(P)+ transhydrogenase (AB-specific) activity
GO:0015992 P proton transmembrane transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016491 F oxidoreductase activity
GO:0045454 P cell redox homeostasis
GO:0050661 F NADP binding
GO:0051287 F NAD binding
GO:0055114 P obsolete oxidation-reduction process
GO:0072593 P reactive oxygen species metabolic process
Transcript
Level		FPKM:1.40 TPM:1.40
ORF EntryO_BomoSK11409_complete:A_BomoSK_comp12598_c0_seq2
Sequence
(Nucleotide)
GTTGATTGTTGATTCAGTTGAAATGCGCGTTGTAACTCGTCTTTGTAAAAACTAAAATTC
GTTCGGCGAGCTCGGCGACAACGACCTAGCTAAATTAGAATTGTGTTTATAATTAAATGA
AAGATATTTAGAACTCCTTGCAGTAAACGCCCCAACAGGGCTACAGTTGTTTAAATATTA
GTAAAACATTCCCAAAATGTGCGGATCCTCAAGAATGCTTCGTGCATATAAACAATTACC
AAGATCATGGCAATGCAGACTGTCAAGTAGCTCTTCAGCTACGCCTCCGTCAACCTCAGG
AGTTTCTTACACCAAACTAAGCATAGGAGTGCCAAAAGAGATTTGGCAAGATGAAAGAAG
GGTTGCAGTAGTACCAGCCGTAGTCAGTAAATTAGTAAAAAAAGGCTTTAATGTCAATAT
TGAAGAAGATGCAGGTGCTGTAGCTAATTTTCCTAATAAGACTTATGAAGAGGCTGGAGC
AAAAATTACAAACTTAAAAACTACATTCCAATCTGATATAGTTTTGAAAGTTCGTCCACT
CCTAAATAATGAAATACAAAATGTAAGGAATGAAGGAACATTGATATCTTTCCTCTATCC
TGCTCAAAATCAAGATTTAATAAAAAAGCTTTCTGAAAGAAAGATGAATGCATTTGCTAT
GGACTGCATTCCCCGTATAAGTCGCGCACAGGCATTTGATGCTCTTAGTTCAATGGCAAA
TGTTGCTGGTTATCGTGCAGTTATTGAAGCTGCCGCTCATTTCCCACGTTTCTTTTCCGG
ACAAATGACGGCGGCTGGTCGTGTGCCTCCATGTCGTGTGCTGGTAGTGGGCGGGGGCGT
GGCCGGACTGGCGGCCGCAGCGCAGGCCCGGTGCATGGGGGCCGCCGTGCGGGCCTTCGA
CACGCGTCCCGCCGTTCGTGAGCAAATCGAAAGTCTCGGAGCCCAATTCATTACCATGGA
AATGAAGGAAGAGGGAGCCGGCGAAGGTGGGTACGCAAAAGAGATGAGTGAAGACTTCCT
AAATGCTGAACGAGCTTTGCTGGGAAAAGAAACGAGATCTTCTGACGTTGTGATAAGTAC
AGCGCTTATACCTGGGAAACCTGCACCTTTACTAATTTTAGAGGACGCGGTTCGAGACAT
GGCACCTGGTAGCGTCATAGTAGACTTGGCAGCTGAAATGGGGGGCAACATTCAGACCAC
GAAGAAAGGGGAGATCACTAAAGTTCACGGCGTCACTCATATCGGCCTCACCGACCTGCC
GAGCCGCATGCCCGCCCACGCTTCTACGTTGTATGCTAATAATATATCAGGATTTCTGTT
GAGCTTGGGTACCAATGATCATTTTGATATCAACCTGGAGGACGAAGTGACCCGCGGCGC
GATTGTCCTGAGAGCTGGCGAGCTGCTGTGGCCGCCCCCGCCGCCGCCCAGCATGGCGCC
CGCACACGCCGCGCCCAAACCGACAGCCGTACAACCTGAACCACCGAACCCATTTAAAGA
CACTCTGAAGGACGCCTTTTTGTACTCAACAGGTATGGCGTCGTTGATCGGTTTGGGTAT
AGCTGCGCCGAATCCGGCGTTCACAACAATGACCACTACGCTAGCGTTGTCAGGCGTGGT
CGGGTACCACACTGTGTGGGGCGTCGTGCCAGCTCTTCACTCGCCGCTCATGTCCGTTAC
AAACGCCGTGTCGGGTATTACGGCCGTCGGTGGACTACTCCTAATGGGCGGAGGATATGT
TCCGGAGACGCCCGTTCAGTGGTTGGCGGGTACTGCAGCTTTAATATCTTTCGTCAATGT
ATTTGGAGGGTTCTTGGTTACGCAACGGATGCTTGATATGTTCAAGAGACCTGGTGATCC
ACCGGAATATGGTTATCTCTATGCAATTCCTGCCGCTGCGCTGCTCGGCGGCTACATCAC
TACCGCAATGCAGGGATATCCAGAGGTACACCAAATGGCTTATCTTGCTTCATCTTTGTG
TTGTGTTGGAGCTCTTGCGGGACTCAGTTCTCAGACAACGGCACGAAAAGGAAACTATTT
GGGAATAATCGGTGTCACTGGTGGTATCGCAGCCACCCTTGGAGCCTTGACTCCAAGTGC
TGAAGTGCTGGCGCAAATGATAGGCGTAGCTGGCATTGGAGGTTTAATTGGAAGCACTAT
TGCTAAGAAAATAGAGATTACAGACCTTCCCCAACTCGTGGCTGGTTTCCACAGTTTGGT
AGGTATGGCGGCAGTCCTAACCTGCATCGCTACATACATGCACGACTTCCCCGCAATGGC
CTTGGATCCTACGGCAGCCACGCTCAAGACTTCGTTGTTCCTTGGGACATACATCGGTGG
CATAACATTCACGTAAGTACAACTTATTCTATTCATGCAAAGAAATGACAAATTAAATTT
GTTTTGTAGGTGTATGAATCTGAATTATTTAATAGTAGAAACAATTTTAAATATTTAAAA
TAATTACAAATCCATCTCTTAATCGTTAAACAATTTCCAGCTTTAAAGATTTAAAAAATT
GAATAAAATTAAATACTTACAGTACATGTAACCTTTTGAATGAAATGTGTGCTAAGTCTC
CGTTTAGTGTCAACAGCATATTTTGTCTCACGTCCCGAGAACGATGTTTGATGAATCTAA
AAAGGGCTAAGGTTCCAAAGTTCGGAAGTACACCAACAGCTACGGCTGCGGTTTTAGTGC
CTTTGTGTCGTGTTGCCGAAGTTCCTTCTCTATTATATACAGTAAGGTCTTCAAATTTAC
GAACAAACAGTGGTCAAATATCTTTTCCGGGTGGAAAAACTGATAAAAATGAAACTCCCA
TTGAAACAGCACTTAGGGAGACTGATGAAGAGATTGGGCTTTCTGCTAAAGAAATAGACG
TCTGGGGCCATGGTCCTGCAGTACCTGGGCGTAATAACAAAATAATGATCACCCCAGTAA
TTGGTACTATATTCAATTTTAAACCAGAATCATTGAATATCAATGTGAAAGAAGTAGCAG
AAGTTTTTACAGTCCCAATTGAGATGTTATGTGACACAAAGAACCAACATTATACACAAT
TCAAAAATGGTTTCATATTACCAGTATTCTTGGCAGGAGGCTACAAAATATGGGGTATTA
CTGCTTACTTGACTCACATGTTTTTAAGTTCATTAATGACCAAAGATGTTTACAGAAATG
AGTGGATGAAAAAAAAGATTAAATTATAAATGGTAGCATTCTATAATATATATGTATTCC
TATAAATAATGCTGTTTAATTTTGTCTAAAATCTTTATTATTCCAAAAGCTACAGTA
(3297 bp)

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