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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp39395_c0_seq1
Scaffold_idBomo_Chr6
NCBI non-redundant
(nr)		PREDICTED:_mitochondrial_import_inner_membrane_translocase_subunit_Tim17-B_[Amyelois_transitella]
Ontology
GO:0005739 C mitochondrion
GO:0005743 C mitochondrial inner membrane
GO:0005744 C TIM23 mitochondrial import inner membrane translocase complex
GO:0006626 P protein targeting to mitochondrion
GO:0006810 P transport
GO:0006886 P intracellular protein transport
GO:0015031 P protein transport
GO:0015266 F protein transmembrane transporter activity
GO:0015450 F protein-transporting ATPase activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0030150 P protein import into mitochondrial matrix
GO:0031305 C integral component of mitochondrial inner membrane
Transcript
Level		FPKM:5.20 TPM:4.11
ORF EntryO_BomoMG13224_complete:A_BomoMG_comp39395_c0_seq1
Sequence
(Nucleotide)
ATGGAATGAACGTTAAAAATATGTTAATCCATTCCTGAAGTTTGAAAAACAACTAACATG
ACATCGGAGAGGAACGCTCAAGTAGGCCAAGCGCGGGAAACCTTTCAATTAATCCACCAG
ATATCACAACTCCTCAACACGGGGCTGGACGTGGAAGCACTGTCAACTTGCATCAGACTA
TGCGAGTTGGGCGTAGACCCTGAAGTTCTGGCTCACGTTATCAAGGAAATCAGAAAAATG
GGAGAAAATGTTCAAAAAGCATCTAATTTACAAACATAGATAAAGCCAACTATCAGAAAT
TTACAATCACGAATTTCCAAACAAACAAATGACAAGAATGATTTTTAAATCTATACTAGA
TTTATCATACTTTAATGCCCCAAATATAAGTAGGTATGAAATACCCCAATATTTAAATAA
AAATAAATGTCTATTCTCTTGCACTTTGTAATGCATTTGAAGACTAACATATCTTCTTTC
TGTCAAGAAGTAATTTAGATTCAACTAATTTTAAATATCCTAATTTTAATTTTTATCTTA
AATTATAAATAAAAAGTAGTAGTCTTTGTGAACTGTGTCTGAACCGTAATATTATTATGC
AATACAATAAAATACATGTATTTGCTACACTAAGCCAGTTTATGCTTACACGTGTGATTT
AATAAGTTCACGTTTCATAGGTCTTCATAAAATACAATTAAAAATAAGTGCTATTTATGA
TGTTCGTTAGTATGTCTAGAATTATCAGTATTTCTATAACTCTGTTTCGGGAATAAACAC
TATTACTAGGTGTGATAAAATTGTCCCAAAAATATAGTTTGTCTAATATTCAAATTACAC
TGTTTCAATAATTTATGATAGTTTCTTATAATAAGACTTTCTGTCCAGTGATTGATAATT
AAGCATTATGGTTGAGCATTCAACTCCCAAGGGCTTGATGTAAACTATAAAACTCTACTT
AAAAGTGACCACAGAATCAAAAAACATTCAAAATTGTACAATCAGCAAAACTGCAACCAC
TATATCATGCCTAAGTTCAATCATAGGAAGACTAATCAATATTGGAATCATCATAAAATA
TATCACCCAGGTTTAAATTATTTTATATTAATCAAATCAAGGTAGGTACCTAAAACCCCA
TGATTGTCAAGTTGCAGAAACCAAATCTCAAAGCAAATCAAATAGACCTCAATAATATTA
TTTATAATGGTATTTTATTCATGTTAGATTAACCAATATACATAAAATTCAATATTTTTA
TACCACTTTTAACTTAACTAATTTGATAAATAATATTTGACTGATTGAAAAAACCTGTAA
CATAACAATAAAAATAAAAACAAGTTTCTTTAGTCTTTTATTACCTCTCATTTTTACAAG
AAACATCCCAACTATTACATCAATGAATAAATTATAACAACAATATACAAGATCAGCATC
AGCCTAGTTAATCACAAGACAGGATAATAATCTTAATGACTAACTTTAACTTTCACTAAT
GCCACATACATGCAATTTCAAAGTCACTCTCAACCATGGGAACAAATAATTAAGTTGAAA
GTAACATTCCTGCTTATGGCAATACAGTAAGTACATAAAAAGTTGATAAGATAAAAATTA
AAGTAAGAGAATTTTGTAATAAAGTAATTCCATCTGAGACTAATGAATAACAGATAATTT
AGTAATATACAGTCAAGTATGGCTTGTTACCACATTCTAGTCTAGACCATAATGCCATGA
TGTACATACTTATAGCCACAAGCTGTAGACAATAGGTGTGGAAATGTTTTTTGTTAAAAT
TCGTATTATCAAATGAATGATGATTATTACATAACACAGTAAACAATGAATAAAATTATT
AAGAGAATAGAGTGAACTTATAAACAACAGTACGGGACTGTAATTATCACAGATGCAAAT
AAATACACTCTGATCAACTGCAAATGATGTACATATATGTTTTTTACAACTAAAATGGCC
AACAGGCAAGAGATTTTTTGTAAGACTGTATGGCTTAGTTTAGGTGTGATTTCTGTGCTA
CCAAAAAATTGTTGTGATGAAACTGAAAATACTCAAGAGAAAGATAACAGTTTAATGCAA
CACCTGTAGGGAGGGCAGCATTTTGGTTGAAATTTTTCAAACAAGATACACATCTTGCTT
AATAAGCTTAATAAGTAAACACTACTTATTAAGCTTATTTCAAATATACAATTATGGTTG
AAATGGCATTATGTATGGTACTGTATTTTTATGTATCTTACCAACAGTGAAGATAATAGA
GAAACATACTAAGTAGATTATAATATTGTTTCTCTTTGCCTGTTTAAGAATAGCAAGTAT
TTAGAAAATAACGTTTTCATATTTATTTTCCTGTAGTCTACAAAGCCTGATTTAAAATAA
TTACATCAAGAAACTTTCGTGCATACCTCCAGCTATCAACCAGACACAGATAGACTATAT
AGCATTTTAACAGATTTAAATTTTAGTTTAAGTCGATTTGTTTGTTACTAATTTTTTATA
CTTCAAAAATACTACTCTGAGTAAAGCCACACAGTCCATTTCCAAAACAACATAATCTAT
TGGTAAGACTGAGCCTGTCCTTGACTTTGACCTAAGATGGAAGGATCTTCAAATATCGGT
TGCTGTGGTTTGAACTGTTCAGCCGTTAATCTTGTGAACATGATACCAATGCCTTCTATT
AGAGCTAAGAGAATTCCTCCAATAAGTGCACTTCCTGCCATTGCCGGTACACCATTTCTT
GCAGCCAGGATACCCCCCGTGAGGGCTCCACTCATAATGGAATTCCATGGATCTTCCTTT
TGCCTCATGTACACAAGTGAGCAGTCTATGGTAGAGAACATACCACCCCAAACAGCAAAA
TTACCCCCGACTATTGGAGAGCGCTCCTTTACTGCAGCCAAACTGCCAAGCATTTTTCTA
CTGAAGCCTAGTGGTGCGTTTCTGAAACCTTTTATCGAATGAAATAGTCCACCACCGATC
GCTCCCATTATAAACGCACCGCCAGAGTCATCAAGGATACGCCACGGGCATGGTTCTCTT
GTATATTCATCCATGATATATTAATTTTCAAAGTTCAAATTTGTGACTATTTATTTTCAG
GCCTGCAACAAGAACGGATCTCACACTACTTTTATGTTAATAATTGGGGGTTTAATTAAA
TACATATAGTCATCATATCTAAAAACTAAGATATTTCACACTTCACCATAGAGTAAGA
(3238 bp)

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