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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp41095_c6_seq96
Scaffold_idBomo_Scaf036
NCBI non-redundant
(nr)		PREDICTED:_heat_shock_70_kDa_protein_cognate_5-like_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000422 P autophagy of mitochondrion
GO:0005524 F ATP binding
GO:0005739 C mitochondrion
GO:0005811 C lipid droplet
GO:0005875 C microtubule associated complex
GO:0006457 P protein folding
GO:0009408 P response to heat
GO:0010918 P positive regulation of mitochondrial membrane potential
GO:0016887 F ATP hydrolysis activity
GO:0051082 F unfolded protein binding
GO:0070584 P mitochondrion morphogenesis
Transcript
Level		FPKM:3.89 TPM:3.07
ORF EntryO_BomoMG24876_complete:A_BomoMG_comp41095_c6_seq96
Sequence
(Nucleotide)
AAAAAATTTAGAATCGTTCTTTGTGAAGTTGCGTCACCCACATGTCCTCTTAAATGTGAT
TAAAAGCCTGAAAATAAAATAATATAGTATTTTAATACGTGATAAAGATGTTGAACGCGA
CGCGGGCATTCGGCCGAAAGGCTTTAGAGTGCACCGGATTAAGTTCAGACTTGTATACGC
AGAGAAATTTTTCGTCAATTTTGAAAAGCAACGCAACACCCACAGTTCCTATTTACCAGC
GACATGGCGTACAATTTAGAAACAAGTCTGAGGGTGTTCGTGGAGCCGTCATTGGAATCG
ATCTGGGCACGACAAACTCGTGCGTTGCCGTCATGGAGGGCAAGACACCCAAGGTGGTGG
AAAACAGTGAAGGGTCTCGGACGACTCCCTCCCATGTGGCCTTCTCGAAAGAGGGCGAGC
GTCTGGTCGGAATGCCCGCCAAACGGCAAGCGGTCACGAATAGCGGTAACACGTTTTACG
CGACGAAGAGATTGATCGGACGTCGATTCGACGATCCCGAAGTGCAAAAGGACATGAAGA
ATTTGTCATACAAAGTAGTCAGGGCTTCGAATGGCGACGCCTGGGTGCAAGGTACTGATG
GCAAAGTATACTCTCCGAGCCAGATTGGTGCATTTGTGTTGATAAAGATGAAGGAAACTG
CTGAAGCATACTTGAACACAAGTGTGAAAAATGCAGTCATAACAGTGCCAGCTTACTTCA
ATGATTCCCAGCGTCAGGCCACAAAAGATGCAGGTCAAATCTCTGGTTTAAATGTGCTAC
GAGTTATCAATGAGCCGACTGCTGCTGCCCTCGCTTACGGTATGGACAAGACCGACGACA
AAATAATAGCGGTGTATGACCTCGGAGGTGGAACCTTCGATATCTCGGTGCTGGAGATCC
AGAAGGGAGTGTTCGAAGTGAAGTCTACCAATGGAGACACTCTGCTGGGAGGTGAAGACT
TTGACAATGTTATTGTGAATTTCCTAGTGGATGAGTTTAAACGTGATCAAGGCATTGACA
TCCGTAAAGACGCTATGGCTATGCAAAGGCTGAAGGAAGCTGCTGAAAAAGCCAAAATTG
AATTATCAGGGTCGGTGCAGACTGACATCAACTTGCCTTACCTGACTATGGATGCATCGG
GACCCAAACACATGAACTTGAAGATGACACGCTCGAAACTAGAATCTCTAGTTGGGGATC
TGATCAGGCGGACGGTGGCGCCGTGCCAGAAGGCCCTTCAGGATGCCGAAGTGCAGCGAT
CGGACATCGGTGAAGTTCTGCTCGTTGGTGGAATGACGAGAATGCCTAAGGTCCAACAAA
CAGTACAGGAAATATTCGGCAGGGCTCCGTCTCGAGCCGTGAACCCCGACGAGGCCGTGG
CGGTGGGAGCCGCCGTCCAGGGCGGAGTCCTAGCGGGTGACGTCACTGACATCCTTCTCC
TCGACGTGACTCCGCTGTCACTGGGCATCGAAACCCTCGGAGGCGTCTTCACCAAGCTGA
TCACAAGGAACACCACCATACCCACTAAGAAGAGCCAAGTGTTCTCTACCGCGGCCGACG
GGCAGACGCAAGTGGAGATCAAGGTCCACCAGGGCGAGCGCGAGATGGCGTCGGACAACA
AGCTGCTGGGGCAGTTCTCGCTGGTGGGCATCCCGCCCGCGCCGCGCGGCGTGCCGCAGA
TAGAGGTCGCCTTCGACATCGACGCCAACGGCATCGTGCACGTGTCCGCGCGGGACAAGG
GCACCGGCAAGGAGCAGCAGATCGTGATCCAGTCGTCGGGAGGGCTGTCGAAGGACGAGA
TCGAGAACATGGTGAAGGCCGCCGAGCAGTTCGCCGCCGCCGACAAGACGCGGCGCGAGC
GGGTGGAGGTGGCCAACCAGGCCGAGGCCGTGCTGCACGACACCGACACCAAGATGGACG
AGTACAAGGCGCAGCTGCCGCAGGACGAGTGTGACAAACTACGCGAGGAGATGAACAAAC
TCCGTGAGCTGCTCGCTAAAAAGGACACCATTGAGCCGGAAGAACTTAGAACAGCCACCG
GACAGCTGCAGCAGGCCAGCCTTAAACTGTTTGAACAGGCTTACAAGAAGATGGCAGCTG
AACGCGAAGGAAGCCAACAACAGCAACAGCAGCAGACGGATCAGACGCAGAGCCAAGAGA
AGAAGGAGGAGAAGAATTAGATGGATTTCTCTACGGGATTGAGTGAAAACCAAATGTTTA
GTCTAGGCTTCATGATCTACTTGTTGGTTTGAATGGGTATCGAAGCGGGACGCGCCTGCA
GCATTGTTTTTTAATTATCAAAAGAAAATGGAGAGTAAATATTTTATGCAGACATTGAAC
TTAACCGTTAAAATATATAGAGGGGTGAAAGGCTATCATAGTTTAAACTTTGAAAAAAAT
ATCACAACAAAAAACTTTCAACTGTTTGAACGGTGTAAACTTAATTGAAGTTCAATTAAA
AATATCGAACTGTTGATGCAAATACCAAATAAAACGCGCCTTTAATTACAAATATAAATG
AAGCGTATTAAGCGAAATGTCGCTTAAAACAAATAGCCTTTCACCCCTCGATATTATTAT
TACCTTACCCACGTTCATTACTTAATCGATGTACTTCTAATCTATATAATATAAAAATGA
ATTGCTGTTCGTTAGTCTCGCTAAAACTCGAGAACGGCTGGACCGATTTGGCTAATTTTG
GTCTTGAATTATTTGTGGAAGTCCAGAGAAGGTTTAAAAGGTAGATAAATATGAAAATGC
TCGGAATTAAATAAAAATAACAATTTTGTTTTTCCTTTGATGTGTCCCCCGTCGGACGGA
TTCCTTTTGTTTGTTTTAAGTTTATTTTATACAAAAGTTTAGGTCTTTTATTTATCGATT
GAGGCACTACGAAGTCTGCCGGGTCAGCTAGTTTTACATAACAATATTGCTGTACAATTA
ACTAATATTTATCACTAACAAGCAATTGTATTATGTTATATTGGTTCCGTAAAATATCTT
AAGCGGTAGCCGGCGCCCAGAGATACAACTAAGTGAATACCCACCGATCACTTTGAGAAG
TCGAAGTCTTAGTTTTTTGTATAGCGGTTGTCCTAGCTTGGTGGATTGGAATGAGAAACT
CTTGATTGTACTCTTGATAATACGCTCCACTAGTAAATAATAGTTTTAATAAGCAAAGCG
TTGGTCTGGCTTAAAGCCTAATTTATCTAAAGCTGGGTTGCAAGCGAAGTTGATCATCGG
CGGTGGACCGCACATCAGTACTAGAACATCGTTGGACGGCGGAAACAAATGGTCGCGGAT
CATTTCATCGTTGATGAAACCGGAGCTGTATTTCCAACCATCCGTTGGCCGATCAATCGT
GTACCAAACTTGGAATTGGGAAGGATGTTCCCTTTGGTATCTTTCTAATTCATCTCTAAG
TAGAATGTCATCTTCGCTTTGGTTCGCGAATAGCAGCTTCAGTTCGGTGCGGTCGTTGAC
GTCAGTGCATATATGTCGGACCAGCTGAAGCATTGGAGCTATGCCAGTACCGCCTGCAAT
CAAGTTCAATTTCTTGACGACAACTTTTGTAGGCGGATCTTTTCTTAATTTCTTAATGAG
GAATGTTCCGTTTCCTGTGTACTGCAATCTCCCTGACGGTCCACGGACATCTATAGTATC
ATTTATCTTCATATTGTTCAAGTACTGAGACAGCTTCCCTCCCTCGGGAAACTTCGGATG
TACATTCTTAAAGTATACCTTGATAACCAAATCGACATAGCCTTTATCCTCATCGCTCGA
CACCGGCGTGTATGCTCTTATGACTAGGTCGTCGTTAATTTTTGCAGACAAATGAATATG
TTGACCGATCGGTAATCCCAATACATGTTGAGGAGACGGCAGTCCCAGCCTGAATCTCCT
GGTGTCATGACTGATTTCTTCCCTTTCTATCAGCGGTAATGCATATTTTACGTTAGAATC
TACTAATGTTATTAACTTTTTGCTAGATCCTTTAGATTTCTTTCCCCATAGACAATTGGC
TATTATAGTTGCTAAGACTACCACTGATCCAACACCAAATATTATTGGTAGTACCGCACT
TCCCGTTTCACTCATGTTTGCTCAAATACCAACTGACTGCTTAAATAACTAATACATACT
TTTATTGATACGATTACATATCTACAAGATAAATATTATCAACTAAGTAAATCACTATTA
TTTAT
(4205 bp)

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