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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25672_c5_seq7
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_calcium-binding_mitochondrial_carrier_protein_Aralar1_isoform_X2_[Bombyx_mori]
Ontology
GO:0003735 F structural constituent of ribosome
GO:0005509 F calcium ion binding
GO:0005739 C mitochondrion
GO:0005743 C mitochondrial inner membrane
GO:0005811 C lipid droplet
GO:0006412 P translation
GO:0006810 P transport
GO:0006839 P mitochondrial transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0022857 F transmembrane transporter activity
GO:0031966 C mitochondrial membrane
GO:0042060 P wound healing
GO:0046872 F metal ion binding
GO:0055085 P transmembrane transport
Transcript
Level		FPKM:2.65 TPM:2.45
ORF Entry
Sequence
(Nucleotide)
ATATAAAAATGACAGATTCCAAACTCAAATGTAATATTTTGTTTATTTCAATTGTAACAG
TATTTATGGCCAGTCTAAGTGTAATGGCTGTCCCGATCTTCAAACCTTGCCTCGTTGCAG
ATATATGCACGTGGCTTAAATTACATCCCACTAAATTCGGACGATATCGTTCAGGAATGA
ATTTACTGAAAGACATTCTGTACCTACATGATATAAAAGAGCTTAGATATTAAATATTAT
ATAGTACATATTACAATGTGAATACCGGTATGTGCTTCAAGATATAAGATTGAATGTACA
AACCGCGATCTTCCCTTTCGAAATGGAAAGCTTGGTTACAAATCAAAAAGTTACGATAAA
CTAATAATTTATTATCATTATCACCTATCTTATGCATTCGATTATACATGTTTCAATGAT
TTAATTAGTTTATGGTAATGAGCTGAGAGGACTCTAACGATAAAGGTTCGGAGCCTCTCC
GCTTGAAGGAATACGAAGACCTCGCCACCCTCTGTGGTGTTACACGATTTTCACATTATT
GTCCTTAACAGTAAAATAAAAGATAAGGACTGAGTATATCAGAGGAAGTGTGAAAGTAGC
CCCGGTAATTAACAAATTAAAGAGCGGACGGTTAGCGTGGTATGGACATGTGATGCGTAG
AGAGAAGATGCATGTGACTAGGAGATGTATGGAAATGGTAGTGCAAGGTAGAGGGGGAAG
AGGTCGACCGAAGAAGACATGGATGGAGTGTGTGAATGACGATATGAGAGAGAGAGGAGT
GAGTGTTGAGATGACGGCTGATAGAAGAGAATGGAAGAGAAAAATTAGCTGTGCCGACCC
CACATAGTGGGATAAGGTGGAGAAAAAGAAGAATATAATATAAAAAAAAAACTTCAATAA
ATCATTAAAATGTCTTCAAAGAACATGAATAATAATCTCGAGGGCAGTTTGACTGGCCAT
TACTCGTTTTTTTTTTTTTAAATTCTATCTAAATATTCAAAATGTCGATTTTTTTACTCG
ATTATATTACACTATTGTTTTTTTTTGTTATTTTATTTCTATCTATCTAACTTACTATCG
AAGTGCAATATCGTCTTATCGAATCGTTTATACAAAAATCGATATCGCAGGTAAGCTAGG
CATTTGTAAATATGATTATATATTTTCAAAATCACATTTGGCCAAATTCCGTTAAAATTT
ATCGATATCGATAAACATTTTATCGTACGCGAGCGTGTTATCAAAGCAAGTTTTTTTTTA
AATACAGTTTGGTCACTCTTAAAACTGATTAAACCGTTAACAATATACAAATCTGAAAGT
AAACACCGAATCTCAATTGAACATCCCAATATCGATACGAGGATGACGAACTTCACTATT
ACAATGATATACAATTTCAATTACACAATAGTCGATATTATAATCGAACAACATTCTCAC
TGACACGTTTCTGATTCCACAATCGATATAGCGTTATAGTTTTGTTAAACCTAATCGATT
ATCAGAATCGATTTTCACAATCGATATAGCGTTATAGTTTTGTTAAACCTAACCGATTAT
CAGAATCAATTTTCATAATCGATATAGTATTATAGTTTTGTTAATCCTAATCGATTATCA
GAATCGATATTTAGAAAAAATTATATATGAATGTTTCTAATCGATTATTCGGCTAGTGCT
CACTCATTGCTGCGCTGGTTTCGGATACGAGAACCTCGGCAGGGAGATTCCGAATTTGGT
TTCGAGTCCTGTCAGTACCGGTAGGGCCACTTGGTAGCCGCCGATGTGGTGCGGCTTCTT
TATCGATTCCTCGATGGGGGTCGCCACGTGGAGCTCCGAGCCCGTTGGACGAGACCCTCC
GAAGTCGACGTAGAAGAGTCGCTGTAATATTTCATACGTGACCAGCGTGACGCCGAACTG
CGGCGACGAGCGGAACACGCGAGCGATAGCGCCCTTCCAGAAAGCTCTGGCGCCTTCCTC
TGCGTATATCTTCCTGGTCGCGTCTATAACTCCGTTGTAAGTTGTTTGTCCGGACCGCGC
CACCACCTGTAATCTGGTTTTGATGACGTCAGCGGGGGTGACGAGCGAGGCGGCGGGGAT
GCCGGCGATGGCGCCCGCCGCCAGCAGCGTCAGGGGGTGGTTGTAGCCGTTCTCGTCCGC
GAACTTAGCCTTAACATGAGCGTAGGCCGGGAAGTATATGGCGCTGAAGGGCACGTCGCG
GAGGAGGCAGGCCTTCGCCCCCTTGTACAGTCCGAAGAGCCCGAGGTCCTTGACGACGGA
CCAGGCCTTCACTTTGGTCCCCCCGGCTATCTCGCCGGCGACTTGAAGACGAATTTTGAC
AATTTCCAGGGGATTCGTGAACACCACTTGAGAACCGCCCGCACATGCGCCGGCGATGAT
CTCAGCGTACAATGATATGTTTCCTTTTTTGTCCATGAATTTATCGCGAACTAAATCGTT
GACCGTTAGCTTGATGGCTTTCTCCGGGGCAACGCCGATGAGCTGCGGCACGAGGCCCCG
GTACAGGCCGAACACGCCCTCGTGCCGGATCACCTTCTTGAAGCAGTCCCACGAGTTTCG
GTACGCCACTTCGCCGATGAACGAGCCGGTGCGCTGGTTTTGCATCCGGGTCTTGACTAG
ATCTATCGGGTACACCGCCGAGGCTCCCACGGCCCCGGCTACGGAACCTAGCGTGAATCT
ATACGTGCTCTCTAGGATTTGTATTAGCACACCTCTCTCCTCCGGGCTGGAAACAGCTTT
AATTTCTGCTACTCTTCGTGTAACCTGCTTGAAGTATTGCTCTGGCGTTATGGAGTTCAA
ATCGTTGTACACAATGCGACCATTTGTATGGTGCAGAATGTCGCACAAGTTGAACAATAT
GTCCACTTCTAGGGGCGTGATTTGACTCATCATCTGGGCAGAGTGCAGAAACTCCTCTTT
GGTGACCTCCTGCGTGCGGTGTCCATTCGTGGCGTTGAGGTACACCCTCTTGATTAGCTC
CATGTTGTTTAATAATGAATTGAAGGCCATATAGTAAGGGAAGCTGATCTTTCGCTCGCC
TTGCGGAAAACCAGAGGCAGTGATGACTTTGCTTTTCAAATCCTTTGTGAGAAGATGGCT
CTTCACCGACATCATGATATTTCTGAAGTCGCCGGCTGTGATGAATCCGGTGCCTTCCTT
GTCGCATTTCTTGAACGCTTCGACTCCGTATTCTTCGTGGAAGTCGTGCAAGAACTGACT
GAACTCAGGGTAGGTTACGAGCCGCTTCTTATCCTTGCCGAAGTACAGGCGAACGAACGT
GCTCTCCATGTTGAAGGGCAGCTTCTTGTGGAGGGCCGTTTTTCGCATAACCTCGGCGAA
TTCGTCAAAAGCAACAAGTCCATTCCCATTCGTATCGAATAGTTGAAAGGCGGTTTTGTA
CAGAGCGTCCGGCACGCACAGCAGACCTTCAAACGCCTGGAATTCGGAGAACGATATGTA
ACCGTCCTTGTCCATGTCGACGATTCCAGCGATGAGCTGGACCGATTCTTTGTTGAAATC
ATCTTCGGAGAATAATCCTAGATATTTTCTTACAAAATCTTCGCTTGTGATATGCTTCTC
ACCGTTCTTCTCAACGGTGGCGTACTTCAAGAAGATCTCATGTAGCTTCTCTGAATCAGC
CCGTTTCAAATAACCAGCCCCCCGACGAGAAGTCATTTTGTGTTGGAGAGATAAATGGAA
CTCTCGTCGGGGGGCTGGTTATTTCTCCAACACAAAAT
(3758 bp)

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