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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN30768_c1_g3_i4
Scaffold_idBomo_Chr1
NCBI non-redundant
(nr)		calcium-binding_mitochondrial_carrier_protein_SCaMC-2_isoform_X4_[Bombyx_mori]
Ontology
GO:0002021 P response to dietary excess
GO:0003735 F structural constituent of ribosome
GO:0005509 F calcium ion binding
GO:0005739 C mitochondrion
GO:0005743 C mitochondrial inner membrane
GO:0006412 P translation
GO:0006810 P transport
GO:0014823 P response to activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0032094 P response to food
GO:0035264 P multicellular organism growth
GO:0043010 P camera-type eye development
GO:0043231 C intracellular membrane-bounded organelle
GO:0045333 P cellular respiration
GO:0046034 P ATP metabolic process
GO:0046872 F metal ion binding
GO:0055085 P transmembrane transport
GO:0060612 P adipose tissue development
GO:0070062 C extracellular exosome
GO:0070588 P calcium ion transmembrane transport
Transcript
Level		FPKM:2.25 TPM:1.25
ORF EntryO_BomoIG101239_complete:A_BomoIG_DN30768_c1_g3_i4
Sequence
(Nucleotide)
GTGATGTGTCAGTGTGATACAGTTCGCTGAGGAGGTCTGACGTGTGTCCGTTATCGCGTC
TGTCTTACGCAAACTCGAATATCACTAGTATTCTGCGATCTGATATTTAGTTCCAAAGAA
ATAATTCTGTGATTTAATTTATTTTATTTACATAGCAATTTTTCATACATTAAATAAAAT
GTCTCTGGAATTGGAAGATTACACGGGAGCGACAGGCGACGTCTTTGAAGATTTTCTCAT
CATCTTTCGCAGATGTTTGGCAAAGTATCTAGACATCGGCGAGGATATGAACGTTCCCGA
TGACTTCACACAGAGTGAACTACAAACGGGTAAATGGTGGAGACATCTCTTGGCTGGAGG
CATAGCGGGCGCAGTCAGCAGGACCTGCACGGCTCCACTGGACAGACTAAAAGTGTTTTT
ACAAGTGAACACAACTAGAGAAAATATGAGAAAATGCTTAGCGAAAATGTTAAACGAAGG
TGGTATAACCGGAATGTGGAGGGGGAACGGAATTAATGTAATCAAAATCGCTCCGGAATC
GGCGATCAAGTTCGCGGCTTATGAACAAGTTAAAAGGCTAATCAAAGGGGAGAGGAGTAA
CCACCCGTTGGAGATACACGAGAGGTTCATAGCCGGCGCGACGGCCGGGGCGATCAGCCA
AACTGTGATCTACCCACTAGAGGTGCTAAAGACGAGATTAGCGTTAAGGAAAACAGGGCA
GTACAGCGGCATAGCTGACGCCGCCAGGAAGATATACGCAAGGGAGGGTCTCCGGTGCTT
CTACAAGGGATACATTCCAAACATACTGGGGATCGTACCCTATGCGGGCATCGACCTGGC
GGTTTACGAAACGTTGAAGAAGAAATACATTAGTAAATATCAGGCGCACAACGAGCAGCC
GGGTATCTTGCTGCTGCTAGCGTGTGGCAGTATCTCGTGCACGCTGGGGCAGGTGTGCTC
CTACCCGCTCGCGCTAGTCAGGACCAGACTGCAGGCACGAGAAAATGCAGCGAGAGGCGC
GGAGGGTACAATGAGAGGCGTGTTCAGAGAGATCGTTCAACGCGAGGGCATCCGTGGCCT
GTACCGCGGCATCACACCGAACTTCATCAAAGTGATTCCGGCCGTCTCGATTTCGTACGT
CGTGTACGAGTACGCGAGTCGGTCTCTCGGCGTGAACATGACGTGATCAGGTTGCGGACC
GTGTTTGTGGCTGACGACAGTTCGCGGACACGCGGACGACACGTCACAGACACGACAACG
ACACGACACGACACCGCCGGGCGGGGAACGCCCGCGGTCAACACACTCTCTCGCAGTTAT
TTATTTACACACACACACACATCACATCCTGAACTAAAAGCGTTGCCATGCATTTGTTTT
ACGATAAAAGAAAACGTGTACGCTGTAGCAGCTTATATGCGAATGTGAACTTTATTTCCA
AGCCGTGTTTTTGATTTGTGGTCGTGAATACGTTGTAAGTTACCCCGTGGAAAGTACGAA
ATGGCGTTGAAAATTATGAAAATAAATGCAAGTTTGTTCGCAATGGACTTATCGGTCAGG
CCCAGACCGGTCAATTATTGGTTGCAGCGTTCACGTTTTCTTAGCTCGTTTGTACCATAG
CTCTCGTGCGTTATTTGTCTATTAATTTATTTTGTTATTGTAATGTTCCATTTTAAGTAT
TGATATGTAAAGAAAAATCTGACACTTGTTATATTTATAAGCTTGACATTTAAAATAAAT
TGTGTTGAAGTGAACAATTGGTTGCGACTTTGTTAAAATTTTGAGCCTGGTGTTAATAGT
TGGTCAAAACGTGACAGGACGAGCATCTGTGATTATAATAAATTATGCATTTTTTTAATG
TTTTCTTTTTATTTTGTTTACCTTTTCTTTTGGTTAGGATTTAGGTATGTAAGTGGTTGA
TTTAAGGGAGCTGTGATAGTATAAGCGTGATGTTCGTGACTACTTTATTTAATTGTCAAT
GTGTGAGCTCCTTGCCTTTTGTACACATGAGGTAATCAATTAAAAAAAAATAGAAAAATC
TACAATTGCATTCTCGTACGGCTGATCGTTGAAAAGGCTGCATTTTTAATTTGTATTTCA
ATTGATTAATATGCTTGAATTCTTCAATACTATTTCTTAATCGAGTGCTACTGACATGTG
TTATAGTAAGAATTAATAAAATTAGTATATTATATACATATTATAGTGGAATATATTTTG
AAAAAATATTTATAATCGCAATACATACAGATTTATATATAAAAATAAATTAAAATTAAT
TGATATTTATGTCTACAGCAATAATAATTATATGTATTAACATGTTATAGTAAAATGCAA
AGTTTAATATACGGAAGGGTTCGTGCTTTTAAAATGTATCTAGAAAAAATTAGTTTAGTA
ATTTCAATTAAATCAATGATAATTACTGTTAATCAATAATAAATCCTATTACGACATATA
TAAAATCTTCGATCTACCTTCTACTGTCTTTCTATTTCTATTGATCAGATCATCTGCTTT
TCTGCTCTCTTATCATTATAATAAACCTAAAAAAAATATTTAAAAAATCTAATAAAAATA
CAAAATAAGGTAACGGAACGTAGTTCAACCAGTGAACTAGTGATCCCATCCACCTGTTAA
AAATATTTAATAAAAAGTTTAAATTCCAATGTCTATTAATCTATTTAAAAATATATTATA
TAGTTATGTCAAATGCCTTTAAATTAGTTATTTATGTACCTTGTTAGGCAATTACTACTA
TAAATAGTTCATGATATTATTATAATGTATTATAAAAGACGTATCTTCCTTCTAGCCTCA
TTACCGCGTTTAGAGTAAAAGTGTGATTGAAAAATTAAAGCAATTTGAAAGATCATAATA
ATATATTTTATCGTGTTTTATAAACATGATTTTAGATTTTAGATAATGAATCTCGACTAA
AATTTGTTATTCCAATAGATTATATTTTAATAGCCAACTTACAATGTGAAATTATAGAAG
GCAGTGGTTTTTTTAATCTGCCAATGTCAACACAAAAGTTCAAAGTAAGTAATTTGTTAG
GATTATATCCGAGAAGTAATATTGTCCGTAGATAAGTAAAGATTTAACTATATAGATGAA
TAATTACCACAAATTTTCTGTCCACTTTGAAATATTTTCAGCTATGACAAAATGATGAAA
AAATATTCAAATTTCGATGTATAAAACTTTGTACTTAAACAAATAGTCATTGTATGTTTC
TTGAGTCTTGTAGGACAAATACAATAGATGATTTCTTTTAAATTAAAAAGGTGGCCTGTA
GTTTTTAATATAAAACTGAATAAATGTTGTGCTTTAAAAAAAAACATCTTAGTTATTTTA
TTTCCTGCAGACTCAAGGGACATCCTCATTACCTAATTCGATTATAGGTATAATTATTGA
TTCAAATTATAAAATTAACCTTACCGTCTTTAGAATATTATGCCTTACAATAAATAATAT
GAAAAAGTTGTGTACTTTTTGCGCTTGCATATTTTATTAGTGAAATATTTTCTGTTAAAT
ATCACTGAATTATTGTTCGTTGATATTTTATTGAAGAAAATAAAGTTTAAACTCATATTA
AAAAAAA
(3607 bp)

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