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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN31501_c0_g1_i1
Scaffold_idBomo_Chr16
NCBI non-redundant
(nr)		calcium_release-activated_calcium_channel_protein_1_isoform_X2_[Bombyx_mori]
Ontology
GO:0002115 P store-operated calcium entry
GO:0004252 F serine-type endopeptidase activity
GO:0005262 F calcium channel activity
GO:0005886 C plasma membrane
GO:0005887 C integral component of plasma membrane
GO:0006508 P proteolysis
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006816 P calcium ion transport
GO:0007399 P nervous system development
GO:0015279 F store-operated calcium channel activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0051533 P positive regulation of calcineurin-NFAT signaling cascade
GO:0051928 P positive regulation of calcium ion transport
GO:0070588 P calcium ion transmembrane transport
GO:1903779 P regulation of cardiac conduction
Transcript
Level		FPKM:4.25 TPM:2.37
ORF EntryO_BomoIG100558_complete:A_BomoIG_DN31501_c0_g1_i1
Sequence
(Nucleotide)
GCGGAAAAGTAATTTAATATTTGTTGTAATTGAAATTGACGACTGCGTGACTCTGTCATT
CTTCAACCAGTACATAAGGTAAGGTAATGAGTAAATAAATTGTTCTATTGTTTTAACCTA
AGTTACCCACGTGAGGAGTTCTGTTCCGTAAATCGATACAAAGACATGTTACAGTTTAAA
TAACTTGACACTGGCCGGTTGCTTTTCTTCGACGAGTCCATCACTATTCTTTCCGTTTGG
CTTATTGCGAACGGCTGCACCGTCGCGGCAGCACGTCGCCTTTTATCGAACGAAAGATTA
ATCGAGAGAGAAAAAAAAAACACAAAAATACGCAAACTTAGTTACATTTATGATTCGTTC
CGGTTGATCGTCGTCGATGTTTTGAATCGTAAAACCGATTTTCAAACGATAACACGTCGA
GTCAGTAGTGTTGTTTTCGGAATCGATGTTTAGCGGTAAGGAGAACGTTTAGTAGTGGTG
TTAACTTGTGCTTCGGTTCTGGAAGGTCAAGGAATTACATATGGTTTACATGTAAATCGA
TCGACAGCTATGCTCGCATTTATATCAAATACAGGAAAGAGTACTGTGGAGACCAGCCTA
AAGACCTTCGCAACCGTCGAATTATGATAGCCGGCGTAATCAATATGTTGGAGGTACCAG
ACAATGTTTCGGAGGCGAGCTTCGTGACAAGCGTGGAGGAGTCTTGTCGAGTTGACCAAT
GTACTCAGACCCCACCGAGCGGAAAAAGCAGGCCACGCACCTTACAAAGGTATCACACTT
CTGACCACATCTACGAGAGATCTGCGTACAGGAAACACAAGCACGAGCACTACCAGTTAA
TGACAAAGAGCCCAAGCTATGATGGACATCCGAAATTTAAAGTAAGCGTGACGGACAGCC
CCACGATCTCCCTAACGCCTCCACATAGCTTGGAGTACGTTTGCCCTCGTGGGGGTACCA
GCCCCAACGGCAGTACCACACCGAACGGGTTCTCGAACAAGTCTGCAGCCACCGTGCTAC
TGAATCCTAGTTATCTGCAGAACCCCTGTCAATGTAACCAGTCTATAAAGAGCATCAGTG
AAGTGGCATTAGCTATGCCTGTCGCAAACTGGAACGAGCTTCCGGCTGACACGATCGGCT
CCGAGGGCCTGTCGTGGCGAAGACTTCACATGTCCAGAGCCAAGCTCAAGGCCACGGCTA
CTACATCAGAATTATTATCAGGATTCGCTATGGTCGCAATGGTGGAACTACAAATCAACG
AGCCGACGAATGTTCCCGAATGGCTGTTCGTGATGTTCGCCGTTTGCACAACGGTGCTCG
TCGCTGTGCATATATTCGCTTTAATGATCTCTACATATTTATTGCCTAACATCGATGCAG
TGAGCAAAATGGAAACGCCCGGTGGTCCTACAAGAGCTCTGAGGGATTCACCTCATGAGC
GAATGAGGGGTTTTATAGAACTGGCTTGGGCATTTAGTACAGTTTTAGGTTTGTTCTTAT
TTTTGGTGGAAATTGCAATACTCTGCTGGGTGAAGTTTTGGGATTATTCATTTGCTGCTG
CAACAGCAGCAACCGTAATTGTTATACCAGTGTTAATAGTTTTCGTGGCGTTCGCGATAC
ATTTCTATCATTCGCTCGTTGTACAGAAGTGTGAGACCACCGTCAAAGACATTGAACAGC
TCGAAAATATGAAGAGAGATCTCGACACGGCAACTGTCAAAGTGAACATGTACAACTGAA
TAACCAAAGTGATCTAAGACAATTTTTCGACGGTTATAAATTTAATATAATAGTTATTAA
TAATTGAGGCCGTCAGCCCAAAGTGGCCTAAGCTTACCATAGTTATTATGGAGCAATGGA
GGCTTAAGATTTCTTGAATTTGAATTTGAGGTTAGTTAAAAAAAAACAATATCTATGGGT
CGAACTATGGATAGGCCGGTTTTGCATCAAAATTTATTATATTTTAAATACATTGCAATA
TACATTATTATGAAAAATTGTGGGTTAGGCCACTTTTGTGCTGACGACCTCAATTATTAT
CGTTGGAAATTAAAGTTCATACGCTGCAGTTCAACTGTTACCCCTATTACTGTTGATTAA
TTGTTATTATTATACTATTTATATTTAATTATTATTAATCAATCGATTATTAGCATTAAT
AGGGACGTAAAGTATATTTTTGTATGTGTTGTTCAAAATCTGAAATATAATTTGAAAGCC
GTTCAGAAATAGGTAAGTTAGAATGGTTTTAAGTTTGTAATCGAAGTTCGTTGTCAATAA
CAACAAAAAAAAAAAATACGCACTGCAGTTTGTGAGATCATGATCTATAGTAGGCGAGCA
TCTGCGAGAGAAATCAGATGTGCCCCCTTCACACACTCGTCTTTTTATGCGTCGATAAAA
TGGCAATTCATTTTACAACCAACTAATTACCTAATTATGAATTAAATTGGGCATAAAATG
AAAATTGAGAAACAGTTCTATATGTTCGTATATCACTAGCGAAAATAATAAATAAGTATA
GTAGATACTATGGAGTTAATTTAGGCCCAAAAATTATCTACTAAGTCCTTGCTATGAGGA
AATTAAATAAGGGCCTGATTCTCATATTTAATTTGTTAGTGTATTGCTAAAACGATATCG
GCATTGCAAATTTGACGAACTTGTATTAAATCTCAACGAAAAAAACTAACGAATAATATA
TCGAATACGGTGTTTTTTTATATAACTTAGCGAATTTTTCAACGAAAAACTTGATTGTCG
AATTATTTAAGTAACTAATGTTACATTTGAAGGCGTTTATAATCTAGGATTTAAATCCGT
ATTTAAAAAAAAACATGCCTAAAATTGACTCATATGTAAGTTTGAAGAATAAGTGAGATT
ACAATTGCATGGAAAAGTAATTGAGACTTAAAGTCGATTTGATACGATCATAGTATATAA
TATTATGTAATATGTAGGTGTACAATTATTTAAAATGTCTCAAAGATTTTCATATAGATA
TGTGTCAAGTAAAGGTTGCGAGTACTAAGTGAAATGAACACAGGGTGCAAAGGTATCTGA
GCCGCAGTAAACTACTAGCTCAAAGTAAATAACTTCCAACGACAGCGAAGACATCCTGCT
ACAGTTCCTCTGGTGTGTTTTATACTCGGCATTCCGAGGAGATTCTTCTTAGGCTATTCA
ATTCAGCTAAATAATAAACGTGTAAAAACTAATCTGTCATTTTACGAACACGGTTTTTTT
TTTGTATAGTAATCATGCTATGAATTATCAGTGTTACAGATATAACACGTCATTTCCGGG
AACAATGCCAATGCAACCCGTTTTTATGAACACTGATAAAAATTATATAGGTATCTGTAA
ATTGTTTAATTCTATAAAGGTTCACCTTTTTATTAAAATCATGGTCTTCCTATTTATGTT
TGATAGGAAAAACCATTAGTTAGAACAAAGGAGGAATAATTCAAATTAGAATAAAAAAGA
AAAAAAAAACAATTCTCACGTCGTCGGTACCTACAACATATCGGAAGATTACCATAAAAT
TTAGAAGAAAGAGCATTTCGTATGTAGCTATTTATGTCGTACGTCAAAATCTATATAATT
GACGGGATTAGCGGGAACCAAGTCACCAAGCAAAGGTATCTCATAACCATTGCACACTAT
AGAATTATAATATATCCTGTTAGCTTAATCAATGTTTTCTATGCTCATAAGACTGTAATG
TATTATGAATTAAATTGTGTACGCTCATTTGAGGAAAGGACC
(3762 bp)

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