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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoOtmSK_comp14185_c0_seq2
Scaffold_idBomo_Chr5
NCBI non-redundant
(nr)		voltage-dependent_calcium_channel_subunit_alpha-2/delta-3_isoform_X4_[Bombyx_mori]
Ontology
GO:0005244 F voltage-gated ion channel activity
GO:0005245 F voltage-gated calcium channel activity
GO:0005246 F calcium channel regulator activity
GO:0005262 F calcium channel activity
GO:0005891 C voltage-gated calcium channel complex
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006816 P calcium ion transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0034765 P regulation of ion transmembrane transport
GO:0046872 F metal ion binding
GO:0051924 P regulation of calcium ion transport
GO:0070588 P calcium ion transmembrane transport
Transcript
Level		FPKM:2.89 TPM:3.11
ORF EntryO_BomoOtmSK12065_complete:A_BomoOtmSK_comp14185_c0_seq2
Sequence
(Nucleotide)
AAAAAAAAAAAAAATAAAAAAAAAGAAAAAAAAAAAAATAATATGTTTTTTTTTGATAAA
TATTTTAGATATCAATAAAATTTACATCATATGAATTTTATCGACAATTAATAATATGTT
TTATATAGGAAATTATTGGATTTGTCTGTATTATTTATTATTTCCTTATCATTCACATGC
ATTAGGTTTTTTTAAATTATGTAAATGTAACTAGGTACATTTTGAGACATTGATTTTAAA
ATCGCCCTTATCGTGATATTTCTACACCAAGCCCATAGATCTATGGCGTACATTTAGATG
TTTCGAAAGTTACGTACATAATTAAATATTTATAAATGATGATATGTGACGAAAGTGCTA
AATATTATCCAAAAAAAATTAGAGCTCGGAAGGGATCCTCTGCCGCACATGTCGATGTTG
CTTTCTTCTGTGTGGTTCTTGATACACGATGTAGGTTGTTTTCTGTAAAGAGGATGCACA
TGCTTCAAGCATGGCAACGATTCATTGTATTGGACTTCAGTCGCTTCTATAAAAGACATA
GACGCTTCTTCTCTAGGGCAGCTCGCATCGACAACTATCATAAGCATATTCGTATAGTTC
ACAAGCTGAGCGTAAAACGGCCTTTCGCAGTCTTTAACTGGCTTGTTTAATTTCGCGTCC
AAATTGCTGTACTCGAGTTGGTAAAGGAACATTTCTCTATCGCAAGGCGTCGGTCTGGTT
CTGTTGATCAACACCAATTTCTCGAAGTCCCTCTCTAAAGTTCGCATATTCGTCGGTTTC
GACATGTAAGAGTCGTCATTTTCTTCATCGTTCTCGTAACTCTGATATGCAACATCGTCG
AAAGAGTAGCTGGAGGCTTGAGCGAGACTTAAAGCGATCGAGTTGTAAAACCATAAAGTT
GTAGACACAAACCATGAGGTTATGATCTTAAAATTGTGCAACGGCGTCATCAATGTTGAA
GCAGGATTCGTGGTTTTCTTTTCTCGGAAGCAGACAGCTTGATAGTCTACAATATGCACG
GCTTTGTAAACTTCGTCTTCGACCAGCTTCGTCATTATATCGGGACGAATCCTTCCAAAG
AATTGGCCATTTTGTGTAACATCCTCGCTGACGACGATCCAACCGTTGTTATCGACGAGG
TAACAGTCCCAGGCGTCCGAGAGACAAGTCACGCATTCCTTGTTGTGCTCACACGACGAA
GTTATATTTTCAAACCACTCGCTAAGACGTTCGTGCTTGAACTGGAACCCGACTACGGCT
GCTGGCGCTTTCTTGTAGCCGTCTCCGTGGAACACCGCATGAGAAGCAGTTACAACAGCA
TTACTGATATTCAACGGAAACTTATCTGTGTTTATTTCAACGCTGTAAACGTAGCTGAGG
GGATCCACGTAATGTTGCTCGACTGCGCGTCGATACCACACTTCATCTATCGAACGGGGC
CATTGCTTTCCGAATTCAGCCCTAGCGTTATCCTGTTCCCTCGGCGGATGAGTTTGCCAT
CGTGTCAATCCGCTGTGAGTTGACAGAAATGCCACGATGTATCCAAAACGCTGAATGAAC
TCAGACGCTTTTTCATCGGAAGCCGAATCGGAAATACTCTTATTGAACCATGCTGTGTTT
CTGGCATCATATACCAGAGCCTGCATCAAGCCGTGGTCACAGTAATATTCATTTCTGGGA
GTGCTGTTTGTAACTTTGTTCCGATCTTTAGTTTCCGGTGTTCCATTGTTATGTCGTTCG
TGGCCTTGTTTGTTCTTGTGGTGTTCCGGGGGTCTTGGTTTCGCCGGCCATCTCCACCCT
GGCTTCGCAACGCGCTCCAAAAAGTAAAGCAACTCTTCTTCGGGCGATGAAAAAGTACGC
TCGTAGTGACGACAGTACAGCCAATCAGGGTGGACGCTCCATTTATCAGATAAATACTGC
CGGGCCGATATGTTCTTGGATGTGAGCGATAAGCGGTGAATATCATCCGTCGGGGGAGGT
GTGATACGATGACGTCCGTAGTTCTCGGGGATCGTAACTACCAAAGTAAACGGTGAGTCA
CTGATGCCCGTCCAGAAGTAATGCTTCTTAGCTCGCGATACTCTTTTCATGTCATCCAAG
TGATATTTGACGTTCATCACTTTATTGCCTGTCTTTTGATCGATGATTTCTTTACGGAGC
GCAGTTAGCTCCTTGCTGAAGTTCCTAGGTCCTCGGTCATCATCAAACAACTCAACTTCA
ATCATATCCACACTGTTGTAGCTCGGCTTTAGGATTTGTTGAAACACAGGTCGCAAGTCA
GGATGTAACAAAATGTATCCGTTGTTGGTCACTATAAAGGCATACCCGTTGACTCCAATC
TTATAAGGTGTCATTAGAGCTTGTATTTCTGATAAGGGAACGTCCGTGCCAGCTACTCCC
AATAATTTAGCAATACGCATCTCATTATGGCGAAGATCGTAGACCGGCATAGAAACTGAA
GTCATCAACTGATACTGGGAGTTTCCTAGTTCACTGTACTGCCCCTGTTTCATCTGTGTG
ATTCTCCAACGGCGATCCTGTTCTTTCTCAGAGTTGAAGAGTACCTTGTCCCTTCGCTGA
CTCAAGAAACGCTCCTTCTGTTCGGCTCTTTCGCGTTGCTCCCACAGATAATCAGCCACT
TTAGGATCGGTAACATTTGCATATACAGGAGTCCAAACTACAGGATGTTTTTCTCTTTGC
AACACAAGGGGCCGCGCCAAAACATTAACGTGCTCCAAGACCCGCTCCCTTACTTCTGCT
AAAGTACTGAGATGAACGTAGAATCCTCGATTTGCACAAGCCATCCATTTCACTTCCCTG
ACATCAGCAACCTCGCGCCCTATCAGGTACGTGAACACCCTCACTGGAGTCTCGTATTTC
CAATTGTATCTCTCGAAAATTTCTTTGTAGTTGTATGGAACGCCATCAGTAACTAGCATA
ATTGCCTGATTACAATTAGCTCCGCCACTGTTGTTTCGATAGATTTCTAATAACTCGAAC
GCCCTAGTCAAAGCTGCAGAAAAGTTTGCTATTTCCATTGTTTCAAAATTATCCAATGCC
AATTTCAGCTCACGTAGATTACCTAAAGTTGCCTGAACAAGGGAATCTTCAAAGCAAGGT
ACAATTTCTTCGACTGTATCAGCAAAGGTCATGACGCTGACGAAATCATTATTACCGAGG
GTATCCAATATATTCGTAACAACGTGCTTAGCTATATCCCGTCTTTGTCCAGTCATTGAC
CCGCTGCGATCGACCAAAATTACTACATCCTTTGGACTGGCTGCCGCTTCCATGTACCAA
GCTCTTGTACGACAATCGTATATATCAACAGGATCAGCCCGCCATTTCATTGCAGGGTAA
TGCCTCATGAATCCTGTTGAACTGCCGAAGTACTGCCAAGAGAGTGTCGGATCACTTTGA
TAATTATTGATAAAGTGCGTATCTAAGCCTTCGGACCAATGTATTCCTTTTATTACTTCC
GGCGCCCAAGCATAAACATTGGTAGGAACATGAACGCTACTAAAATTGGCGTTCACAGGT
ATGTTTGAAAAGTGGGGATTCGCTTGTAGATGAGCACTTTTCGTTGGCGGTCGAACAATC
CAATTATCAACATTGAATTCCGGTTCTGGTGTGGTCGTCAACGATACATCATCGTAAGGT
TCGTCCATTTCTTTGCTATTGTAAAATTGAAAATCTTCCGGTACAGGTTCATTTTGTTTA
TCGAACGCCATGTTCTCAGCCGCTTCTACGATCCTTTTAACGGCACTAATTTTGAGCTCC
ATCATGGCTCGAATATCGTCCGCCATATTTTGTACTAATTTTTCTCCATCCCGCACTTCA
ATTTGCGCGGACTTAAAACTATCCTGAACTTCTTTCTTCCGAGTAATAAACTCACCAAAA
TGATATAATTCTGTACCAAGTTTGACTGCCCACGCCTGCACCGAGTTGAACGATATCTTG
CCAGGGGCATCATATTGAATGCTAGCCGAACAGTTCCTGGTGTTCAGGAGTAAGAGCACA
AGTATCGATATCGAACCGCCGACACGGTTGCACATCAGAAAACAAGTTAACCGTTTATGT
TAGCCGACTATAATTGTTTGCTCAAAACGTGATATAAGTTCATTATAATTTTCTGGATTA
CACAAATATAACACTGATTCAACGAATTTACAATATCAGTGCAACGTTGATAAGGAGTTA
ACCGCGACGGGCGAAGCGCAGGCGTGAGGGAGCACGTCCGGGCATGCGCACTATTCGGTT
TGCGCATTCCTACTGATGACCTCCACCTTCAAAGCCCGTTTCATT
(4305 bp)

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