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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_SariASG_c36026_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		transient_receptor_potential_channel_pyrexia_isoform_X1_[Bombyx_mori]
Ontology
GO:0005216 F ion channel activity
GO:0005261 F cation channel activity
GO:0005262 F calcium channel activity
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006812 P cation transport
GO:0006816 P calcium ion transport
GO:0009408 P response to heat
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0034220 P ion transmembrane transport
GO:0034703 C cation channel complex
GO:0048060 P negative gravitaxis
GO:0050896 P response to stimulus
GO:0051290 P protein heterotetramerization
GO:0055085 P transmembrane transport
GO:0070588 P calcium ion transmembrane transport
GO:0098655 P cation transmembrane transport
Transcript
Level		FPKM:14.25 TPM:13.80
ORF EntryO_SariASG11188_complete:A_SariASG_c36026_g1_i1
Sequence
(Nucleotide)
TTGTGATTAACTAAAGCCGGTTCGTAAATCGAATATAATAATTTTGAAATATCTAAACTC
GAAATATTAATTCGATTGCGAAAACAAATGGTTACTTTTTTAATATATTGATGTAAGAAC
ATTACATAAATGAATTCTAATTGATACAAATGATGATTGATGATAATTATTGAGGTTTAA
GTGTAGTGAATATACAGTGTGATGTGTACTAAACAGATATTCACAACGCTTTTCAACAAA
GACATAGAGAAAGGTGACCCGGATCAGAGGGAGCCGGACAATTTACAGCCGTTGCTTGGT
TTGGATGAAGATGGACGATACATTAGTCGACAGCGGCCATCAAGGCCCAGAGACTTGGGT
CTTAACCCAAACACACAACACCCAGGCCACCGTACCTTACCTAAGCTGACCCTACCAGAT
CTTACTCCGTCATCGGTAAACTCTACGGTGAACAATACTCCGGTTGTAGATACAGGCACG
ACAATCTCCAAGCCATATAGACGGAGTGACCGACGCTTGCGACGTCTCAACACTGAACTA
CTGGAAGCCATTGAAGCTCATGATGTTGAAGAAGTGGAACGGCTTCTTAATTCAGGAGCT
AATCCCAATGCGACTTGTCGCTTGGCACTGGTTTCCGCTTGCCACATGGCTGCGCTTATG
GGTGGCGATGCACTGTCTTTGCTTGTCAAATTCGGAGCTGAAAAGCTCAGGATCGATAAA
CTTGGTAGAACTCCACTCCATCTTGCTGCTTGGGCTGGAAACGCTAGACAAGTTGCGATA
CTCTTGGATTTCCCTGAAGACATGCACGACCGTGTGGAAAACGACAGCATGTCATCAGAA
ACTGAGGAAGATGTCAGGAAACTCTGCCCATTTATAAAGGAGATGACGAACGTCCGTTGC
GACCTTGGCGAGATCAATATGTCCTTACCGAAGACTTGGAAGGACAACATAGATCACGAC
TGTAAGGAGATTAAAGGAAGTTTGAGCGTATTCCAACCGGGCTGGACCCCGCTTCACGTA
GCCAGCTCCTGCGTGCGTCGGCACTGTATTCGGCTGCTGCTAGCTGCCGGTGCCGATCCT
AACCAGTGCGACGTTGAAGGTCGAACGGCTTTAGACGTCGCTGGCTTCGCTTATTATTAC
AACCACGAGGTTAATGCTAAACATCTAGCAGATGTGATCAGAATGCTGTTTAAAGCTGGT
GGTAAATTTAACACAATGAGACGTCGTGGACTTAATAATATAGATACACCGCTCCATACA
GCAGTAGAATTGGAGAACTTGGATGCTATAAAGGAATTACTGGACGCCGGAGCAACTGTG
ACTTGTCTCAATCGAGCTGGACTGACACCGTTGCATGTTTGCGTGAAGAAAGAACTTGAG
GAACATTTGCAAGTTTTAGCAAATTATGATTACATAAATGCAGACCCATTGATGGCCATA
GTTGATGTGAAAGATAAAGAAGGTCATACCGTTCTTCAGACGGCAGTTGAAGCTGCATGG
GTACCAGGAGTATGTGTAGCTTTGGAAGCCGGAGCTGACGTAACTTTAAAGGCAAATGAT
GGAGAAACTACTATTCATTCAGCAGCAGCATTAGGAAACATTCACGTTCTTAGTGAAATC
CTCAGCATTGCTAAACAGAAAAATGCAATTGATTGTCAAAACGATGAAGGAGAGACTCCT
CTATTCAAAGCAATAATTCACGGTCATACAGAATGTGTTAAAGAGATACTAAACGAAGGT
GGTTCAACGAAAATAACTTTGCCGGGAGACGTTAATGTCCTTCATGTTGCCGCTGATTAT
GGTCATTTAGACATTCTTGAAGTTTTACTAAATTATGATGAAGATGTAACAAAAGCTATG
ATAAATTCACTAACCGCTGGTGATAGGAGAGGATTCGGCCCTATACATTTCGCTGTTTCA
AACAATCATGCGGATTGTGTTAAATTACTTTTATCTAAGAATGCTGATCTTCGATTAAGG
ACCACTTGTAGTCCACATAAAGCTTCTACACCTTTGCACATAGCAGCAGTGAAGAACCAT
GTCGATATAGCAAATATTTTGCTAACTTTTGACAAAACGACAATCCATGAAGTGAATAGT
TTAGGATGGCTGCCACTGCATACTGCAAGTCATCATGGAAGTAGAGATGTTATTACACTG
CTTCTTCGTGAAGGCTCCGACTTGTCAGGTTATACGGACGGCCCGAAGAAATTTAAGAGA
ACGGCTATTGATATGATAATTAACAATCTTTCAAAACCCACTGAATTTATGGAGGATGTT
TTCGATTCCTATATTTCTAGCAATGGTCAAGATCTTCAAGATCCCAACTGTGTGGTCACT
GTTGATTATGGTATATTAATGCCGAATTCCTGTGAAATGGAACAAATGAAGGTTATCGAA
GCTCTCCTTAAAACTGGCAATCGTTATGGGCAGAAGAGGCTGCTAGTCCATCCTTTGGTT
GAGAGCTTTTTGTATCTTAAGTGGAAAGCTCTTTTGCCATTTTTCTATACTATAATAGGA
GTGTATGGTCTCTTTGTTTTCTCGTTAACAATTTTCATCGTATCCGTGTTTTTCTATAGA
GATACTAACGACAGTCCACCTGAATGGCTAAATCCTACGATATGGAGCTATATTGTATAC
GCTATGATTTGTTTAATACTTTTACAGGAACTCCTTTATATGAACGTGAAGAGCAGCCAA
TACTTTCTGCAGTTAGAAACATGGATAAAATTTGGGTCTCTAGGGTTAGCGGTGATATTA
CCATATGCTGTAGTAGTGGTGCAGTTGAACGATGCTGATTGGCCTCGTCACGTAGCGACT
CTGGCTTTACTCTTTTCGTGGCTTGAGATGATGTTCTTGTTGTCTAGATTTCCAAACTGG
GGCTATTATGTTTTGATGTTTGGAAAAGTTGCTTCTAATGTCGTGAAGATTCTACTGACG
TTCGCATTCTTAGTCATCGGTTTTTCATTAAGTTTTATGATACAGTTTCGTTCTCAAATG
CCTTTCGAAGGACCCTGGGCAGCTCTAGTTAAGACTATAGTAATGATGACATCCGAATTT
GATTACGGTGCTCTTTTTGATGAAGAACATTCGAAAGAACTTGCCACTTCTCTCATAGTT
GTGCGCATCATATTCCTGATATTCCTCATATTGGCTGCTATAGTTTTAATGAATTTACTA
GTCGGTGTTGCCGTTAATGATATCAACGATTTAGAAATACTCGGGAATATCAGAAGATTA
GCAAAGCAAGTAGAGTTCTTAGGTACTTTGGACACATTGGTATACAATAAATTATTTAGT
AAAATACTTCCTAAAAGAATAAACAGCAGGTTGAAAAATAAACGAAGAGTACTGAATGTG
ATGACTTTATGCCCTGGCAAACCGAGATGGAAGTATTCCAAAGTCTTACCTTCAAGGATA
AAAGATGAAATTTTCAATAAAGCCCAATCCCAGAAGAAACAGATGGAAGATGAAATAGGT
ATGCAGCATTTTAGAACACTTATGACTGAAATGCATGATGTTATTGTAAGAAGTAAAGAA
CAAAAGAAAGTAGATTATCCTGATATAATAAAAAATAAAGTAGTTACGAAAGGTGAAGAA
ATAGTTAAGCATCTAGATGAATTAGATGATGCGGTTGGTGAAATTAAGGAACAAACGAAA
TGCTACGTCGAAGAATCTAGAACCACAATCGAGATGCTAAATGTAAAGATGGATCAGATG
TCGTTAGAGATGGAAGCTATTAAACAATTTTTGATAAGATTTGAAAGTAAGTTGGGTAGA
TGACGACCTATTATGTAAGTTTCTTTTCTAAGTTTGTACGTAGAAAATAGTAAATGAAAT
TAGACTGAAAAAAAAAAAA
(3859 bp)

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