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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp41072_c1_seq18
Scaffold_idBomo_Scaf030
NCBI non-redundant
(nr)		PREDICTED:_transient_receptor_potential_cation_channel_trpm_isoform_X2_[Bombyx_mori]
Ontology
GO:0005216 F ion channel activity
GO:0005261 F cation channel activity
GO:0006810 P transport
GO:0006811 P ion transport
GO:0007005 P mitochondrion organization
GO:0010960 P magnesium ion homeostasis
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016049 P cell growth
GO:0034220 P ion transmembrane transport
GO:0034703 C cation channel complex
GO:0043052 P thermotaxis
GO:0046873 F metal ion transmembrane transporter activity
GO:0051262 P protein tetramerization
GO:0055069 P zinc ion homeostasis
GO:0055085 P transmembrane transport
GO:0070838 P metal ion transport
GO:0097682 F intracellular phosphatidylinositol-3,5-bisphosphate-sensitive cation channel activity
GO:0098655 P cation transmembrane transport
Transcript
Level		FPKM:0.00 TPM:0.00
ORF EntryO_BomoMG24340_5prime_partial:A_BomoMG_comp41072_c1_seq18
Sequence
(Nucleotide)
TCCGGTCAGACCTGTCTCAGCTTAGCCGTGACCGCGAACCATCGTGCGCTACTCGCTCAT
CCGTGCTCACAAATAATCTTAGCGGACTTATGGATGGGCGGCCTCAGAACGAGAAAGAAC
ACCAATCTCAAGGTAATTCTGAGCCTGCTGTGTCCGCTGTACATTCTGAGATTGGAGTTC
AAGTCCAAAGAGGAACTTCAGCTGATGCCGCAGACGGAAGAAGAGCATCTAGAGAACGAG
AGCATCGAGGATGATAGGAGCACCAAGGATCCGACAGATGCCGAGGCGTTGATTGGCTCA
GGGGAATGCGAGACCCGGGTCGATCAGAACGGGAAAGTTGGTAAAGTAGGATGGGAACCA
TCGTACAGAGAGCTGCCAGAGTACCACCCATCTGAAATTAAACGAATGAGGCCACTGCGA
CTGAGGAAGAAGATCTATGAGTTCTTTACGGCACCGATCACTAAATTTTGGGCCGATTCG
ATAGCCTACATATTGTTCCTGTTGATGTTTACATACACAGTATTAGTCAAGATGAATCCT
ACACCTTCTTGGCCGGAAATATATTCTATATGTTATATATTAACTTTCTTATGCGAGAAG
ATTAGAGAAATCGTAACATCCGAGCCTGTTGCCATTAGACATAAGTTCAGTGTGTGGGCA
TGGAACATGTGGAACACGTATGACGCTGGTTTTATAATATTCTTCTTAGTTGGATTGACG
CTGAGACTCAGAGAGATCTCAAGAGACGTAGGGAGAGTTATATACTGCGTCGATATTATA
TATTGGTACCTAAGGATCTTGAATATATTGGGTGTCAATAAGTACTTAGGTCCCCTAGTC
ACAATGATGGGTAAAATGGTAAAGAACATGATATACTTCGTGGTGCTATTGCTAGTGGTA
TTAATGTCTTTCGGTGTTGCCAGACAAGCTATACTCCATCCAGATAAGGACGCTAGTTGG
CATCTAATCAGAGAGGTATTCTACCAACCGTACTTCATGTTGTACGGTGAAGTATTCGCT
GGCGATATAGATCCTCCTTGCGGGAAGGAGATCGGCGACCGGAAATGCGTCACCGGAAGA
TGGATCACGCCCATCGCCATGACAGTGTACCTGCTCATCGCCAATATATTACTGATCAAT
CTCCTAATTGCCGTTTTTAATAATATATTCAACGAAGTCAATGAAGTCTCGCATCAGGTG
TGGATGTTCCAAAGGTTCACAGTGGTCATGGAGTATGAACAGAAGCCAGTTCTGCCGCCA
CCGCTGATCATCTTCTGCCACATCTACGCCGTTGGCAAGTGGGTGACCAGAAACGTCTCG
CACAAGAGATTCCAATACGACAACGGACTGAAGCTGTTCTTGGAGAAAGAAGACATGGAG
AGGCTTTATGACTTCGAAGAGGAATGCGTGGAGGGATACTTTAGGGAACAAGAAATAAAA
TTATCGAATTCAATAGAGGAGAGAGTTAGGAATACAACAGATAGGGTAGAACATATAACG
ACCAAAATGGAAGACTTGAATCAAAAGGCAAATTGCCAAATACAATCGATGCAGAGCGTT
GAATTTAGGTTAAGAAAGCTCGAAGATATAGCGGAGCAGACGATGAGCCACCTGGCGGTG
ATACACAGGTTCATGGCGACTCATCCTTCGCTGGTCAACCGGGGGTCCACAGACACTCTC
GGACCGCCGCCCCCAAGCTTCCAGGCCGGGGGGAATAGACTTAGAACTGCCAGTGATCGC
TCCGAGGTACTATCAGACAGCGACACTGGTGCTCGCTTCGCCGTGCGCCCGGTACAAGAG
GAGGACGAACACCCCCCCTGCCACTCTGACGACGAGCTGCCGCAGTCGGGAACAGAGGCT
ATATGTGGAGAAGCCAAGGAGCCGGAAGCCGACTCGATATCCACTTCGTCCGGAGGGAGC
GCAGCCGGTCCTGACGTCACGGTGGTACGGCAGCAACCAGCCATAATGCCGGCCAGACAA
CGATCATCGGATAGCAACAGAACCGAACCCAGTGATGAGAAGAAAGTGGCATCATCGACA
GACGACGCTTTCCTCCCAGAAGTCCGCGAAATGCCTACAGACCTGCACAGCTTGAGACCT
CGGACCACATCGGGCGGGACAAGACGTACAGCTAACACCAGAAGGCGCTCCGAAGGAGGC
AACGACTGCGGCATGGGCCCCTACTCCTCACAACACTTGGCTCCGAGGAGACAGCACAGT
CAAACGCATTCTGAACCCGACAACTCTGCAGTAGACGCTGGTTCTGTGCACAATTCCGTA
ACAGGTCCTCAATCGGGGTGGGAGGGCGCGGGGGCCACGGGGGCCGCGGGGGGGACAGGG
AGGGCTCGCGTGGGGGGCGCGCCCCGCTCCCTGCTGCTCGCCATGCACGAGTACACGAGC
ATCACGGACGAACTGGAAACTGTTTATGGACTCTTCTCACCGCCGCACACGCCGAGAACA
CCGATAACTTCACGTCTGCTGTCCCCCGCCCGCGCGGCCTCTCCCTCCGTCCGTCGACGT
CACGCCAGCGAGATGTCCAACCCCGAGTTCGCACTCTTCATGGAGAAGGAGCACCTTCGA
GGAGCCGAAGAAGACGACTACATCATCATGGAGAACCTGATCCAAAGGCGATACGAGGAG
GAGGAGGGCGGGGAGGGGGCGGGCGCGGGGGGAGCGATCAGCATCAGCGTCTGCGTCAAC
ACCAGCGAGGAGCAACCACAGAGTTCGAGTCTCCTCACCGTGACAGACAGACGTCTACCG
CATCAGAGGCACTCGCTAAGGAGATCTTCAGCTGTCGACAGCCGGGAGCTTCCGTCGCCC
CTGCAGCCTCTGCTCGGAGATGATGCTTGTTGCGAAGTCTTACTGCCGGTTCCGAGACAG
CCTTCGGGAGATACGAACGCATCTAGCGACCTCTCGCTCTCACACATGGTGAGCGAGAAT
CTCCCGCCGCGGCCCTCCATAGTGCTCGACTCGTCTCAGCTCCCGCGTCAAAGGTCCGCG
GAGCAACAGCAGCCGCAGCCTCCGGGACCGTCCAGACCCGAGACAATGTGCTAAGTCTAC
CAGTTCACGGCGTAAACAAACTTGAGATAAATATGTAAATGTAAGTGACCTAAAAGAAGA
ACGTACAGACAGACGGTATTGGAGAGGACGCATTAGTATTATAGTGAACATAACACCAAA
TATTATTTGTAAATTTGTAACGTCTCCGCACGTTTTATCTATCGAAATCTTTATATAACT
TTTTCTATTAGAAATATTTGAGTCCATTTTTTGATGCGTCTGCAGCATTAAATACGGTTG
GGATTTATTACAAAAAAAAGGGTGCGTGTACTTATGTACGCGCGTAAGAAGTTATACTTT
ATTTTTATTAAATTTATTTCTTTTTCTTTTTTTAAATATTAAATAATTAATAATAAATAT
TTAACGTTAATAATTTAATAATATTTAGTATGAATTATATTAAATAATAATTTTGTCATT
TATATTACTAAAAAATGAATGCTAATAACACTTTTTTTTACGAGTGTACATGCGCGAAAG
TTCACCTGCGGCTATATTCAGACTCGCCAAGTTACGTCGGTCGTATTGTAATGAGCGATT
TAGTGGGCAACTTCATTCTGTTAATTTTGTGTCACGGTGCGCGCGCATCGTAAAATTTCA
CTCTCATCAATTTTTCATAACGCGCCTAAAGAAGTATACCTTCAATAAAAATAAAAATGC
AATTAAGCAAATAGGTCTTTATTAAACTTGGCCGATTTTTCAGCCCCCCTTTTTCTAGTG
TGCTTATTTTTGACGTAAAGCACAGCATACAATACAACCGAAAGCTCTACATTCCTCCAA
GTTCTCATGTCTATGAACTCTGGTAACCACTTAACTCCAGATGGGCCTCGAGGCTGTGAT
CCATCTGAAACAGTAAAAACAAATAAATAATGAAAATCCCCAACTGTCATTTTGACGGTG
GTCTGTGTAATGAAGCCTCCACATTGAGGGGCGAAAAGCGATTTGGTTTAAGCGACATTT
TTGGAACTTTACAGAAGAGCTATTTAAAGATTACTAGAAAAAATATCACGATAAAAAAAC
TTAATAATTTATTTGAAATAGGGTAAACATAATTGAATTTCAATTAAAAACATCTAATTA
TTGATGCTAATACTAAATAATACAGACCTTTAATTTATTCTTGTAATGTAATGTCTCGTA
TTAAGCGAAACGTCGCTTAAACCAAATAACCTTTCATCCCTCGGTATTAATCCTGTTGTA
AGGTAACGATTATATGTTAAAATAAGCAAATATAATTTCTATAATTTTCTTTTTAAGCTA
TTGCATAGCTTTTGTCGCGGGCTTTGCGCGCGGCGACCGAATTAAGAAATTTCGTAACGA
AAATAAAACCTAACGTGTGAAGTGTGAAGGGGACAGTTAATGTATTGCTTTTGTTAATGT
TTATAAAT
(4448 bp)

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