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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoOtmSK_comp14828_c1_seq1
Scaffold_idBomo_Chr19
NCBI non-redundant
(nr)		potassium/sodium_hyperpolarization-activated_cyclic_nucleotide-gated_channel_2_isoform_X7_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0005216 F ion channel activity
GO:0005244 F voltage-gated ion channel activity
GO:0005248 F voltage-gated sodium channel activity
GO:0005249 F voltage-gated potassium channel activity
GO:0005267 F potassium channel activity
GO:0005272 F sodium channel activity
GO:0005886 C plasma membrane
GO:0005887 C integral component of plasma membrane
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006813 P potassium ion transport
GO:0006814 P sodium ion transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0030424 C axon
GO:0030425 C dendrite
GO:0030552 F cAMP binding
GO:0034765 P regulation of ion transmembrane transport
GO:0035725 P sodium ion transmembrane transport
GO:0042391 P regulation of membrane potential
GO:0043025 C neuronal cell body
GO:0044316 C cone cell pedicle
GO:0045202 C synapse
GO:0055085 P transmembrane transport
GO:0060078 P regulation of postsynaptic membrane potential
GO:0071320 P cellular response to cAMP
GO:0071805 P potassium ion transmembrane transport
GO:0072718 P response to cisplatin
GO:1903351 P cellular response to dopamine
Transcript
Level		FPKM:1.31 TPM:1.41
ORF EntryO_BomoOtmSK13923_complete:A_BomoOtmSK_comp14828_c1_seq1
Sequence
(Nucleotide)
TAATTATTAGTTGCTACGGGGACATTTGTGGTCCCTACAAAAGTTTTAAAAATCCAAAAC
AGCGATCCTGTTTCTATCCACGCCCGTAACTATTACGATTGTAAATTTTTAAAATTGTAA
ATTTTTCAAAAACATAATTATAACATGTTCGTTACGCTTCAGCACTTTTCTTTGGCTGGC
AAAAATCTTTGAAATCAGTAAATATGCATGTCTTACCGAATTATGTAAGATACAATGCCT
GTTCATTGTGTGCTCTGAAGGTGACTCTGAGAGCATCAAAATATATATCGTTTACCAAAA
ACAATATAGATCTGTTTTAACAGGATTTCAGTGAAAACTTTCAAATACTACATGCGGGTC
GCGCGCTGAGGATACTCCGATTAGCAAAGCTGCTGTCATTAGTCCGGCTGCTCCGTCTCT
CCAGGCTCGTCCGATATGTCTCACAATGGGAGGAAGTATATTTTCTCAACATGGCTTCCG
TGTTCATGCGGATATTCAACTTAATATGTATGATGCTGTTGATCGGCCATTGGTCCGGAT
GTCTACAGTTCCTGGTTCCTATGCTGCAAGGATTTCCACCAAACTCGTGGGTTGCTATAA
ACGAGTTACAGGAGGCTTTTTGGTTAGAACAATATTCATGGGCGCTGTTCAAGGCAATGT
CACATATGTTGTGCATCGGTTACGGACGGTTCCCTCCTCAATCACTCACCGACATGTGGC
TCACGATGCTCTCGATGATATCAGGAGCCACTTGCTACGCGCTCTTCCTAGGTCACGCAA
CCAATCTCATCCAGAGTCTCGACTCTTCACGCAGGCAATACCGTGAAAAGGTGAAACAAG
TAGAAGAGTACATGGCGTATCGCAAATTACCACGTGAAATGCGTCAACGTATCACCGAGT
ACTTCGAACACAGATACCAAGGGAAATTCTTCGATGAGGAAGTAATTTTGGGCGAGCTGA
GCGAAAAACTGCGGGAAGATGTCATCAACTACAACTGTCGCTCACTTGTGGCCTCTGTAC
CTTTCTTTGCAAACGCCGATTCCAACTTTGTATCAGATGTCGTCACCAAACTACGCTATG
AAGTATTTCAGCCCGGTGACATTATCATAAAGGAAGGAACAATAGGGAATAAAATGTATT
TCATCCAAGAAGGCATCGTAGATATAGTCATGGCCAACGGTGAAGTTGCCACCAGTCTAT
CTGACGGTTCGTACTTCGGAGAAATCTGCCTGCTAACAAACGCTCGCAGAGTAGCATCCG
TCCGCGCTGAGACGTACTGCAATCTGTTCTCTTTGTCGGTGGATCATTTCAACGCCGTGC
TAGACCAGTATCCGTTGATGCGACGCACGATGGAAAGTGTCGCAGCCGAACGACTGAACA
AGATCGGCAAAAACCCGAATCTGGTGGCGCACCGCGAAGACGACACGACATCCGAAGGGA
ACACGATCAACGCAGTGGTTAACGCTCTCGCGGCAGAAGCAGAGCACGTAAGTCTGTCAG
ACGACAGTGTGGCACGACTGTCGGAGAGGTCGCTGGGGCTAGCACTGCAACCACTGCAGG
CGGCATCGTGTCGCATGGCAGGTGTGGCCCTACCGGGGCTGGGCGTAGCGGCTGCGCTGC
CGCGTCCCAAGTCGGAGCACGACTTCAGTTCGACGCAGGCTCAGCCGCCGTCGTTGTCGT
CGGTCGGAGCCGCCTTCCACAAATCGGACGCGGGCATCGCACCCTGACGCCGCACGCTCT
GCTAGGCCTGCCGCGGCACGCCGCGACGCGACGCGACGCTCCCGACACTAGGCTTAGTGC
GAGGGCCGCTCGCTAGTTGTAGCGTAGACTCGACTCTAGTAGCTGCGACTTCGCCGGCCG
CCCGCCGCGCGCGACGCCCCTTGAATCTCATTTTGTGATCTTATACTTAATTCTCCTGTG
TTATAATTTAGGTTAAATTTTATATCATTGACGCTGTGAGGAATCGATGAATACGTGACG
TATTCCGATTGTATAGATATAAATGTATACCTGTTGTGTATTGAAAAAAACGATTACTAT
TAAATCTTTATAGGGAGATCTTTATAGATACCTTGCCATTATTAAAAGAAAGAATAATGA
TTTAGACTAGACTGAAATTTAAAAATATCAATATTTTATGCTACATGTAATGACGTTTGA
AATTGATCTTTGTTGATACGGGGTATTCGATGGCGAAACGGTGGGATATAAGTGCATAGT
AATAAATCAACGTGCCTGAATAACACGGTTCAGAGACTTTATATTGTTCCATCGATTTTC
GTTCCATTATTTTATTTTACTGTGTAACAGTGTTATTGAATCGTTGCGGAGTACGTGGGG
AGGTGACATTTGTGACGCATTCTCGCCTAAAAATTATGATTTATAACTAAGTTAACTTGT
TTCGATTATCAGTTAAGCTTTCAATTGCGGACTAAAGAGAAAAGGAACAGCAGCCTTCTA
ATATTCTTCTAACGTTAAACACAAGAATTACAAGGAAACATTCCTTAGTATATATCTAAT
TGCGCCTCACAAAAATCTCACGCTGTACAAGTGACGCACAAGTTAATTCTCACATACGAT
TCAAATAGCATACGTTGCTTTGTTTAACTTTAATTATAAGTAGTTATATTCACCGATATA
AAAGGGCATAATTAGCGCCAGCATTAATATCTCGGTTTCCTAAGTAGAGGTGATATAGTT
AGAGCTTCGGAAGTTTCGAGAATTATTTCTGATGTAAATATATTTTATTGTGAGTTTGCG
CGTTTATGCGGTTCGATAAATTTACGTAAGTCTAGGGGGCGTTCGGTCGAGCGGTTCAGT
CAATTAATCCGTGCTCTCGCGGCGCGAGACGGACGTCTCTTATCTCAATGCACCACTAAA
CTTCATAATTTCATTTTAATTGTAGGCGAAAATAATTTATTGTCGATAGTGATCATTTAG
TAGTAATAAGTAGGCCAAAGCGTTAACAAATTCGGACGAATTACGTATGTGATAGTGGGA
ATGCTAAAGCTGCACGCGCTTCGGCCGTACTCTCCGCGACCGACATTAGCGTAGCTCGAA
TGCATGCAACACGTGCTTCAGGACACCGGAAATTAGTTTCACGTTCCATTACTCCAACTA
TACGCGTTCGATTCACTCGGAACTGGAACGATTGCTTATCAATATGGCTTGCCTGTATTC
ACACCACTGTAGACACTTATATAATTAGGGGAATAGTTTTAATGAGCGACATATCCTAGT
GAAGCTCGGGAATAGGGTCGCGGAGCGGACGTCCCGAAACGCGAAATCATCATCGTTGAT
TAATACTTAGTGTCATGACAAATTTGTAAATGACGATTTTGCGAATGTTGAACTTTAGCC
AAAATATAGTTAATGAATGAAGAACCAATATGCATTAGCTTTCTTTGTAGAAAAACGCAG
CCTAGTTCAGATCGACAATTAACACCAATAGATACTTTATATACTCATAAGATTTATATA
TTGATCATAGCAGAACGATTATCTGTCAATTTATCTACAAAGAGAATAACAAAATATTAT
TGCGTTTCATTCCCAGAGGCATTTATTTATTGTTATTTTATCAATCTAACATTAATGCTT
TTATAAATTATATAAATTTTATAGAAGAAATCTATTTTTGATTGTGAAGTTAAACTAATG
ATTGTATGAAAGAGAATCTATTACTATATCAAAAAAG
(3697 bp)

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