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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR9847c0_g2_i8
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_small_conductance_calcium-activated_potassium_channel_protein_isoform_X2_[Bombyx_mori]
Ontology
GO:0005516 F calmodulin binding
GO:0005886 C plasma membrane
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006813 P potassium ion transport
GO:0007165 P signal transduction
GO:0009881 F photoreceptor activity
GO:0015269 F calcium-activated potassium channel activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016057 P regulation of membrane potential in photoreceptor cell
GO:0016286 F small conductance calcium-activated potassium channel activity
GO:0043025 C neuronal cell body
GO:0071805 P potassium ion transmembrane transport
Transcript
Level		FPKM:1.02 TPM:1.00
ORF EntryO_TrvaFAMAMG10225_complete:A_TrvaFAMAMG_TR9847c0_g2_i8
Sequence
(Nucleotide)
TCATAGTGATTCACTATTTTTTTTAGAACAACTATTGAAATTAATGCCAAAAAATGACGT
CATGCGACTAGTAAAAACCACAGAACACCTCTAGCGTAAATTAACAGCTTTAGACTACCT
ATATTATTTTCAATACATTATTCAATAACAACAAAATAAAGTGAAAATTAAAATGTAAAG
TGAAGCGGCCTATAAGTGAAGTGAAGTGAACTATACATTCGAACATGCAATGATGGAAGC
GAACTGAGGCCCGATGCAGCGTTTTCGCCACAAGATAATGACAAGTCGACGTCAACGCCG
ACTGATTTGTACATCTAGCTGATGCAGCGACATAGAACTGTCGATGATAGTCTGCTTTGT
TGCTGAGCTTACGTCGTTTCAGCTGCGAAAGCCGGTGTCGACGCTCTCCATCCCGGGTGC
GATGAAGGCTTACTCCGGCGGGGGTCGGGACGTGAGCGGGGAGGAAGCAGGCGTAGCTCT
GGTCGGCGTTCATAGCGAGTACCCACGCTTCGGTGAAGAACGGGCACTGGGAGGCGGCAC
TTACAAAGGCGGAGGGACAGCTAAGCACAAACCTAATATAGGATATAGGTTAGGTAGAAG
AAAGGCGTTATTTGAAAAGAGAAAAAGAATAAGTGACTACGCTTTAGTGATGGGAATGTT
TGGAATTATAATTATGGTTATAGAAAATGAACTCTCAAGTGCTGGTGTTTATACTAAGGC
ATCAATATATTCGCAGGCGTTAAAGACGCTTATATCAATGTCGACTGTGATTTTACTTGG
CCTAATTGTCGCGTATCACGCTTTAGAAGTACAATTATTTATGATAGACAACTGCGCCGA
TGACTGGCGGATAGCAATGACATGGCAGAGGATAGCGCAAATAGGCCTAGAGCTGGCAAT
ATGCGCCGTTCACCCCATCCCTGGACAGTATACATTTACGTGGACGACAAAGTTGGCCAA
CAAGGGTGGAGTGATAGGCGTTGAAGTAGGCACGATGTATAAGCAAATTCAGGTTCCTTA
TGACGTCACGTTGTCACTGCCGATGTTCTTTAGGCTGTATCTTATATGCAGGGTCATGTT
ACTTCACAGTAAATTGTTCACTGACGCTTCATCCAGAAGTATAGGAGCTTTAAACAGAAT
TAATTTTAACACTAGATTTGTCTTGAAGACATTAATGACAATTTGCCCTGGTACTGTTTT
ATTAGTATTTATGGTGTCGCTTTGGATAATCGCAAGCTGGACGTTACGACAGTGCGAAAG
GTTTCACGACGAAGAACACGCTAATCTACTGAATGCGATGTGGCTTATAGCAATAACGTT
TCTCTCCGTTGGTTTTGGTGACATAGTGCCAAACACATATTGCGGCAGAGGTATCGCTGT
TAGCACCGGTATTATGGGGGCGGGATGTACTGCATTATTAGTGACGGTTGCTTCAAGGAA
ATTAGAGTTAACTAGAGCAGAGAAGCATGTTCATAACTTCATGATGGAGACGCAGCTCAC
TAAAAAGGTAAGGTGACTGTTAGACACAACAGTCAGAGGAGTTAAGGTAAGATAGATGCC
AAGTATATGCTAATGACTAACAATAATATTTTAAACTACTTCCGATACCTTCTTAGAAAG
TTAATAACATTCTAAAGATATGAAAATTCTAACAAGCTAAGACATTAATATGTGCCACTC
TTCAACTATTTTTTGTGCTATTGATAATGTTTTAAGTACCAGTGTCGTCCTTTCTCCTAT
AATAATTCTTAAAATTGAATGCAACCTCTTACTGCATAGCCTTCAAGAGTTAATTCTTTA
GATGTTTGTGTGAATTTGATGTGTACTAACGTAGTAGTTTTATTAATATACAATCATTTA
GAATGAATTAACAATGACAATATTAGCTATTGATGGTATAGAGCTCGCTAACAAAACTTA
AGGCTAATTGAGGCAAATTTAACCTTCGTGTAGCTTTTATAGAAGATAATAAATTTTGTT
TTAAGCTGAAAAATGCTGCTGCCAACGTGCTTCGGGAAACGTGGTTAATATACAAACATA
CGCGGCTAGTGAAAAGAGTCCATCCAGGAAGAGTGAGAACACACCAAAGGAAATTTTTAT
TAGCTATTTACGCATTACGAAAAGTGAAGATGGATCAAAGGAAGCTGATGGACAATGCTA
ACACAATTACAGACATGGCAAAGACGCAGAACACAGTCTACGAAATAGTCTCGGATATGA
GTACGAGGCAAGACACTATTGAAGAGAGGCTGACTAGTTTAGAAGAAAAACTAACTACAT
TACAGGAACAAGTAAACAATTTACCAGACGTCATGGCTAGGTGCCTACAACAGTGCTGGG
AGAGAGCTGAACAAAGGAGGAACTTCCTCCACCCAGATACTGCCGCAGTGCCTACACCAC
CATCGTCTACCATTACGCCTTATGCAAGAACGATGCCGTCAGCGTCGCATCCGTGGCCCC
CAAGTCCGGTGCTACAGCCGTCGGCGCGGACACACTCAGCTCCAGAGAGCACGACAGCGC
ACTCGCCAACACCAGCGCAGCCGCAGCCCTCAAGCCCTGCTCCTCACGTGACGCGGCCGC
CTCTACCCAGCTGAGTACCGCCCTCCAACTCCGAACTGCTGTGCTGAACTCGACGAAACT
CGGCGCCCGTCCTCTGACCCCCCCTTTATCATGACTACGCCCCAATAAGGCTATCGGGAG
AATCATTTTACTTTGTATACCAGGGATTGTGCAAAACGAACGCAAATGCCAAATATTAAA
CGCAGAATTATGGGATCAATTGTTGGTTGGTTAAATGTGAACTTTAAGTGCATACAAATA
AAAGTCACAGGGTTACATAACCGAGAGAATATTTAGACGATAAGTACTTTACGGCGTCTT
TGATATTTTTACAAATCGAATTTCGTTGGTATCTGTTGATTTGTGATGGTGCTTTGTACT
GTATTATGATTTTCCCGGTATTCTAATGGACCACGTCGCGGTGCGAGACAAGGTCAGCCG
TAGTTTTCTTCGCTGTTCCCCAAAGTTTCGGAAGTGTCAGACTGTTCTTTAGTGATATTA
TTTAGATAGTGAAAGAAAGTGGAATGGACCCGCTGTTGTGATTATACAAGATGCTTTATC
GAAAAACGCTTTAGCTAATACGTTAGACGATATTTTGATTACATTATCAATATTAGTATA
GGTTTAGTTATTAGTTTATTACAGTTTGTCTTGTATTCCAGGAACCAATCACAATTTTAT
AGTCTGGTGTGTTTATACAAGTTTTATGGACATAAACGGTTTGTTGCACTGAAAATGTAA
AACTAGTTATTTAACCAATTTCCAATAGCAAGTAAAATAGTTTGTACTATGATAATACAT
AGTTTTGCATTTATATAGCTATGTAGTAAGGTTCAGACTGCATTATATTATATAGATTTA
CACTTTAAATAATAGTGTTCACTATACATTTTGGTTCCTTGTTCGTAAGAGTAAAAACTG
TAGGAATTGTATCAGTTCTCAAATTTAGTACCAAAAGTACATAAAAAATAATCGTTACCA
TTGTTAAAGGGATTTTCTCTATGACCTTCAAGGTTATTTAAGTTCAAATATTTAAATCCC
ATATCACGGACCACGTGTAAAATTTCTGTAGAATAAGCGAATGTTATGTTTAGTTTTTGA
TTTCTGTGTTTGACTACTAAAATACGATATGAACTAAAAAAATCTAATTTCGCAAAAGCG
TGTGGATAATTAAATTAAAATCATGTGAAGTACTTGCAGTCAGATTGATTGTGATAACAA
ATAAAATTTAAGTTTAAATTTTCCTTAACATTGGAATCATTGTTTTAAGTTCGTTTAGCA
ACACCACAAAAGAGTATTTAAGCAAGATGATTAATTTATTTAAAATGAGTCTTCTGAAAG
TGTTGTATATTACTTTCATGCATTTTCAACGGGTTCTTGCCACGATATTTAGTTAATTGA
GTTGTCT
(3967 bp)

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