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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp13337_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		AF032873_1_inebriated_protein_[Manduca_sexta]
Ontology
GO:0005034 F osmosensor activity
GO:0005215 F transporter activity
GO:0005328 F neurotransmitter:sodium symporter activity
GO:0005886 C plasma membrane
GO:0005887 C integral component of plasma membrane
GO:0006810 P transport
GO:0006836 P neurotransmitter transport
GO:0007165 P signal transduction
GO:0007275 P multicellular organism development
GO:0007399 P nervous system development
GO:0009414 P response to water deprivation
GO:0009881 F photoreceptor activity
GO:0015293 F symporter activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016323 C basolateral plasma membrane
GO:0019226 P transmission of nerve impulse
GO:0030154 P cell differentiation
GO:0042065 P glial cell growth
GO:0042066 P perineurial glial growth
GO:0047484 P regulation of response to osmotic stress
GO:0050891 P multicellular organismal water homeostasis
GO:0055085 P transmembrane transport
Transcript
Level		FPKM:63.35 TPM:58.66
ORF Entry
Sequence
(Nucleotide)
ACACGATGTTATTCCTTCACCGTGTTTTAAGAACACAATATTAAGTTTATTAAAAACTAA
AATTGACTTACTTTCGTTGGATTGTGTTTATGGAATGTTTTGGAAATGCAGCCCTTAATT
ACATATTATATATAACTAAGAGAACAACAGGATGAAAAATTATGAAACTTATGTTAGAAT
TATTATTGTACTTACATGTTTTATAAAGCTATATAACTTGTAAATCATTCGATTTATGTG
TAATACTGCTTTTTGTATTTAAAAATTGATATTTCAGACATGAGGTCGAAGTTAATCATT
TTTGTATCAAGACTGTTAAACCTTTCAAACCGGAACCCATGATTGATATTTTGTAGAAAT
AGTTGCAGGGCAGTAGTGTCTAGTTTGTAATACGCTTCATCACTAGTTTAGTTGAATTAT
TCAATAGTAACATAACGTTTTTTTCGATTGATTGCTGAAAAAGTTATAGCAAGACAAAGC
CATAAAACAATTATGTATTCGAAAAAAATTAGCCAATAGAGTACCCATTTTGAATGTAAT
TGATTGTGTGTTTTGTGCAAAATTGATCGTTAAGTGTTTAGCAGGCATTCAAGTGCGATA
TCTGTGTCACTAGTGACTGTGAAGTTAGATAGGCAGATAATTGTTATTTTAGGTCGAGTG
CTGACTTCTTACTCATTGTAAATGATAAATGATGGAAGACCGTCTTTATTATCTTATTGC
CTTGTTTATCTAAAGATATCAAGTGACTATTCTCGTAATTATGTAGGTAGGTAGGTATTT
GGCGTAGATCAACCTCATGTAATGTTTTTAGTTCCAATGTTCAGTAAATAAAAATAAAAA
CTAAGTTATAACAGTTTTATCTTCAGGAGTTTCGGATTCCGAGCAGCATATATCACAACC
ATTCACGCCACAGTCGCAAATAGAACTCGGGCGAATGGAATAACGCAATTTCTCAAGTAA
ATTTTCCCCGGGTGCTCTAAATACGACTATTACAGCGTACACAGGAATGCATAATAAGGA
AAGGGAGGCGATAATCCAACCAATTGCTTGTGCCCATGCTGGATATTGGTACTGCCGGTA
GCTGGGGGGAGTATAATCGACGAGACTTGCCACCCATAGTGCTATTAATAGAGCAGGTGT
AGCAATCAGCCAACAAAATCGGAAATAAATTGACGGACGTCGACCTGTCATCTGTTTAAT
GTTTCGAGAAAGTCTCCCCACTCCATAGAACCAAGCTATGGCAACAACTTCGAAAAATGC
AAGATACGTGATACTGAGCGAAGCGGCATAGTAGTCCATTAATTGGAATATGTATATGCC
GCTATGTATTATATGTGGTAGGCCGAAGACGAGTGACACCGCGCACACCAATAATACTAA
GAGCTCATGATACACAAGTTTCCTACGGATCATATCTGGGAAACCATCTTGTATCGAAGT
AACGACAACTTCCACAATGGCAAACTGACTGTTCAGGCCAAGGCACAGGAACATAAAGAA
AAATAAAACTGCCCAAAGTTGCGAAGCTGGCATCTTTGCAATTGCTTGTGGATAAACCAC
GAATAAAAGTCCGGGACTATCTGCGATAACATCTTTGACCGGTGTGTTTTGTTCAAATGC
GATATTTCCAATAGTAGCGAAGGTGAATATTCCGACTATGAGACTGGTTATTGCATTGAC
CAATGTTACAGCCACAGTATCGTGTAGAAAATTGTTGTCGAATCTGTTATATGAAGCGAA
CATGATCATAGATCCGAACGCTATGCCGATGGAATTGAAAATTTGTGAAGCGGCGTTAAC
CCATGGTCTGGATTGTTTTAGAAGTTCCCATTCTGGTTTGAAGAAAAATCTCAAGCCTCT
GTCCGCCCCATCGAGTGTTAGAGATCGACCTAAGAATACTAAAATTAGCAGAAAAGGCAG
TGTCGTGGTGATATAACGAACTTTGGCGGATGACTTGATACTTTTCCACAGGGCGAAATA
AACTAACACCCAAGCACAGACCAAGCAAGCTGCCAATTCCCACCGCATGCCACCAGGAAA
TTCTATACCGGCACTCATACTCAATACCTTTTTCTCGAAGAATTGTTCGGTGGGTGTTTG
AGATCCATTCGGTTTTGTGTAGTTATGGTTTGGCACCCAGCACATATCCGTGTTCCATCG
ATTTGAACAACTGGCCCATGGTACTTCCGTTTTGAAAGACGTGAAGAAATAATAAATTGC
CCACGCGATTATCACAGCATAGTATGTGGACATTAAAAATGAGATCACCACACTCGCTAA
ACCTGCACCTTTAAAAAGTGGACATATCTGCGACAAAGCCCCTATAGGGCCGTGAGCTGT
GTATTGCCCTATAGCCAGTTCCATAAAGAGCATCGGGACGCCGCAAACTAACAATATTAT
GAAGTAAGGTATCAAAAATGCACCTCCTCCACTTTTGTAACAGAGATAAGGAAAGCGCCA
AACATTGCCGAGGCCAACGGAGTATCCGACGCATGCCAACACGAACTGAATTTTGTTAGC
CCAAAAGGGCCTTCGGGGTTTCAAATGTACTGCGGCATCTTCTTCTTCTTCTTCACAGTC
ACTCTCGTGGGATGCCGAATCTTCATCGGGGGGTGTAGGAGGACGCACTAGATGGAACAA
TTCTGTGGGCGAAGTAGGTACTCGTCTAATAACCATTTTGCGACCATCGGTGCAGCCCAT
GCCGATTGAAGCGAGGGATCGAACCGATGGCGCTCCATATTGGTTAGTTCCGTTTTCGGA
TCCTTCAGGGTAAGGAATCACTTGTTCATATGGTCGTAAACTTCTTGCAGAAGCAGCTCC
GGAAGCAGCGGCAACGTCACGAATTTTATGGGTGTCACTAAAGCTCTTAACTTTTCTCAT
TGGTGCAGAGGTATTAATTGTAGCTGCCGGTTCTTGCAGGTTGAGAAGCTTTGAGCTTTC
GACGTCCTGACAGTCGTCATACTGTTCCACGTGGATCGCCACGCTGGGCGCGGCGGTTTC
CGTCGAAGATTCGGCTTTGTTCATAATATCACGTCACAGGGTCATGACGCGGTGATTATA
AGTCGCGTGCGTCGCTGACGACGCGCGACTGTGAATTATGAACGTACGCGAGAACGAGCG
AGGTCGTTATAGTTACTCGACCGACTGCCCTGACTAACTCGTCAATCG
(3168 bp)

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