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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_ErmoMG_comp36202_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_cAMP-specific_3',5'-cyclic_phosphodiesterase_isoform_X4_[Bombyx_mori]
Ontology
GO:0000003 P reproduction
GO:0001661 P conditioned taste aversion
GO:0004114 F 3',5'-cyclic-nucleotide phosphodiesterase activity
GO:0005622 C intracellular anatomical structure
GO:0006198 P cAMP catabolic process
GO:0007165 P signal transduction
GO:0007268 P chemical synaptic transmission
GO:0007611 P learning or memory
GO:0007612 P learning
GO:0007613 P memory
GO:0007614 P short-term memory
GO:0007617 P mating behavior
GO:0007619 P courtship behavior
GO:0007623 P circadian rhythm
GO:0008081 F phosphoric diester hydrolase activity
GO:0008306 P associative learning
GO:0008355 P olfactory learning
GO:0009187 P cyclic nucleotide metabolic process
GO:0010738 P regulation of protein kinase A signaling
GO:0016787 F hydrolase activity
GO:0019933 P cAMP-mediated signaling
GO:0040040 P thermosensory behavior
GO:0045475 P locomotor rhythm
GO:0046331 P lateral inhibition
GO:0046872 F metal ion binding
GO:0046958 P nonassociative learning
GO:0048149 P behavioral response to ethanol
GO:0048477 P oogenesis
GO:0048675 P axon extension
Transcript
Level		FPKM:2.44 TPM:1.80
ORF EntryO_ErmoMG12380_complete:A_ErmoMG_comp36202_c0_seq1
Sequence
(Nucleotide)
GTTTATTTTGTATGATGTTTAATTCTTTTTCAAAGTTATTACTGTGAATGTAAATTTTTT
GAATGACTGTGATTGTGAGTTTCGATGTGGAGAATGGGGGTGGAGCGGGAGCCGCAGGGG
CGAGGTCACCCCTCGAGGGTGGATCTCCGTCGGCGGCTCTCGTCCTGCAGGCCATGCCGC
AGCGCCGCGAGTCCTTCCTATACCGCTCAGACTCCGATTTCGAGATGTCACCGAAATCTA
TGTCGAGGAACAGCTCGATCGCCAGCGAAAGATTCAAGGAGGCTGAGGCAGCACAGCTGG
ACAGAGCTCACGGAGAAGACCTGATTGTGACACCGTTCGCGCAGGTCTTGGCGAGCCTGC
GTAGTGTCCGCAACAACTTCTTGTGTCTCACCAATGTGCCAGTTGCCAAGTCACGACGAT
CTTCAGGTGCTGCTGCGGTCACACCTCAGCCAAAGAACTTCAATACTGGAGATGAATCCT
ACATGAAGCTGGCTTTGGAAACAGTCGAGGAGCTGGATTGGTGCTTGGACCAGCTGGAGA
CCATACAAACACACCGATCCGTCTCCGACATGGCTTCTCTCAAGTTCAAGAGGATGCTGA
ACAAGGAGCTGAGCCACTTCTCAGAGTCCAGCAAGTCCGGCAACCAGATCTCGGAGTACA
TCTGCTCCACATTCTTGGATAAACAACAAGAGCTTGACTTGCCATGTCTACAAGGCGAAG
AAAGTTCGGAACGCGGCGCCAAGAAAAAGGAAAAGCCACGTCATGCCGGACCAGCGACCA
CGATGTCACAAATAACTGGCGTTAAAAGGACTTTGACACACACAAATAGCTTTACTGGCG
AACGTGTTCCGAGATACGGAGTTGAAACACCCCACGAGGAAGATCTCGGTCGTCTTCTCG
GCGATTTGGACCGATGGGGCGTTGACATCTTCCGCATCGGTGATCTATCTTGTGGTAGAC
CGCTCACAGCTGTTGCCTACACGGCGTTCTCGTCGCGGGAACTACTTACTACTTTACAGA
TACCAGCACGTACTTTCTTGGCATTCGCTGTCACTTTGGAAGAGCACTATGTTCGGGACA
ACCCGTTCCACAATTCTCTCCACGCTGCTGACGTCACACAGTCCACAAATGTACTGCTGA
ACACGCCTGCACTCGATGCAGTGTTCACGCCGCTGGAAGTATGCGCCGCTCTCTTCGCGG
CCTGCGTCCACGACGTCGACCATCCTGGCTTAACCAACCAATTCCTGGTCAACTCCAGTT
CCGAACTCGCTCTCATGTACAATGACGAGTCCGTACTGGAGAACCATCATCTGGCAGTCG
CATTCAAGCTGCTCCAAAACGACGGATGTGATATTTTCATAAATCTTCACAAGAAACAAA
GACAGACTCTGAGGAAGATGGTCATCGACATGGTACTCTCAACCGATATGTCGAAGCACA
TGAGCCTACTGGCCGACTTGAAGACAATGGTTGAGACGAAAAAAGTTGCCGGTAGCGGTG
TCTTGTTACTAGACAATTACACTGATAGAATTCAAGTATTAGAGAATCTCGTACATTGTG
CTGATCTGAGCAATCCTACTAAACCCTTGCCGCTGTATAAACGGTGGGTGGCATTACTGA
TGGAGGAGTTCTTCCAGCAAGGAGACCGAGAACGCGAACAGGGCATGGACATCAGTCCAA
TGTGTGATAGGCACAATGCTACTATTGAAAAATCTCAAGTCGGTTTTATTGATTACATTG
TGCACCCTCTATGGGAAACTTGGGCTGATCTGGTGCACCCTGATGCTCAAGACATCTTGG
ATACTCTGGAAGAAAACCGGGATTATTACCAAAGTATGATTCCGCCATCACCACCACCAG
CTCCAATACAGTCTTCACACGGTTCTGAAGACGATCGCCCTGAACAGATCCGATTTCAAG
TAACCCTAGAGGAGGGTGAAGGTTCAGAGGAGTGCGAGGGTGAAGGCGATGGTGGGATGT
GACGGAAACTGCTCGGAATCTGCAAGAAGCTCACTGAAAAGATGCAAGTGTGGTGGAAGC
TCTGGCAGTAGAGGCCACGCGCTGGCCGCGGACCCGCGAGGGATCCTTCGGCGGCTGAGG
AAGGCTATAGGGTTTAACATATTAAAATTGCTACAGATTCCACGAGTTTTAATTGTAAAG
TATACAGTTTGAGGCTAATATTATTAGGTGTCCCTTGAGTCTGTCGTAGAACGTGTGTAG
CGCCGCCGCTGCTCGCTCGGGCTCGGGCGCCCGCTCCCTTCTTCGATATAATTGTTGACG
CTTAAAGTCGAAATGGAACGACGTTTCGATTTATGTTTACGTGATGATTGCGCGATGTTT
AGATTAACCTAACGTGTATATTGTATGTCCCTCCAATGACTGCGACGTTCGATTGTCTAA
TGTTCGTGACGTCGTCGCGTCGTTTCGTTTCCTTTTGTCTAACCAAAGATGTGAAACGAT
CTTCGTGACTTATCGTACGATGATCCTTGTAAGTAGTTAGTGTTCGGTTCGTATTAATAA
AATTGTCGTAAGTAGTTTATAGTTGTCGAGGTCGTATATACCGTCTCGACTGTTAAGGAC
ATTGAAACGCTTATTAATTGGTATGAAAGGGTAATTTATATTTGTCATATCATCCACGTT
TCTCATATTTAATACGGGTTTGCGATAATGATGTTGTTCACCAAAATATTAACATGATAG
GTATCTTAAATGTAAACTATTTTAAGGTGAATTTCAAAAATTGCCTTCCGAAGTTATTGT
TGTCTTTTCTGATATCATGTCCGGCCAGCTGATCAGTGCTGTAGCAACCATTGTGCAACT
CTCAACTAATTCCTATTTATTTATAGCGTTACATGTTTTGTAATTTCCTCCTCTATTTAA
ACCTATTTATTAGGCATCGAACATTAATCTAAAACAGTTGTAACGGAACTTCCTTGAGTT
TTATGATAAATAAATTTGTAACATTGAAATCATTATCGCAGAACATTACTAGTATTACTG
CATTGTTTAAATCATAATATATTTTTAAATTTGTGTCGTAAGTATATTTACTGTTTAATC
ATTTGAAACGCATGTTAATGTATTTATTAGCTGCATATTAAATTTGGAAGTTCCATAACA
ACTCTTTTTAGTTGAGAGTTTAAAAGACACCAGAACTTCGTATTATTTAGCTTTATTTCA
TTTGAGAACCTGATTTCGCCTCATTTCTAGTAACGGATCGCTGGCGATCCTATTCATTTT
TCTCTTTAGAATATTGGTTATTTTATAGGTTTGTCGACTAAATCAGCATAAACATTATCA
AAAAAAACTTAGTCGTAATGTGTTCGTGTACTCAACTAACTGGCTTGATATGTTTGGAAT
AAGTATTACATATTAACAATTGAGTGGTTTGTGACATTTTCTCTCGATACGTGAATAAAT
ATATTAGTTTAAAATGTAACGGCACGTAGGCCGGGTATTGCAATAGTTTTCAACGTGATT
ATACGTAGATAGTTCCCTCTTGTCGTGCTATATCAATGCATACGTTTAAATGTTTAATAG
CAGTTAATCAAATAACATACTTATTATGTTTCACAAATGTACGAAACGTTTTTGTGTGAA
ATATTAATGTATATCTAATGTAATACTTAGTAGTCGGTGTATTGTTTTTGCATTTCACTT
TTTAAAAACAATCTTTCATGTTCTAGTTTGTAACACAATAATGTATTTTATGAGCTGGTC
TCTTTTTTGTTTTGTCACGTAAAGTTTTT
(3749 bp)

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