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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp40292_c1_seq2
Scaffold_idBomo_Chr7
NCBI non-redundant
(nr)		receptor_type_guanylyl_cyclase_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0001503 P ossification
GO:0004016 F adenylate cyclase activity
GO:0004383 F guanylate cyclase activity
GO:0004672 F protein kinase activity
GO:0005524 F ATP binding
GO:0005525 F GTP binding
GO:0005886 C plasma membrane
GO:0006182 P cGMP biosynthetic process
GO:0006468 P protein phosphorylation
GO:0007168 P receptor guanylyl cyclase signaling pathway
GO:0008074 C guanylate cyclase complex, soluble
GO:0009190 P cyclic nucleotide biosynthetic process
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016829 F lyase activity
GO:0016849 F phosphorus-oxygen lyase activity
GO:0016941 F natriuretic peptide receptor activity
GO:0017046 F peptide hormone binding
GO:0035556 P intracellular signal transduction
GO:0042562 F hormone binding
GO:0042802 F identical protein binding
GO:0044702 P reproductive process
GO:0051447 P negative regulation of meiotic cell cycle
GO:0060348 P bone development
GO:0097011 P cellular response to granulocyte macrophage colony-stimulating factor stimulus
GO:1900194 P negative regulation of oocyte maturation
Transcript
Level		FPKM:1.73 TPM:1.37
ORF EntryO_BomoMG17326_5prime_partial:A_BomoMG_comp40292_c1_seq2
Sequence
(Nucleotide)
CGATCCTCGAGGGCAGTACAACTACACGTTCGGGAAAGGCGAAGTTGTTTCAACTTTCGT
GGCTGCCTTTTACGATGCGGTCCTTCTGTACGCTCTGGCGCTGAACGACACTCTGCAGCA
GGCGACCGATCCTCGAGGGCAGCTGGACGGCGCTGCGGTAATGAGGAATATGTGGAATAG
GACTTTTCAAGGTATAACCGGCGAGGTTGTAATAAACAGCAACGGTGATCGCGTCGCCTC
TTATTCGTTGCTCGATATGAACCCAAATACCAGCAAATTTGAGGTGGTAGCAACATACGT
GGCCGCAAATAAAACACTACAGTTCACCGAGAATAGACCTATTTACTGGGCTGGCGGCCG
AACCACTCCGCCCCCTGACACACCGGAATGCGGCTTCGATGGTTCGCTTTGTCCGGATAA
CTCACTCCCGGTTTACGCGATTCTCAGTATTGTATTGAGTTCCGTCGTTGTGATCTTGGC
GATACTATCAGTCTTCATATACAGGCATTATAAACTTGAGGCGGAAATCGCGATGATGAC
CTGGAGGGTTAGCTGGAGTGATGTCCTGCAGCCTGGCGGTCGACTCAGAGGCAGTCTGCA
TTCAATAACCAGACGCTACAGCACTGGAACCACGTTCTCCGACGAAGCGACATCATTGGC
TGGAGATCGCCAAGTGTACACTCCATGTGGATTCTACAAGGGCTGCAGAGTCGCAATCAA
ACTAGTGGACAAACAGCGAATAGACCTCACCAGGCCGTTACTGCTGGAGCTGAAGAAAAT
GAAAGATCTCGAGCACGACCATTTGGCGAGGTTCTATGGGGCCTGCGTTGATCCGCCGCA
CTGCTGCTTGTTGACCGAATACTGTCCGAAAGGATCTTTGCAGGATATCCTTGAGAATGA
ATCTATCAAACTAGATTGGATTTCAAAGTCAGTTTGATGCACGATATAGTAAAGGGCATG
CATTACTTACACAATTCCGACATAAAATCGCATGGAGCACTCAAGTCGAGCAATTGTGTA
GTTGATTCGAGATTTGTATTAAAAATAACCGACTTCGGAATACACGCCTTAAGAACTTCG
GAAAAGGACTCGAGCGCTCACAGTTATTGGACTCGTCTCCTCTGGACAGCTCCGGAACTA
TTGAGAATGCCAGAGCCGCCGCCGGAGGGCACACAGAAAGGCGACGTTTATTCCTTTGCT
ATTGTCATGCACGAGATAGTGAATAGGCAGGGAGTATTTTGGCTCGGACCCGGCATAGAA
TTCTCACCTAAAGAAATCATTGAAACGATCAGGGCGAGTTGTCTACGGCCTAATACGTCT
CATCACCGATCTTGCGAAGCTGATGACGCGGCAGAGCTGATGCGTCGGTGCTGGGCAGAG
GATCCAACTGAAAGACCTGACTTTGGAAACCTTAAGGGTGCCATAAGGAGGCTCAACAAA
ACTCAAGAAAGTAGCAATATTTTAGACAACCTGCTTTCCCGTATGGAACAATATGCGAAT
AATTTGGAGACTCTAGTTAGCGAGAGAACTCAGGACTATTTAGAAGAAAAGAAAAAATGC
GAAGAGCTACTGTACCAGTTACTGCCTAAGTCAGTGGCCTCCCAGCTAATCAACGGGCAG
TCAGTGGTAGCGGAAACCTTCGAACAAGTCACAATCTACTTTTCAGATATAGTTGGTTTC
ACTGCTCTCTCAGCTTCCTCCACTCCTATGCAAGTGGTGGACCTCCTCAATGATCTGTAT
ACCTGTTTTGATTCCATTGTGGAAAACTATGACGTCTATAAGGTGGAAACCATAGGTGAT
GCGTACATGGTGGTATCTGGTCTGCCTGAACGCAACGGGACCAGACATGCGTGCGAAGTG
GCGAGGATGGCTCTCGCTTTACTGGATGCCGTCAGGAGATTCCGCATCAGGCATCGGCCT
ATGGACCAGCTGAGACTTCGGATCGGATTACATTCTGGTCCCTGTGTTGCTGGAGTGGTG
GGCTTGAAGATGCCGCGCTACTGCTTGTTCGGTGACACAGTAAACACCGCGTCTCGTATG
GAATCCAACGGAGAAGCTCTGAAGATACACGTGTCTCCGGACACGAAAGCTCTGCTGGAT
ACATTCGGGACGTTCCATTTGGAGTGCAGAGGGGAGGTCGCCATGAAGGGTAAAGGAATT
CTAGTCACATATTGGTTATTGGGTGAAAAAACGGACCCAAATGCTCCGAAGGAAAAACCT
TCGCTGGTCAAAAACCAAACACTTTCAACCGAAAGCGGTTCACTTTCGCATCTCACACCA
TTTCGGCAGAGAATGGATCAAAACTCCAGGTCTTCAAGTAGGCGTGGGTCAGGAGTTTTC
CAGCAGAGGTCTATAGACGTCACCAAGCTAGAAAAAGAAACACAGCCGTTGCTTCAAAGC
CTCGCGATTCAAAGGCAGCTCTCAGACCCTACGGAACCAGTAGCTAATGGTATAGACAAC
GAGGAATCAGACAAACTATCAGTAACTAATTCAATATCGTTAAATGTAAACTCTCTAAGC
CACAATCACCAGGGGCATCCACGGGTCAAACTGAAGGAAGCCAACTCGATCAACCACAAG
TCAAAAGTTGGTAATAATAATTGGATTTCAAAACTGCCTACAGCCAGTAATTCCTTTGAC
AACGGAACCAAGAAAGCCAGTGAGCGTCTTAAAGATTACAGCAGTGTACCGCTTCTTTCG
AAGGCCGATACACCTAATGATTCTATAGTGTAACTTTGATGTATGTAGACAATTGAACTT
TAATTGTTAAATGTGTGTCTCGTACTAGTGATTTCAACATGACATGAACCTTGTCGCAGT
ATTTTAATGCATTTGTGAGTTTATCTTTGATATGTTTGATGTGAAAGTGTTCGAATTTCA
TCGAAGGTATATAAAATTCGTAATAATGATGATTTTAATAAAAAAAAACTCATATGTAGA
GTAATCTTGAATGTTTGGTGTCAGTTTGTAGATTAAAATAATATGTCTCGACTATGCGCT
GACCGGATTGTACAATCAAATAAATATTTTGGTTCAGCGAAGGGCCAGTGCTAATATCTT
AATTGAACAAAATAAGTTAATTTGGAAGTTATGGCCAGTTTACCTTGAAGCGAAAAAATA
AAGCGTTTAAAAGTAAAAAGCTTTGTACAAGGGTCAGCCAATTTTGCTCACGAACCCCTA
ACATTCCTGTTAAGAGCTTTCGCGTAAGATTTTTTGCTGTATTATAATTTTATAAAATTC
TTCATAGTATAATTGTCAAATTACATTCATCCAAATTGGAAATCTGTTACTTCAAGAATA
TGTGATATTTTATTCTTAAAAATTACTAATATATGCATTACACATTATACTGTACTATTG
ATTTTCCTGGATGCTTTTGATCCTCTAGGAAGCCCACATTTTTACGACACTCATTATTTT
CTAGTAAATCCAATAACAAACCTTTTTGATTTTAATCGATTTA
(3463 bp)

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