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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp50685_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_serine/threonine-protein_kinase_N_[Papilio_xuthus]
Ontology
GO:0000166 F nucleotide binding
GO:0004672 F protein kinase activity
GO:0004674 F protein serine/threonine kinase activity
GO:0004697 F protein kinase C activity
GO:0005515 F protein binding
GO:0005524 F ATP binding
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0005856 C cytoskeleton
GO:0006351 P transcription, DNA-templated
GO:0006355 P regulation of transcription, DNA-templated
GO:0006468 P protein phosphorylation
GO:0007049 P cell cycle
GO:0007155 P cell adhesion
GO:0007165 P signal transduction
GO:0007275 P multicellular organism development
GO:0007391 P dorsal closure
GO:0007472 P wing disc morphogenesis
GO:0016020 C membrane
GO:0016301 F kinase activity
GO:0016310 P phosphorylation
GO:0016740 F transferase activity
GO:0018105 P peptidyl-serine phosphorylation
GO:0030027 C lamellipodium
GO:0030054 C cell junction
GO:0030496 C midbody
GO:0031532 P actin cytoskeleton reorganization
GO:0032154 C cleavage furrow
GO:0035556 P intracellular signal transduction
GO:0042995 C cell projection
GO:0046777 P protein autophosphorylation
GO:0051301 P cell division
GO:0090303 P positive regulation of wound healing
Transcript
Level		FPKM:9.11 TPM:8.43
ORF Entry
Sequence
(Nucleotide)
GATTTGTAAACTGTTTTGTTTTGTGGGTTTAATAGCACATAATTTATTTGATCTTTAATT
GGAAACTTGACAAACCATGATATTTTTTACTAATTCAATGCATATTGTGTTTGAAGAGTA
CCGTACTTCAGCTAAGCCTTTGTGAATACCCGAAGCTCTAGTAGTGAGATTTTCCTACAT
AATTATGGTTATCTGACATTACACCGTGCATCCTCAATTATGGCAGACCCAGGTTATTAT
CATAGTGATTATATTCGACACCCAGTTCTTCACGAACTCGGTGTCAAGTACGGAATCAAG
ACTGAGTGTATTCCAGAAATAGCATTGCCGTCGAAATTAGAGGAGCTCAAAGATGTCATA
CGTAGAGAAATACGAAAAGAACTTAAAATAAAGGAAGGTGCCGAGAAACTTCGTGAGGTA
GCTACAGATCGGAGATCCCTATCGGATGTCGCCAATATTGTTAAGAAAGCTAACATCAAA
CTTAATGAACTCAAATCTGATCTGCAGGAGCTAGAATCGCAGCTCCTATTATCTCGTGGA
CAATCAACACCAACATCACCAGAAGATCTGTCTTATGACGAAGAAATCATTTTAGCATCT
GAAGCAGCACAACAACAAAGACAGCTTGGAGAAGCAACTACAGATCGCAAACTTGCATCA
CTTGAGAAACAGCTAAACATTGAATTGAAGGTAAAACAAGGTGCTGAAAATATGATACAG
AGCATTAGCAACAGCAACCAGTCTAGAGACAAAAAGCTGCTTGCGGAAGCACATCAAATG
TTGGCTGATTCAAAAGTCAAAATTGAATATTTAAAATTACGCATTTCAAAACTGACCAAA
CAGCAAAAAGGTGATACTGCTGGAGCAAATGGTGATGGTAGGAATTCTGATATGAGTGGT
GTTGATGCATTACTTGATGAACGAATTGCAGAGCTCAGAAATCGTCTCAGAATTGAAGCA
GCTGTTGTAGAAGGCTCTAAAAATGCCATTAGACTGTTACAGAGTGACAAAAAATTGACT
GACAAAAAAGCTTTGCAAGAAGCTCAGACTCAACTCTTAGAATCAACACAAAAACTAGAC
TTGCTCCGTAGGTCGTTGGATATGCGTAGGCAGGAACTACCTGCTGAAAGTGCAGCTTTT
GTAGAGTTGGGTCATGAATTACGCAGTACTGCCTCAAGTCCAGGCTATGTGAGCTTGTCT
GGAGGAAGTGGATCAAGAACTCAATTTCTGTCACCTGCACCTTTGATTAGCCCTTGTGTA
CAAGTCACTGGTACACTCGAAGTGAGATTGATGGGTTGTCAAGATCTTCTTGATGATGTC
CCAGGTCGCAGTCGTCGTGATCCATTAGCCAGCCCATCAGATCTGAAGTCCTTTGTTAAA
GGAGTAACCATACGCAATTCAATGAAATATACTTACAGTATAAAAGAAGACACCAGCAAT
GAAATAATGGCAGTCTTAAAGCTGGACAATCACAATGTTGCTCAGACAAGTTGGAGACCT
TGCTCTCAACAAGCTTGGGATCAAAGATTCACTATCAAATTAGACAAGTCAAGAGAGTTG
GAAATTGGAATACATTGGAAAGACTGGCGTGGTTTATGTGCTATCAAGTTTTTGAGATTA
GAAGAATTTATTGATGATATACGCCATGGAATGGCTCTAGAACTTGAACCACAGGGACTT
CTTTTTGCTGAAATAAAGTTTCTTAATCCTATTATATCTCGTAAACCTAAACTTCAACGC
CAGAGAAAAATTTTCAAACAACAAGGAAAAAATATTCCAAGACCATCTTATGGCGATATG
CATATTCCTGCTGTTGTTTTAGGAAGGTTACTCAAGAGATCTTCTCCATCCATTCAAAAT
ATTCAAAATGCTCATATAACTACATCACAACAACACAGTTTCGAATCTGCCACGTTTGAT
AATAGAGAAATTGAAAATCCTAATGTTACACTTGGGGGTATGGCTGGAGTAAGGCCCTTA
GGATTACCTTCAACACCAACTCCACAACTTCCATCAGTGCCACCCCCAAAACCTACTTTG
CCTCTTCAACCTCCTCCTAATGTCTCTACACTCAGAATGGAAAAGGAGCTCCAAGAAGCC
TTTGCATTTTTAGAAGATTCTTACACCAGAGACCATTATGTTTCAAAGGAACCACAAACT
CCATCATGTGATACTCCTTTGGTTGAGTATCCTCCGTCTCCCTCTCCCAAGCTGGTGCTT
GAATACCCAAGTAATGAAGACCAGATTGTTGAAGTAACAAGTAACATCCGTTTGTCATCC
TCAAGATCATCATCAGTAATAGAAACAATAGGAAAAGAACAAGATTCCAGAAGGCAATCT
GGCGAAATGTCTATGGAAAGTTTCAGGCTGTTGAGTGTCCTTGGAAGAGGACATTTTGGA
AAAGTTATCTTATCACAGTACAAACCTACTAATGAATATTTTGCAATTAAAGCTTTAAAG
AAAGGTGATATAATAGCAAGAGATGAGGTTGATTCTTTGTTATCTGAAAAAAGAATATTT
GAAGTAGCTAATGCAATTAGACATCCATTTTTGGTCAATCTTTTTGCTTGTTTCCAAACA
GAACAACATGTCTGCTTTGTTATGGAATATGCAGCTGGAGGTGATCTCATGATGCACATT
CATGCTGATGTGTTCACTGAACCGAGGGCAGTATTTTATGCAGCCTGTGTAGTGTTAGGT
CTGCAGTATTTACATGAAAATAATATCATATATAGAGATTTAAAATTAGACAATTTATTA
TTAGATACTGAGGGTTATGTAAAGATTGCTGATTTTGGCCTTTGTAAAGAAGGAATGGGA
TGGGGCGATCGAACTGGAACCTTCTGTGGAACACCCGAATTTTTGGCTCCTGAAGTATTG
ACAGAAACATCTTACACTCGTGCTGTTGATTGGTGGGGCCTAGGGGTATTGATTTTTGAA
ATGTTAGTGGGAGAATCGCCATTCCCAGGTGAAGACGAAGGTGAAGTCTTTGATTCAATC
GTTAATGATGAAGTGCGTTACCCGAGAACTTTATCTTTAGAAGCTATTGCATTGATGCGT
CGTTTGTTAAGGAAAAACCCAGAAAGACGATTGGGTTCTTCTGAAAGAGATGCTGAAGAT
GTGAAGAAGCAGGCTTTCTTCCGCAATGTTGATTGGGAGCAATTGTTATTGCGTAAAGTG
AAACCACCATTTGTGCCAACAATAAAACACTTGGAAGATGTTAGCAATTTTGACAGTGAG
TTTACCTCTGAAGCAGCTGTGCTTACACCGCCTAAGGAACCCAGACCACTGTCATCCACA
GATCATAAAATGTTTGAAGATTTTACATATATGGCAGACTGGTGCTAGGTCAGACTGTGA
GAAATAAAACAAATGGTATATTTATTATACCATAAAATGCTAACTACACAACAATAAACC
CCCGATTGCCTTAAGAGTGTGACTTTTCTGTATTTTGATAATAATAATAATGTTATAAAA
TATCTAACAGGTTGTCTTGTTAACTTATATTTAATGCAGTTTAAATGCAAAATTTTATAA
TAAATTATATAATTAAGTTTTAAATAGTGCTAATGTTTATTTTTTTAAAACATAGTGTTA
TAGATTTATATATTGTGTAGTTATGAACTTAACTTTAAAAGACTAATATGTGAAGGCGTG
TCATATCATATTACGTTTTCAGTCAATTGTTTACTTATTCAC
(3702 bp)

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