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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR17474c1_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_serine/threonine-protein_kinase_Genghis_Khan_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000287 F magnesium ion binding
GO:0004672 F protein kinase activity
GO:0004674 F protein serine/threonine kinase activity
GO:0005524 F ATP binding
GO:0005737 C cytoplasm
GO:0005856 C cytoskeleton
GO:0005886 C plasma membrane
GO:0005911 C cell-cell junction
GO:0006468 P protein phosphorylation
GO:0007010 P cytoskeleton organization
GO:0007163 P establishment or maintenance of cell polarity
GO:0007165 P signal transduction
GO:0016020 C membrane
GO:0016301 F kinase activity
GO:0016310 P phosphorylation
GO:0016477 P cell migration
GO:0016740 F transferase activity
GO:0017048 F small GTPase binding
GO:0030036 P actin cytoskeleton organization
GO:0030054 C cell junction
GO:0031032 P actomyosin structure organization
GO:0031252 C cell leading edge
GO:0031532 P actin cytoskeleton reorganization
GO:0035556 P intracellular signal transduction
GO:0042641 C actomyosin
GO:0046872 F metal ion binding
GO:0070062 C extracellular exosome
Transcript
Level		FPKM:4.19 TPM:4.11
ORF EntryO_TrvaFAMAMG20820_3prime_partial:A_TrvaFAMAMG_TR17474c1_g1_i1
Sequence
(Nucleotide)
GGATGCGCGGTGTACATGAGCTCGGTGTCCCGCGCGCGGTGTCCCTGCTTGTCCACGTAC
AGCGCCAGCGAACTGAACACCAGCAGCGTGTCCGACGAGCGGGGGACCGCCGCGCAGCAC
AGGGGGGTCGCGCCCGAGTGAGACAGGAACAGGTTCACTTGGTTGTCGGGGTGCACCAGC
GTGCGCGCGGGCTGGTCGGCGTCCCTCCTGGGGTGGGGCAGGGCGTGCGCCGCGAACCCG
CCGCGGTACCCCAGCACTAGTCTTGCGGCGCTGAGCTGCACGCTGTGCACGGGGGAGGGC
GCGCGTAGCTCGGCGATGCGCACGCACCGCGCCGCCGTGCGCGTGATCTCGTACACGTTC
ACGATGTACGCGTTCTGTTTCTTGCACAACACAGCGAACCCGCAAGCCCCGGCCCTCGTC
GCCCCTACAGCAAGGTTGAGAGCTCCCTTGGTCTCCGGCAGCTTGACGCTGTCCACGTCG
GCTTCCAGCGCTCGTACGGGGACCAGGCGCACGTGACGACCGCGACCAGATATCGTTACC
AGCAGCTGCTCGTTGGGCACGTAGTGCAGGCTGTGCACGTGCGCGGGTCCCCGGCGCGGC
ACCAGCTCCCCTCGCTCCAGGTCGAGCAGCACCAGGCCGGCCTCCCCGCCCACACACAGG
CGGCTCCGCTCCAGCACGCAGGCGCACAGCACGCCCCGCAGCGCCGCGCCCGCACTGCTG
TCCGCTATCGTGCACGCGCTGTACACGCATTTATCAGGCAGATTATTTCTCTTCAATATC
CTATGTAATTCACTAAGTGCGACCACCCATTTTGTTTTCTCTGACTCTGATTCCGCTAAC
ATTAGCGTGTGAGATCGCTTGCCTCCTTCGATTTGTGATGTTGATATCCTGAATATGCAG
GGTATGTCTCGTTTGCTGGCGTGTATGACGTCAGAGTCCTTGACCGACGTCACGCTGAAC
TCAGGGTCCCGCATGTCCAGCACCTGACTCACGCACACCGAGGGCAGGGCGTGGCGGTCC
TGCGATATGTCGTATAGGAACAATTTAAAATCACAGACAACGACGAACTGTCTCATCCAT
CCTTTCTTCACGCCTCCCGGCTTCGGAACCTTAACATATCCCTCATACGCGGTCCCCTGT
CCCCGCGCAGGGTCGATGCCGAGCGGTCTCCTCGCGCGCGCCGGCGGCGGACACCGCGCG
CACAACAACGCACAGCACGCAGCGTGCACGCCCACACCGCATCGCTCACACACCACGCCT
TGACGTGTTAGACCGATCATCAAGGAAGTACAATGGTTGCACTTTGTCGGGCTACTGAAG
GTCCTAACCAGGAACTGATGGACCTTCTCCTTGCCAGGAAGCGCGGGGCCCAATGAGGGA
TCACATTGGCTCACGGTCGACATTTCGCTGGGCGAGCTCTTCGTTGATGCGGGCGATGAT
GCCCTTGGACCCTCCATCTCGTCTTGAGATTCTACGGAACCACTCAGACCTCCGGACTGT
TGGGATCCGTACATTAACTTCGCGTTACAAAAATGTTGTGCATTCCTGTAACGATACTGC
AACATCTTTTGTTCGTTTATCGCAGCAACATTGTCGTAATGCCTCTCCGTGGGTCCATCC
TTGAGGAATTGATCAAGATAGCTCATCTGTGACGGGGGCCGATCCAAAAAGGAGTTGTTG
TGTGCGTGCGGCGCGTCCAGTCTAGTCTGCATGTCCCGTATGTGTTGTTCTTTACGTTTC
ATGTCGTGAGCCAACGAGTCCAAACGCTGACGTGTTTCGAGTAACTCCCTCTGACTGGCC
AGCAGCTCAGCCCTGGTCCTGCTAAGCTCTTCCCCTACAGCCTGCTTGGCTTGTATCTCG
GAGTGCAGCGAGGACTGCAGCGTGAGGATCTCCATCTTGTCCAGCTTCTGCGAGCGTCTG
TTGCGCCAGCCCCCTCCTACTGCGGGGGAGGGGGGGCCGGGGGAGGAACGACTGGCGCTC
GCGTGTTTGAGGAAGTCCAGTTCATCCGTCATCTTGGTGGCGAGCGCCTGAAGGTATCCT
CGGGCCTCCTTCTCGTCAGACACCCAGCGGATGATATCGGCTATCTGTGCCTCCCAGTGC
TGCATGGTGTCCCTCTTGGCTCGCAGCTCCACCAGCTCGTCCTCCATCTGCCGTCTCTCC
GCCTGCCATCTCCTGCCGTTCTCCGCCATAGCATCAAGATCTTTGGCTAATTTCCTGTTT
TCATTGATGAGGATCTGTCTGTCTTCTGAATCGTTCATCTGTTCTAAACGACGATTCTCA
AGCTTTTCTTTGGACGTTTGCAGCTCTCTAGTGAGTATGTTCCTGAGCGCGTCTCCCTCG
TGCAGCTGTTCGGTGAGCGCGGCCAGCTCCGCTCCGTAGCGAGCTTGTTGCTGAGACAGG
GACTCCTTGTACTGAACCTCAAGAGCTTCCACCTCAGCTTGTAACCTCGCCACGTCAGCC
GTGGACCCCGTCCCACCGCTGGGCTCAACGCGCTGGGACCGAAGGGACTCTTCGCGTAAC
TTACGCTCCTTAGTAGCTTCAGCAATAGCAGTGTCTAATCTCGCTTCCAACTCCCGTCTC
CCCTTCTCCGCCCTCCTGATGTCTTGCCGGAGAGCGTCCGTCTTCTGCATGGCCTTCTCT
AACTCTTCCTCTTTGTCACGAACCTGTCGCGATAACTTCTGTTTCTGTTGTCGTAATTCT
GATAACATTTCAGTGACTTCGTTGTATTCGGCCATAGCGAGTTTTCGTTGTGAGATAGCA
TCTTTTAACTCTTTGTCCTGTAATTTCAATTTCTCTACTGAATCAGTCTTATCTTTGAGT
AGTTCATCTCTCTCCGCCGTCAATGATTGCACCAACACTTCTAACTCACGCAAACGAACG
GACACTTCTTGTGGTGTTGATGGTAATTCCTGTCCCGTCCCCGTAGTGACTTGTTCGTAA
CATCGTAACTGTGTTTCTAGATCTGCATTCCTCTTCGACAACGTAGCTAATTCATCTTTC
AATTGTATTAATTCATCACTAGATGGATCTGTAACTCCCCCGGCTCGTAGTTCAGCGATG
GTTTGCGCTAACAAAGCGTTCTCTCTCTCGAGTGCCTTCACCGCCGCTCGATCACCGGCG
TTAGACGGCGCCTGGCTGGTCGCGTTCTTGGCGGGGCTGAGCGGTGCTTGCGGCGCGCCC
AGGTCGCACAGAGTGGAGCCCCCTGTATATGTGAACCCTACGAAGGGTAGGTGTACTCCG
GAGAATGCTGCGCTCGCTCTTGGAGGAGGTACTGCCTCTGATAATCTAATATCTGTATCA
TCGACATCAAAATTGGATGTATCAGTAGGACTTGAAACATCAGGAACGAAAGGGGCTTGC
ATCTCGCGAAGATTGTCCCAATCTAGACCCGCGAACCATGGATGATTCTTAAAATCTTGT
AATCCATTCTTGCCGAGTCTGTTCTCTGAGCCACATATTAATCTTCTTATTAAATCTTGC
GCCTCTTCTGAAACCTGTTGCGTGTGTTCATCGGGCGGAGGGCACTGGAAGGACCGCGCG
TGGTTCATGATCTTGCCGTACGTCTCCACCAGGGACTCCGCGTAGAATGGCGTCTCGCCG
AACAACATCTCGTACATGCATACACCTAACGACCACCAATCGCATTCCGGACCGTATCTG
CCTTGTCCGTCTTCCATCGCCCTTAGTATTTCAGGCGAAATATAATCCGGGGTACCCACA
GCTACATTGCTTTGTACCTTTCCATCATCACCGAGCCTCAAACAGGATCCAAAATCAGCC
AATCTGATGTGTCCACTCGCGTCCAACAACACGTTATCGGGTTTAATATCTCGATGCACG
TATCTCAATTCGTGAACACTCTGTATAGCGAGCACCATCTCCGCTATGTAGAACTTGGCC
ATGTCCTCCGGGAGACGATCTTCGAACTTCGATAGTAATGTTAGGAGATCACCGCCACAG
TAATAGTCCATTACTAGATACAAATTATGTTCATCTTGAAAAGCATAATGTAGGTTAGTG
ATCCACCTTCTATCGCCAAATACAAGAACATCTCTTTCCTCTTGAAAACACGCCGTTTCA
GCTCTCTTCAACATCTCCCATTTATTTAATATCTTCATGGCGTATACTCTGTCGCCCGTC
GAAGCCGAGATAGTACCGCCGCCGGCCGCGTTAGCACCGCCATCGCCGCCCTGTATAAAC
GATGCTCGAACAACACAAACTTCTCCGAAGGCGCCGCGTCCAATCACCTTCACCAACTCA
AAATCATCGCGAGACAATCTCAGTCGCTTCAAGGCAGTCGCTACGGGCTTCACACACTGT
ATAAAATCAGCTACAGCCTTCTCCCTCCTCAATGAGCTATTGCAGCACTCGTCATACAAT
ACTAATAGTACGTCCAGAAGTGTTTCAACGCTCAGAGTGTGGGTTCGAGGTCCTTGGAGG
CGACGAGACGTGAACATAGACTCGATTTGTTTTAGACGTTTTATTCCTACCACTGCCGCA
TTATTAATGGGTACCAAATCCCTGTCGGGAGACGAGTCTTCCTCCTCCGACATCTTCCCG
TTCAACGTATCCAACATGTGTTCAGTACTTCCTCATGTCACGCAAGACACAATGTATTAT
GTATGTTAAGCACTGTCATTGAGTTGTGTTATCCATTGCTATGTATTATGATTTGTTTCT
GATTATTAAAAGTCGTTAATCGAATTTAAAACAGTGGTTAGTGTTTCATTTTACTAAATT
TATTATTTGATTTTTAG
(4757 bp)

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