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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoASG_c29728_g1_i2
Scaffold_idBomo_Chr18
NCBI non-redundant
(nr)		serine/threonine-protein_kinase_SIK2_[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:0005515 F protein binding
GO:0005524 F ATP binding
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0006468 P protein phosphorylation
GO:0016301 F kinase activity
GO:0016310 P phosphorylation
GO:0016740 F transferase activity
GO:0032870 P cellular response to hormone stimulus
GO:0035556 P intracellular signal transduction
GO:0046626 P regulation of insulin receptor signaling pathway
GO:0046777 P protein autophosphorylation
GO:0046872 F metal ion binding
Transcript
Level		FPKM:12.53 TPM:9.61
ORF EntryO_BomoASG17114_complete:A_BomoASG_c29728_g1_i2
Sequence
(Nucleotide)
GCCGGCGAGGCGGCGGCGTGACGTGGTGCTTCGATTTTCCAATACGCGCACGCCGCCTCT
ACGCGATTATTGAATCCCATGTAAGTAATGTTTTGTACACAATAATCCATAGTATAGTGA
TTATTGAACAGCTGAATCGTTAAGTGCCTAGGTATTCGTTCTGAAACTGTAACAAGATCG
AGTACATTGTGGTGTTTTATTGACGTTTTATAATTCAAATCCTATACTTGACTGAGAAAT
AGCTTCATATAAATAAGGTGTTCGTATGTTATGTACAGGTCGCGCTCTATTGTTCAGAAA
TAGTAATTTCCTCAAAGACTTTTTTTAGTATTTAATATATTTTGTTTATGTGTTAAAGTG
TTCGATTTGCACATCAGTGTGCATTGACTATCCCTGGAAAAACTTAAGTAGTATTGCGAA
TGAGTACTATGTCACAAAATAAATCTTCTTATCAAAGAAAATATTGAAATATCGTTTTAA
GTTTGATGAAGATAGAGTCAGCAATGGCGGAACGTGAACGTCCTGCAAAAACTCCCATTA
GGGTGGGTTTTTACGACATCGAGAGGACCATAGGGAAGGGAAATTTTGCCGTCGTTAAGT
TAGCTCGACATCGAATAACGAAGACTGAGGTAGCAATTAAGATAATAGATAAATCACAAT
TAGACGCCAGCAACCTTCAAAAAGTGTACAGAGAAGTGGATATAATGAAGAGGCTGGATC
ATCCTCACATAATTAAGCTTTACCAGGTCATGGAGACGAAAAACATGATCTACATAGTAT
CAGAATACGCGAGTAAAGGAGAAATTTTTGACTACATTGCGAGGTATGGTCGAATGGCAG
AACAGGCAGCTAGACGCAAGTTCTGGCAGATTTTATCAGCTGTAGAATACTGCCACGAAA
GGCGAATCGTACACCGAGATCTCAAGGCGGAGAATTTGCTGCTGGATGCGAATATGAACA
TCAAGATTGCTGATTTTGGATTCAGTAATTACTACGCCACGGGGGAATTGTTGGCCACGT
GGTGTGGTTCTCCACCTTATGCCGCTCCAGAAGTATTTGAAGGGAAAAGATATACAGGCC
CCGAAATAGATATTTGGAGTCTGGGAGTAGTGTTGTACGTGTTGGTGTGTGGTGCCCTGC
CCTTCGATGGATCTACACTTCAATCACTACGAGATAGAGTGCTGTCAGGCAGATTCAGGA
TACCCTATTTCATGAGTGAAGACTGCGAGTCTTTGATAAGAAAAATGCTAGTCTTGGAAC
CAATGAAGAGGTATACCATTGAACAAATAAAGAAACACAGGTGGATGGCAGCGGAGCCGT
ACTCAATAGCAACAGTCATTGCAGACGTTACGAGGAGCCCCGCGCACGTGCCTCCACACC
AAGAACCTAATGAGCAGGTTCTCAGGTTAATGCAGAGCTTGGGGATCGATCCTGTCAAAA
CCAAAGAGAGCCTTAGGTCGAATAGTTACGACCATCACGCGGCGATATATCTTCTTTTAC
TGGAGAGACTGAGAGCGCGGGCCGCAAGTGGAGTGGCCTCTAGCGCTGAAACTCGGAACA
GACCAACGAGGAGGTCGTCTTCGGTGGCAGATCAAGGTCTGTCAAGAGAGTCCCATGATA
GTAGACGAGAACATCATGCAAGATTATTACATGCAGGCGAAGCGCAGTCTAGGGAATACA
ACAGAGTTACTCCCAACATATCTGCTGCGCCGGGCGATGCCTCATCTTCCGAAACGCAGC
GGTTGCTGTCCCTTGCAGGCGTGAACATGACTGAGCAAAGACTGCTCCAGCGAAACTCCG
ACCCTTCGGATACGCACCGGAGCTTTCTAGTCGGTAATCTTGACGTGACTTCCAATAAAC
ATCAAGAAATGGAGTCAAATCGAATGCTAGCCATGAGAAACATTGACGTCTCACAGTCAA
ATCAAAGGCTAGGTACCAAATTTAGTGAAGGTCCCATCCCTACACACAGATTACTAACAT
CAACTTATGAACAACAGCAAAATATCCTAAAGCAGTCGAGCGAAGATTGTCGCCGGCTAC
TTCAACAGTCAACAACGGTTGGACCCGAAACGAGCAAAAGCATTAATGACGGCACGCGTC
TGCTCACATCGTCTAGTTTTGATTCGAAGTGCGCGATTGACAGTGGACGAAGTTCATCAG
CCACTGATCACAATGTCATAGCGAATTTCTTGCAAAATTCTGCATCAGCCACGAACTTCA
GTGTGGACACTATGAAATTACCCAATTCGACTACATTCACAATGTGTTCGGAAGCAGCGA
AGCTCATGAATACTTTACAGCAGTCACCATTACCATTAAAGGGAACTATAAATTTAAGCA
CTAGTCCGATTCCAACACAACATGCCGAGTCTAAATTTAGTGGCGTTTTGGAGCAACCAA
AGCCGTTAGAGTCAGCCAGACTTGTTTCTCAAGCACAACAGCAGGATTTGAATCGACTAC
AGACAAGCACACCACCTTTTGTCAACCATCACTTGTCTTCATATTCTTATTTACAGAATG
TGCCATCAATGTCGAATGCAAGTGACACAAACTATCCGACTGTATCAGCGACTGCTGATT
TATTTCAGAACACACTGTACAGGCCGGACAGTAAATTTTCATTGAATAGGTATACTACGG
GCCAGACTTACACACAGGGATTTCAAAATAACACAACAGAAGCAACAAAATTTCAACAAC
AATATTCATCATCCACAGACGAAGGCTGCGAAACAGATATGGAAGACGTCGCAAATGTTC
CAACTGGTGTTCAAAATAGACTGAGTTCGTATGCAAGTTCCAGTTCAAGTAGTGGAGTTG
TCACATTTTATAATAATAAAAGTCTTAGTCAAAATCTTAGCTGTGATTCTTCGCAAAGTA
ACTTCTCCACGTTTGAAAGCTTTGATTACCAATTGTCAGATTGTTCTAGTGAATTAGCAA
GCAGTCTGCCAAGTTGCACTTCCAACGAGGATAAGATGGTTTATGATAACAATTCTCTAA
TAAATACCAGTCCCATGCATCCATGCGTATACATCTCCTCTTATAATAACAAAACTCCTG
GTGCTGGTTTGATAACACGACAGAATCCTATAAATTATCAGACGCCTAACAAAAACTGCA
CTCGGGCGATGACGCGTAGTCCTGTTGACTTCAGGGAAGGGCGTCGAGCGAGTGATGGCT
TAGTCGCACAGCAAGCTGCACAGTCGAATGATACTCAAACTAACACGCTCGCATTTAACA
GTCAACGATTAAATGAAAATTGCAAGGCCAAAGGCGTACTTGAATTACATTTAGTACAGA
AAGAGGCTCAGAAGTTAAAGACGCAGTATCAATCTTCAATTCCTGCTGAAGAAATGACCC
AAAGACAACTTCAACATAACCAGTTTGCAGCCTCGTTCAGTCCGCATTATTTGGATAGTA
AAAGTCCAACACCTAAACGGATCAGTCTTCCAGAAAGTTTTAATTTTTCAAGTACTTCTC
CACCAATGCCAGCTAGTCCAAAAATTGTAGCTCAATTGCAGGACCCCACTGACTTACCTT
TAGGAACGGTAGTGTCACAAGTCAATAAGCCACCATTGCAGCAACAACTGATGCAACACA
GATTGTTTCAACAGAAACGGCAAATCTTACAAAAACAGATGACCCCATCATCCACCTTGC
CAGCACATGAAATGGGCATCCACTCATTACAAGTCGGTCTAAGTAGGCGACAAATGGTAC
GGCAGCAAAGTTATAAAATTGCACAACAACAACAAATACTTCCTCCGTTACCATTAACTG
AAAGTGAGAATAGAGATTTGCTCGCTTTCCAGGCTATTGTTGAAGGTCCTAGCCGGGCTT
TGCAAGCTAAACAGCAATCCGATGACACTGAAATTAGGAGTCTAGAGGAACCATCCAAGT
ATGCATATCAGGGTTCTATGGAAATAAACATCATGAACAAAGATAGGTTAGGAAATGAAA
ACTGGTCAAACTTACCGTCCAGCCTGCAGAGTGCTTGTCAGATATCGGAACTAGCAGGAC
GCCGAGATGGACGAGAGAGTCGCGAGGGGGAGCCTGAGCCTACCACTCATACTTCTGTGG
ACGCACCTCTGTGGTCTGGACAGTGGAACGCAAATCTCTTCCCACCACAGCCTTGCTTCC
AGGTATTCCAACAGATAAATTAGTAGATCTCCACGTAAAATATAGATAAGTAGTAAACTG
GTAGTGTGGACTGTAATCACGCAGCGTGAGGACCTATTGTGCTTTGGTGAAATCGGTGGT
TGGTCTTCACTCGTGCCGAATGCGCTAGATCAGAATGTATTAATGGTCTCATGGTAGTGA
TCGTAAAATATTATGATGGCATTTAGAATAATTTGTAATTACACTGATATGAAATAATAG
AGTGCATGACAATAACTAGTGCTTTAAAGTTGTTGTATTACACTATTACAATAGACCACG
TTGTTCAAGTACTATCCTTAGTGTCTAAATGCAAAATTAAAATTACTTGGATAAATTTAC
ATACATAATGCAAGTTTGATAATTATTATTGTTAACTGTTTTGTATCAACAGTTTAGGTA
TATTGTGCACTCAATTTTCAAACACCGTACACATTATTTAGTGGAAATTTAAGCAAATAA
ATTAATAAAAGGTGTTCATTCCTTAATTACGTCATACATAATATTCTCAA
(4670 bp)

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