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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoSK_comp14180_c0_seq10
Scaffold_idBomo_Chr13
NCBI non-redundant
(nr)		PREDICTED:_pericentriolar_material_1_protein_isoform_X5_[Bombyx_mori]
Ontology
GO:0000086 P G2/M transition of mitotic cell cycle
GO:0000242 C pericentriolar material
GO:0001764 P neuron migration
GO:0005515 F protein binding
GO:0005737 C cytoplasm
GO:0005813 C centrosome
GO:0005814 C centriole
GO:0005815 C microtubule organizing center
GO:0005829 C cytosol
GO:0005856 C cytoskeleton
GO:0016020 C membrane
GO:0022027 P interkinetic nuclear migration
GO:0030030 P cell projection organization
GO:0031122 P cytoplasmic microtubule organization
GO:0031513 C non-motile cilium
GO:0031965 C nuclear membrane
GO:0034451 C centriolar satellite
GO:0034453 P microtubule anchoring
GO:0034454 P microtubule anchoring at centrosome
GO:0035058 P non-motile cilium assembly
GO:0035735 P intraciliary transport involved in cilium assembly
GO:0036064 C ciliary basal body
GO:0042384 P cilium assembly
GO:0042802 F identical protein binding
GO:0042995 C cell projection
GO:0043234 C protein-containing complex
GO:0050768 P negative regulation of neurogenesis
GO:0051297 P centrosome cycle
GO:0071539 P protein localization to centrosome
GO:0090316 P positive regulation of intracellular protein transport
GO:0097150 P neuronal stem cell population maintenance
Transcript
Level		FPKM:7.58 TPM:7.62
ORF EntryO_BomoSK18858_complete:A_BomoSK_comp14180_c0_seq10
Sequence
(Nucleotide)
CAAGCATTATTCGTTTTGATTCGGCTTTTCTCGAACGAAGTGTATACCACGTTTTGTGTT
TATAAAACAAAGTTTTCAATAGTTCAAAAACACTAGATAGCTCATAAAATGCCAGCCAAT
ACCATTGAATCTTGCCTTCAGGGTGCTAGATATAATTTTGATGCTGTTCGACCTGCTCCG
ATTTGCGGTGACGCCAACCAACCAGGTCAATGCCACAATGTACACATATCCACAAATTTT
TACTATGGATTTCATGAAGTAAAAACGTCGGGTATCAACCACATGGCAACAGATTGTGAG
ATGCAGGAAGTCCCAATTGAAAAGAACGTGAACACCCTTGTAACCACAGCTAGAAAAAGA
AGTGCTGATAACAGCGGCTATCCACAGAGCAAGCGTTTTCGAGAAGAGGTTATGGTGCCA
ACAACCACCAACTCCAACCCCTGTTTGCTTCGTCCAACACACAACAATCCAGATATATCT
CGTTGTCTCATGGTCCATATGATATAATATCTTTGGTTTAATGAAGCAAGTGCAAACGAA
AACAATAATTAGATATCTCCATTTTATCTGCAGAAGTTCAAAGAAAGAAAAACATTGGAC
CTGAGACACACGAGACTGCAAAATTAAAACCAAGTTCAGAAGATATATTGGAAAGTCTTT
TCTGGAACATACATGGCGGACATTTTTATAGTTATTTAAACTGTGCTTCTTCTTTGTGAT
GTTAGTGTGATATTTTGTGAAGTGAATTGGGACACTAAGTACAATTTCAGACTCTAACTT
TGAAATGTTTCTCATATTTTAAGATTAAATAAAATTGTAACTAGGTAAAGGGGGTTTTTA
TTTAAATTATGCAATCATTAACATCCATTTGTTTATTAGTAAAATAAAATATAGAATACA
CAAAGAATACCACGCAAACAAACAACACCTCACAGGATATTAGTTAACTTTTAGGTGACC
TAGCAGCAGAACACAAAAAACACATTAAATGGAAAAAATCTAATTACTTTTGTGTATTGC
TTTTTGTTTCAGATGCAGATAGAAGATCTAATGAAACGTTTTTTTTACAGGCCCACTCAA
ACACCGATAACATCATTAAAAATGATGTAGTGTTGAGTGTTTGTTTCATTGTTACACAAT
AATATAAATTCCTCTTCTATTTTTCAGGTGCTTGTTCCATGTGGAGTCTTGTTGGTACAC
AGTCAAGTCCAAGCCACTCTGCTTCTGCCTCTGTAGGCGTGACTTCGTCGGTATCCACGA
CGTCGGGCAGAGCTTCCGCATTGACTCCAGCTTCATCACCATCGACAGTGCCACTCTCGT
CCATATCGACATGGCAAGTTTGGTCTGCCTCTGCCAAATCGCCATTATGCATTTCCGAAC
AATTTATAAGATCAACTTTGCTATCCTGGTTAGAGTGATGAGCACCATCATTCACGTCTG
TAGGTTCGATGTCTATGTGGAGATGGCCGGGCCACATATCATAAGGGCACGCATTCACTT
GATGTAGCTGACTGTCGCTCGAACTAAATAGATTCAAAGATCCTGCGACATCTTGTAACC
TTGATGAGTCTAAATCGTTGCTCATCGGAATCGATTCACCTTCCGTACTCGCTGCTATAT
ACAAAGGTAAGTTTTCAAATATGTCGTTTGACACGTCAGAAACGCGCATTCTCTCGTACT
TAGATAGGAACTCCTGAAGTCTTCTTTTGGTCTGTTGCGAATATCTTCTGTCTGGGTAGT
TGCTCAAAATATGTGAAGCTAAAGTATCAAGAAATTCTGTTGTGCATATTTCTTCGCTTT
TCATAATCAAAAATCGGACAATTTTGCTATCAATCTGCATTGTATTTGCACAGACATTTT
GCATAGAAGCCGAGCTGCAGTCGTTATAGTTTGTGTGTTCAGTTGGAGCAGTGGTGGACA
CGGTATCGGGTCTGGTTAGCTCTTCTGTTTCATCGTTATCATGATTCTCGAGCATCGTGT
TGTATTGAGACAGAACGTTCCGAATCGATTGCAGTACTTTCTGTCGCAAATTTTCAGAAC
TGATCAATTGCAACTCCCTAAACAGTTGTATCAGAAAGTCTGGATGAGATTCATTGACCC
CGATCAGAGTCGTCACTTCCGAATATATATTTTCCCTCAAAAGATCAAACAGTTTAGATG
TGGCCTTGTCTTCGTTTTCGCGACTTGTCGAAGCCAAATTAGGGTTCGGTACCTCCGACA
GACTGGCAATATTTATATTGCTCGTTTGAGAATAATCTAAAGCGCAATTCCTACGGTTTG
ATGAATTTTTCGCGGGCAATTTCGACGAAGATTTCCTCTTGCCATTCGTCGAGCTGTTCA
AATTATTGGAATGGGATTGAATAATTTCCGGTATCGGATTTGTTATATTCAAATTCCTAA
ACGGAGGCGGTGCGCTTTCTTGCCTGTTTATGTTCACGTTAGGTATGTTTGTGGTGTTAC
TGTCATCGACGTTTCTGGAATGAGATGCGACCGCCATTTCAGAATCTGCGTTCTGATTGA
CGTTCAGAACATCGGGCGCGGATGAAAACGATAGAGATCGTTCGTAGGAGACATTCATGC
GCGCGTGACGATTCGGCAAGTCTTCGTTATTAGTTTGTGGCAATTGAGGAACGTTTTGAG
AGGAACTGGCCGCGTTGGTGTTTCTCTTGGGGGTCACGCATGGAGAACTGGCAGACGGCG
TGCGACGTAACGTATTATGGGATCTCTCAACCAGTGGGTGAGGGTTGTGGGGGGGACCAG
AACCCAAGTGGCCATCTGCATTAACTTTATTATTTGCCGACAGAAGGTTTTGACGGGAAT
AGCTTCTAAAGTTATCCCAGTAGTTGTTGGCTCTGTTACCGGGAGGTACTTGATTGTTGA
GCGTGTGCGAGGCGGTTTCGGCCCGCCATCGCTCTTCCAGATGGTTGAGTTGTTCGCGTA
GTTGATGTATATCGCGTTGTTGCATCACCAGTTGCTGCCAGCACCACGCTCCCCACAACC
CGCAGCCGCAGCCGCAACCTCCCACCATGCCGTAAGGCATCATCATGTTGAAGGGCATTG
TGGGAGGGAAAGTCATTTGCGGCGTCCCCAGGAGCCGGTCCATCGTCTGCGAGTGACTAT
TCTGAGTGAACTGATTCGATCTAACATCTTGATTGGATTTTGTGTTCCAACAGGGCGGCG
GTAGATGTGGATAAGGCATACCCGTATGCTCGGTGTTCTGGCTGACAGGTGGAACCGAAT
TGACGTTAGATGTTTCTGGCCTCGGTTCATGTCTAATACTTTGGCTTGTATTATTTGACT
GGGACACACTCTCGTCTGTTTGTCTCTCCTGTGTTGCTCTCCGTCGCGAGCGATTCCTTT
GGTTGGATTTATTCCTTGATGCGCTGTCACTGTCACTGCCATAGGTGCTACCGAGATGCG
AGGGCAGCGTGGGAAGTGATCTCCCATCCAAGACGCTGTCACCGCCTCCTCTAAAGTTTT
CTGTTTCGCGTGAATTCTGCAGATCCATTATTTGTTCTGAGCGAGAATCAGGCTCGTCTT
GCTCACTGTTGTAAGATTGATTGACAACGGATGCGGTGCGCGATTCTTGTTTTGTTTGTT
CGGTTTCAGCCCCGGTGCACAAAACTTTCTCCTTGTTGAGAAGAGCTTCTAGTTCCCTTT
GCTTCTCGGCCAGCAAGGCGCGGAGTTGCATCTGGCGACGTTCGACAGGTCCGGGCGTGC
CGCTCGGACCGGCTCGCACTTCCTCGTTCACTTTCTTCTGTTTACGCACTTCAGTTTTAT
TTGAGATCATGTCCTTTATCCGTGCTCGTTCCCCCATGATTTTTTCTGTTTCCATCCGCA
ATTCTTGAGCCAACTCTTGTAATGAAGCCAAATTCGCTTCGTGACTTTGTTGTTGAAGCA
AGTGTTGTTGTGGCGCGTGATGTTGTTGTTGTGGCGCATGATGTTGTTGTTGTGGCGCAT
GATGTTGTTGTTGTGGCGCA
(3980 bp)

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