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Network Structural Theory Unveils Independent Regulation of Multiple Cell Cycle Checkpoints and a Novel M cyclin Degradation Pathway in the Fission Yeast

1.Molecular - a.Genome/Gene/Nucleic Acid - b.DNA replication - c.Recombination/Mutation/Repair - d.Epigenetics/Chromatin - e.Transcription - f.RNA/Ribonucleoprotein - g.Translation - h.Protein - i.Carbohydrate/Lipid/Metabolite - j.Molecular Evolution/Comparative Genomics - l.Others 2.Cell - a.Chromosome/Nuclear Body - b.Phase Separation - c.Protein Processing/Transport/Localization - d.Cytoplasmic Membranous Organelle - e.Cell Adhesion/Cell Motility/Extracellular Matrix - f.Cell Membrane/Cytoskeleton - g.Cell Proliferation/Division/Cell Cycle - h.Signal Transduction (Post Translational Modification) - i.Signal Transduction (Bioactive Substance) - j.Cell Death - k.Others

日本分子生物学会年会

The 47th Annual Meeting of the Molecular Biology Society of Japan

The 47th Annual Meeting of the Molecular Biology Society of Japan

[2P-440]Network Structural Theory Unveils Independent Regulation of Multiple Cell Cycle Checkpoints and a Novel M cyclin Degradation Pathway in the Fission Yeast

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