Linked from

The 44 pages that link to Cell cycle, each with the reason it gives.

• Saccharomyces cerevisiaeRelated: Yeast genetics helped establish core mechanisms controlling eukaryotic cell division.

• ChemotherapyRelated: Many chemotherapy drugs work best during particular phases of this cycle.

• Cell biologyRelated: It describes how cells grow and produce daughter cells.

• OncogeneRelated: Oncogene activity can push cells through division checkpoints.

• Tumor suppressor geneRelated: Many tumor suppressor proteins control checkpoints that govern cell-cycle progression.

• Tissue cultureRelated: Cell-cycle behavior determines how quickly a cultured population expands.

• Cleavage (embryology)Related: Early cleavage cycles often shorten by omitting or reducing growth phases.

• Ubiquitin–proteasome systemRelated: Proteasomal destruction of regulatory proteins helps make cell-cycle transitions directional.

• Protein phosphorylationRelated: Phosphorylation helps coordinate the transitions between cell-cycle stages.

• Cell lineageRelated: The cell cycle supplies the recurring process that produces lineage descendants.

• Microbial growthRelated: Cell-cycle timing constrains how quickly cellular microbes can reproduce.

• Primary ciliumRelated: Primary cilia commonly assemble in nondividing or slowly dividing cells and are resorbed before mitosis.

• Guanosine triphosphateRelated: GTP-dependent tubulin assembly helps build the spindle needed for chromosome segregation.

• Somatic cellRelated: It governs when a somatic cell grows, copies its DNA, or divides.

• SirolimusRelated: Inhibiting mTORC1 limits progression of activated lymphocytes through the cell cycle.

• ProteasomeRelated: Timed destruction of regulatory proteins helps drive transitions between cell-cycle stages.

• RadiobiologyRelated: Radiation sensitivity changes with the cell's stage in this cycle.

• XenopusRelated: Xenopus egg extracts enabled influential experiments on the molecular control of cell division.

• Aaron CiechanoverRelated: Ubiquitin-dependent destruction helps control the timely removal of cell-cycle regulators.

• Avram HershkoRelated: Ubiquitin-mediated degradation regulates proteins whose timely removal controls cell-cycle transitions.

• Boolean networkRelated: Regulatory Boolean models capture the switching logic that coordinates cell-cycle phases.

• Irwin RoseRelated: Selective protein destruction helps control the timing and direction of cell-cycle transitions.

• 16-cell stageRelated: Repeated cell-cycle progression generates the blastomeres, often with little growth between early divisions.

• Cell Physiological PhenomenaRelated: Its control links cellular growth to the production of daughter cells.

• Cellular organization, physiology & dynamicsRelated: It links cellular growth and internal reorganization to reproduction.

• FluorouracilRelated: Fluorouracil’s effects are greatest in cells actively synthesizing DNA.