Linked from

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

• MitosisNarrower topic: Mitosis occupies the division phase of this broader cycle.

• CarcinogenesisNarrower topic: Carcinogenesis disrupts the controls that normally coordinate cell division.

• Binary fissionNarrower topic: Binary fission is the prokaryotic pattern of chromosome replication and cell division.

• DNA damage responseNarrower topic: The response controls cell-cycle transitions to prevent damaged genomes from being propagated.

• Non-homologous end joiningNarrower topic: Template availability and pathway choice vary across cell-cycle stages.

• CytokinesisNarrower topic: Cytokinesis is the cell cycle’s physical completion step.

• Cell divisionNarrower topic: Cell division is the final stage of this broader sequence.

• Cell-cycle checkpointNarrower topic: Checkpoints regulate transitions within this sequence.

• Asymmetric cell divisionNarrower topic: Asymmetry must be coordinated with the cycle that prepares and executes division.

• CentrosomeNarrower topic: Centrosome duplication is coordinated with progression through these stages.

• AnaphaseNarrower topic: Anaphase is one stage within the cell cycle's division phase.

• Paul NurseNarrower topic: Nurse’s discoveries explain how cells regulate transitions between stages of this process.

• DoxorubicinNarrower topic: Doxorubicin disrupts DNA-dependent processes across dividing cells, rather than targeting one cancer-specific stage.

• Leland H. HartwellNarrower topic: Hartwell’s genetic work helped establish the cycle’s control system.

• RetinoblastomaNarrower topic: RB1 normally limits progression through the cell cycle, and its loss permits unchecked division.

• Schizosaccharomyces pombeNarrower topic: Fission yeast is widely used to investigate the regulation of this cycle.

• Tim HuntNarrower topic: Hunt’s Nobel-recognized discoveries explained how cells regulate this sequence.

• HydroxycarbamideNarrower topic: Its effects on DNA replication explain how hydroxycarbamide can slow the growth of rapidly dividing cells.