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References: The Cell Cycle, Mitosis, and Cancer

  1. Cell cycle - Wikipedia - Overview of the G1, S, G2, and M phases, checkpoint controls, and the cyclin-CDK complexes that drive progression through the cycle.

  2. Mitosis - Wikipedia - Detailed description of prophase through telophase and cytokinesis, including the spindle apparatus and kinetochore attachment covered in this chapter.

  3. Tumor suppressor gene - Wikipedia - Explains how genes like Rb and p53 restrain cell division and how their loss, alongside oncogene activation, drives cancer.

  4. Molecular Biology of the Cell (7th ed.) - Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter - W.W. Norton - Alberts pioneered pairing the cyclin-CDK oscillation graph directly with a circular cell-cycle clock diagram, a combination that made the abstract logic of checkpoint regulation visually intuitive and is now widely copied.

  5. The Biology of Cancer (3rd ed.) - Robert A. Weinberg - Garland Science - Weinberg originated the "hallmarks of cancer" framework itself as a teaching device, organizing an otherwise overwhelming body of cancer biology into a memorable, testable checklist that nearly every biology course now uses to structure cancer instruction.

  6. AP Biology: Cell Communication and Cell Cycle - Khan Academy - Free video lessons and practice problems on the cell cycle, mitosis, and cancer aligned to the AP Biology course framework.

  7. HHMI BioInteractive - Howard Hughes Medical Institute - Short films and interactive modules on cell division and cancer biology, including case studies on checkpoint failure and tumor suppressor loss.

  8. Molecular Biology of the Cell, 4th edition - National Center for Biotechnology Information (NCBI Bookshelf) - Free full-text chapter on the cell cycle and its regulation, covering cyclins, CDKs, and checkpoint mechanisms in molecular detail.

  9. Biology 2e - OpenStax - Free college biology textbook chapter on the cell cycle with additional diagrams of mitotic stages and checkpoint regulation.

  10. 7.013 Introductory Biology - MIT OpenCourseWare - College-level lecture notes covering the cell cycle, cancer biology, and the genetic basis of tumorigenesis.