Greider, C., and E. Blackburn: "Telomeres, Telomerase, and Cancer," Scientific American, February 1996, pages 92–97. Telomerase enzymes act on the ends of chromosomes, shortening them with each cell division.

Hackney, D.: "Polar Explorations," Nature, vol. 376, July 20, 1995, pages 215–16. This and three other articles in this issue discuss "motor proteins" in the kinesin superfamily of fibrous proteins. Kinesins are responsible for intracellular movement of organelles and the movements of chromosomes during mitosis.

Koshland, D.: "Mitosis: Back to the Basics," Cell, vol. 77, July 1, 1994, pages 951–54. A detailed overview of the entire process.

McIntosh, R. and M. Koonce: "Mitosis," Science, vol. 246, November 3, 1989, pages 622-28. A good review of the entire process.

Moyzis, R.: "The Human Telomere," Scientific American, August 1991, pages 48-55. A unique nucleotide sequence repeated thousands of times forms a protective cap on the ends of the chromosomes that protects them from shortening during DNA replication.

Murray, A., and M. Kirschner: "What Controls the Cell Cycle?" Scientific American, March 1991, pages 56–63. How cell division is controlled. One protein plays a key role in virtually all organisms.

Peters, G.: "The Cell Cycle: Stifled by Inhibitions," Nature, vol. 371, September 15, 1994, pages 204–5. A discussion of Cdks and cyclins and their effects on the cell cycle.

Pluta, A., and others: "The Centromere: Hub of Chromosomal Activities," Science, vol. 270, December 8, 1995, pages 1591–94. A current review of our rapidly expanding knowledge of centromeres.

"What You Need to Know About Cancer," Scientific American, September 1996. An entire issue devoted to what is currently known of cancer’s cause, detection, treatment, and prevention