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A comprehensive article on the effects of anabolic steroids and other substances used by athletes to enhance performance.
- Alper, J. "Turning Sweet on Cancer.” Science, July 11, 2003.
The complex sugars on the surfaces of cancer cells are different from those on normal cells; this difference may be able to be exploited in some kinds of therapy.
- Dushesne, L. C., and D. W. Larson. "Cellulose and the Evolution of Plant Life.” Bioscience, April 1989.
The chemistry and natural history of the most abundant organic molecule in the biosphere.
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Researchers identify some health risks of fake fat.
- Gorman, J. "One-Upping Nature's Materials.” Science News, December 2, 2000.
Researcher Shuguang Zhang and his colleagues are working to design peptides that self-assemble into complex structures for use in biotechnology and medicine.
- Horgan, J. "Stubbornly Ahead of His Time.” Scientific American, March 1993.
A profile of Linus Pauling, a controversial giant of twentieth-century science.
- Read, S. M., and T. Bacic. "Prime Time for Cellulose.” Science, January 4, 2002.
A look at how plants synthesize cellulose.
- Service, R. F. "Big Blue Aims to Crack Protein Riddle.” Science, December 17, 1999.
IBM has undertaken to build a supercomputer, dubbed "Blue Gene," whose initial project will be to model how proteins fold into the three-dimensional shapes that allow them to function.
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How the bacterial chaperonin called "GroEL-GroES" corrects misfolded proteins.
- Tirrell, D. A. "Hitting the Sweet Spot.” Nature, August 19, 2004.
This article introduces a research paper that proposes using polysaccharides on cell surfaces to target specific cells for therapeutic reasons.
- Travis, J. "The True Sweet Science.” Science News, April 13, 2002.
Researchers are focusing on the important role played by complex sugar polymers in living systems.
