| March 31, 2003 | |||||||||
In Print![]() Photo by Graham Ramsay
Focus: Scientists studying how one cell becomes two have a new tool to probe the final, fast stages of division. Aaron Straight, Tim Mitchison (l to r), and colleagues report the discovery of a small compound, blebbistatin, that blocks the final cleavage motion of myosin II, which comes after a cell has duplicated and separated its chromosomes. Using the new drug, they show that timing of the cleavage depends on the cell's protein-reprocessing machinery, the proteasomes.
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HeadlinesRare Blood Disease Shown to Be a Form of Treatable Cancer Multiple Sclerosis Linked to Previous Infection with Epstein-Barr Virus
UpcomingSocial Medicine Commons Forum:What's in a Condom? HIV and Sexual Politics in Japan
Elizabeth Miller, Massachusetts General Hospital
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