Using the strongest molecular binding partnership in biology to separate different cell types
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Isolating specific cell types from a mass of plant or animal tissue is laborious and tricky. To study epigenetic changes and genes that are expressed differently in different cell lineages—such as cancer cells versus normal cells, or the two types of
New types of biological filaments are turning up in yeast, fly, bacterial cells and in rat neurons, and they may yield clues to how the cytoskeleton evolved from metabolically active enzymes.
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August 1, 2011
Meet some of the people featured in the August 2011 issue of The Scientist.
A guide to free software for constructing and assessing species relationships
Gut bacteria may be the missing piece that explains the connection between diet and cancer risk.
Protein interaction networks in Arabidopsis give clues to plant evolution and immunity.
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