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The diversity of cellular stresses that activate the 'guardian of the genome' — p53 — begs the question of how these signals all converge on one protein. Perhaps the key to this integration is the nucleolus.
Global warming is altering the distribution and abundance of plant and animal species. Application of a basic law of ecology predicts that many will vanish if temperatures continue to rise.
Computer simulations and laboratory experiments have shed light on how an asymmetric pattern of gene expression is fixed in vertebrate embryos — an early step towards asymmetric development of the internal organs.
A supernova seen in 1993 defied explanation. Astronomers suspected the dying star had lost much of its hydrogen before the explosion. The discovery of a companion to this star suggests where that gas went...
Microscopic glass beads coated with lipid membranes provide a sensitive detector of interactions between proteins and ligands. The changing spatial order of the array of beads in solution is the key.
A fossil skull from China, dating to 55 million years ago, provides much-needed substantial evidence of early primates in Asia. Interpretation of the creature's eye size and activity pattern will spark debate.
On Earth, no living organism can function without water. It is, in the words of Albert Szent-Györgyi, the matrix of life. But is it reasonable to assume that this maxim holds on other worlds too?
Physical processes in the Southern Ocean largely control nutrient distribution in the global marine environment, a finding that further highlights the influence of this oceanic region on Earth's climate.
Newly made proteins are moved across cellular membranes through a protein channel. The crystal structure of this channel is now revealed and confirms expectations that it must change shape to allow proteins to pass.
Neurons in the retina turn on and off rapidly in response to light. With the discovery of mutations in human genes that mediate this quick turn-off, we have the first picture of its importance in visual perception.
The manipulation of electronic spins — 'spintronics' — might be the basis of future device technology. A subtle relativistic effect offers a way to flip spins inside a semiconducting material.
