Bottleneck in Blood Supply Makes Brain Vulnerable to Strokes
A team of UC San Diego physicists and neuroscientists has discovered a bottleneck in the network of blood vessels in the brain that makes it vulnerable to strokes. The finding may explain the origin of the puzzling damage to the brain's gray matter often detected in brain scans, especially among the elderly. view more (2007-01-05)
Scientists discover new life forms in the Arctic Ocean
An international team of scientists including Université Laval biologist Connie Lovejoy has discovered new life forms in the Arctic Ocean. The team's findings are reported in the January 12 edition of the journal Science. view more (2007-01-12)
£4 Million for New Centres for Structural Biology
The Biotechnology and Biological Sciences Research Council (BBSRC) today announces its intention to fund four more UK Centres for Structural Biology. view more (1999-02-01)
NIH scientists discover crucial control in long-lasting immunity
National Institutes of Health (NIH) scientists have identified a protein that plays matchmaker between two key types of white blood cells, T and B cells, enabling them to interact in a way that is crucial to establishing long-lasting immunity after an infection. view more (2008-10-13)
Coming undone: How stress unravels the brain's structure
The helpless behavior that is commonly linked to depression and post-traumatic stress disorder (PTSD) is preceded by stress-related losses of synapses-microscopic connections between brain cells-in the brain's hippocampal region, researchers at Yale School of Medicine report in the March 1 issue of Biological Psychiatry. view more (2009-03-04)
Fusion in the fast lane
Using fast digital imaging, scientists from the Max Planck Institute of Colloids and Interfaces in Potsdam, Germany, together with researchers from Collîge de France, have succeeded in developing two different protocols by which one can initiate the fusion process in a controlled manner and observe the subsequent fusion dynamics with a... view more... (2006-10-23)
Antitumor agent under the microscope
Mechanical stabilization of DNA keeps tumor cells in check Cisplatin is one of the most widely employed cancer medications. As with many other chemotherapy agents, the mechanism by which it works has not been fully researched. Now, thanks to Munich physicists Hermann E. Gaub, Rupert Krautbauer, and Hauke Clausen-Schaumann, an important step toward... view more... (2000-10-30)
|
|
