The willingness to call out in distress to get help from others appears to be regulated by two brain systems with very different responsibilities, according to a study by researchers at UW–Madison.
With guidance from Wisconsin's potato growers, the Wisconsin Alumni Research Foundation (WARF) has launched a streamlined licensing program for seed potato farmers who wish to cultivate and sell varieties developed by the potato-breeding program at UW–Madison.
In a finding that may cause a dramatic shift in the way scientists and researchers search for a therapy for Alzheimer's disease, a team of researchers led by Jeff Johnson, an associate professor at the School of Pharmacy, has discovered that increased expression of a protein called transthyretin in the brain appears to halt the progression of the disease. The findings appear in the current issue of The Journal of Neuroscience.
Licenses to produce and sell fruit from UW–Madison's HyRed cranberry - the first publicly developed cranberry variety in more than three decades - are now being offered through the university's patent and licensing organization.
In an effort to speed up research on disease-causing pathogens, including ones that could be used as biological weapons, scientists at UW–Madison will team with an information technology (IT) company, SRA International, Inc., to build an online, publicly accessible library of data on these infectious agents and their genomes.
A new technology developed by a research group headed by Nimmi Ramanujam, assistant professor of biomedical engineering at UW–Madison, will be a "third eye" during breast biopsies and can increase the chance for an accurate clinical diagnosis of breast cancer.
Patients with head and neck cancer appear to survive nearly twice as long after receiving a new drug known as Erbitux (scientific name: cetuximab) in conjunction with radiation therapy compared with patients treated solely with radiation therapy.
A group of researchers from the Medical School, the Waisman Center and Mirus Bio Corporation reports a critical advance relating to one of the most fundamental and challenging problems of gene therapy: how to safely and effectively get therapeutic DNA inside cells.
A cellular structure discovered 125 years ago and dismissed by many biologists as "cellular garbage" has been found to play a key role in the process of cytokinesis, or cell division, one of the most ancient and important of all biological phenomena.
A cranberry variety developed by UW–Madison scientists with the help of local cranberry growers is now poised to give those same growers a competitive edge.
Two years ago, 10 students working as scientists, business managers and lawyers came together with a single goal: to become leaders in this state's burgeoning biotechnology industry. On Saturday, May 15, they will graduate as the first alumni of the master of science in biotechnology program at UW–Madison.