GUEST POST: Prof. Vincent Voelz, Temple University The Voelz Lab just started this past August in the Department of Chemistry at Temple University in Philadelphia, PA. We have just installed…
Read moreHere's an update from Prof. Xuhui Huang's lab at Hong Kong University of Science and Technology, another collaborating labortory in the Folding@home consortium. In addition to the molecular recognition processes, another project his…
Read moreIf you'd like to get an email update on the latest news in from Folding@home, please sign up below. We're using Feedblitz and they make it easy to start and…
Read moreIn the past, support for specific GPUs was built into the client. We are working on ways to automatically update this information more easily within the v7 client to support…
Read moreThe Kasson group has recently published an article in the journal Biochemistry on how influenza binds cell-surface receptors. In this article, we discuss how computational techniques can be used for…
Read moreWe're installing a new web page for our main site https://foldingathome.org/. While we're not done quite yet, the main changes are in. Hopefully the new site is cleaner and simpler,…
Read moreI'm very excited to finally talk about some key new results from our lab. These results have been a long time in coming and in many ways represents a major…
Read moreToday, I'm highlighting the work primarily out of Chris Garcia's lab at Stanford Medical School. The Garcia lab had a very exciting idea on how to re-engineer a very important…
Read moreA key aspect of Folding@home research has been using computational methods to design new drugs, especially for Alzheimer’s Disease. At the University of Virginia, the Shirts lab is developing methods…
Read moreUnderstanding protein folding has many possible areas of biological and biomedical impact. For example, consider one of the major research areas of the Kasson lab at the University of Virginia,…
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