Please join us on June 3rd for a webinar presented by Vijay Pande, Professor of Chemistry, Structural Biology, and Computer Science at Stanford University and the founder of the Folding@Home…
Read moreAt approximately 2:25pm, Prof. Pande will give a brief (12 minute) talk giving an overview of Folding@home and its results and then participate in a round table. Â Live streaming at…
Read moreWe’re excited to announce that AMD has recently updated their GPU drivers from version 13.x series to 14.x series. Version 14.x includes updated OpenCL code that helps Folding@home run…
Read moreMany drugs are small molecules that are able to block the active site of a protein, usually by binding to a small pocket. But for many proteins, especially signaling proteins…
Read morePer our previous post, we have updated the core thresholds for the BA Work units to a 24 core threshold.
Read moreThe United State’s National Institutes of Health (NIH) is the primary funding agency for Folding@home. Â They are having a competition for the best videos for NIH supported science. Â Please help…
Read moreWe’ve taken a look at the stats script that generates the OS Stats page and fixed some under reporting issues we’ve been seeing. Â The update script is now live. Â The…
Read moreMany biologically relevant conformational changes occur on milliseconds and slower timescales. Furthermore, many experimental techniques are only sensitive to milliseconds and slower timescales.  Therefore, our ability to reliably capture millisecond…
Read moreAs part of Folding@home, you know that proteins change their structures (e.g. transitioning from unfolded to folded conformations). Once a protein is folded, it is very common to think of…
Read morePart II: An In-depth Description of The Study For Readers With a Biomedical Background A guest post by Jingcheng Wu  More on c-src: what it is and its relations to…
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