In a new NSF-funded collaboration, the Voelz Lab is working with the Roder Lab at Fox Chase Cancer Center to study early folding events in apomyoglobin. Apomyoglobin (myoglobin without the…
Read moreThe Voelz lab has been making progress on combining simulation and experiments to solve molecular structures. Most molecules do not have a single rigid structure in solvent. Instead, they exist…
Read morefoldingathome.org going down at 1pm pacific time for planned maintenance. We expect it will be down for about 30 minutes.
Read moreThe Native Client WUs are down, we’re working on it. This one may take a day or two for us to resolve. We’ll keep donors posted as we know more.
Read moreWith the newer NVIDIA drivers, it looks like Core17 works well on Maxwell. We’ve released Core17 to Maxwell on adv (“Advanced Methods” setting). If you’re having problems, you can set…
Read moreStarting this week, I am adding an additional role to my work at Stanford (currently Director of Biophysics; Professor of Chemistry, and by courtesy, Computer Science, and Structural Biology; and Director…
Read moreAfter over a year of internal development, we have deployed the new Folding@home Assignment Server (AS). The AS plays a central role in FAH. AS logic decides the “what” and…
Read moreAriana Peck, a graduate student in our group recently presented her research on an important protein- Calmodulin (CaM). Calmodulin is a calcium-binding messenger protein expressed in all eukaryotic cells. CaM…
Read moreWe’ve been getting many reports over night regarding issues with the new Assignment Server (AS) code we’ve just rolled out. It’s 8am pacific time now and we’re looking into this…
Read moreFahCore_11 WUs have been out of supply for some time now. We have been working to see if there are scientific problems which would be well suited by this core, but…
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