Many 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…
Read morePart I: A Brief Overview of The Study for The General Public Guest post from Jingcheng Wu. Cancer affects the general population in an extensive and intensive way. It accounts for…
Read moreMs. Jingcheng Wu is a new team member, whose work is to help improve communications between FAH and its donors, especially explaining (in a non-technical way) what FAH has been…
Read moreWe’d like to thank and congratulate all of our donors for helping us break the 40-PetaFLOP barrier. We’ve been working hard to make it easier to run the client and…
Read moreHere is a guest post by Joseph Coffland, Folding@home Developer: We are very happy to announce the release of our latest Folding@home desktop client. This version sports a new streamlined…
Read moreWe’ve had a large influx of GPU clients, including a big donation of time from a corporate partner, and we’ve run a bit low on GPUs late last night (pacific…
Read moreWe’re grateful for all of the donations we get. Donors have often asked us for other ways to donate and we wanted to give a heads up on a new…
Read moreIn our simulations, we use models (aka “force fields”) of how a protein’s atoms interact physically. Recently, we’ve made an important advance in how to make these models, which will,…
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