Alzheimer’s Disease
We presented our results regarding new possible drugs to fight Alzheimer’s Disease at a Stanford University meeting organized by the NIH Roadmap Nanomedicine center.
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Viral diseases
During this year we published our first work on some of the molecular interactions that occur during the initial stages of viral infection, and how they can impact current antivirus…
Read moreApplying the drug design methods used in Alzheimer’s to HD
We have also started to apply the drug design methods used in Alzheimer’s to HD.
Read morePresenting the results on HD at a variety of Stanford internal conferences and meetings
Prof. Pande has presented the results on HD at a variety of Stanford internal conferences and meetings. People have been excited and interested in the results.
Read morePresented our results regarding new possible drugs (small molecule leads) to fight Alzheimer’s Disease
We presented our results regarding new possible drugs (small molecule leads) to fight Alzheimer’s Disease at a recent meeting at Stanford, supported by the NIH Roadmap Nanomedicine center and NIH…
Read moreThe first of the papers has come out
The first of the papers has come out (see paper #58 on our Results page: “Simulating oligomerization at experimental concentrations and long timescales: A Markov state model approach”). In many…
Read moreDel has presented his plans to the NIH Nanomedicine center
Del has presented his plans to the NIH Nanomedicine center with a very positive response. Planning for the lab side of this work has begun.
Read moreFolding for PS3
Through a collaboration with Sony, folding was made available for PlayStation 3 users via a new client. Folding@home for PS3 was available until November 6, 2012.
Read moreA Guiness World Record
Guinness World Records recognized Folding@home and its users as the most powerful distributed computing network in the world.
Read moreCollaboration with Judith Frydman’s group to computationally test a new hypothesis
Nick Kelley has been working on a new collaboration with Judith Frydman’s group to computationally test a new hypothesis for HD aggregation found in the Frydman lab.
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