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  2. Posté(e) · Signaler la réponse

    RT @drGregBowman: What a spectacular week! #COVID19 @foldingathome paper in @NatureChemistry #DeepLearning paper in @NatureComms New grant from @NIH @justin_j_miller got a postdoc fellowship @CatieKnoverek got good reviews on a manuscript and so much good data from the rest of the lab!

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  5. Posté(e) · Signaler la réponse

    A, l’épidémie de #COVID19 a incité de nombreuses personnes à participer à F@H pour essayer à leur niveau de lutter contre la pandémie B, les participants à F@H, on peut voir que la France est plutôt bien représentée C, comparaison entre les 10 plus gros supercalculateurs et F@H
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  6. Posté(e) · Signaler la réponse

    RT @foldingathome: @nvidia We have analyzed our dataset (capturing 0.1 seconds of simulation, the largest in history!) to identify over 50 novel pockets across many #COVID19 proteins! These “cryptic pockets” are candidates for targeting with antivirals.
    EkOKaaNXkAEhIVV.png


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  8. Posté(e) · Signaler la réponse

    RT @foldingathome: To end #FAHPockets week, we feature the #COVID19 Nucleoprotein with bonus soundtrack (SOUND ON for the full effect). This video highlights how F@h data helps us identify more than cryptic pockets, we use it to find conformations and states that might tell us how a protein works! https://t.co/L3PwlH01gM

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  9. Posté(e) · Signaler la réponse

    RT @drGregBowman: Great progress capturing how the ferocious #COVID19 #Demogorgon (aka spike) opens its mouth to grab its human prey. Each step could present new therapeutic opportunities. Thanks to @foldingathome @Microsoft @Azure #AIforHealth @Mizimmer90! https://t.co/uys4es7r3i

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  25. Posté(e) · Signaler la réponse

    One aspect which has dominated FAH for a decade is the continual push for new scientific approaches. This manifests itself in terms of new scientific cores. For example, the new GPU core (Core17) has brought huge speed improvements (especially to AMD GPUs) and involved a complete rewrite.

    A negative consequence of this continuous push for improvement and progress is that newer cores often are restricted to more advanced hardware. To help utilize as much power as is available to FAH, we tend to continue projects with older cores, but eventually, the science they can do becomes too limiting, and we must retire them.

    This is the eventual fate for all cores, but is most certainly an issue sooner for certain cores, especially cores11 and 78. While we don't have any specific end dates for either, we'd like to remind donors that those cores are reaching "end of life" status, and when they are retired, certain older hardware (eg CPUs that don't support SSE2 or older GPUs) won't be supported by FAH.

    The bottom line is that we're working to delay that as long as possible, but this post is a heads up that our support of those cores won't last a lot longer. If I had to guess, I'd say probably within a year or so they would be retired, maybe 2 years if the existing projects need additional data.

    As always, we'll give donors more information as we know it and try to give a more specific end date when we know it.



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