away from here

moved elsewhere
Joined December 2012
Happy to be back in Paris for few days for the International Symposium on Membrane/Protein Interactions voices.uchicago.edu/visualiz…
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En route for the CECAM workshop "Leveraging Machine Learning for Sampling Rare Events in Biomolecular Systems" Looking forward hearing cool science on this topic - and reconstitute for few days a little part of the @mark_sansom SBCB group with @pstansfeld @drannaduncan and Lukas!
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There are more and more MD data available on these repositories ! Here is an updated version of the graph that we stopped in 2022. 2023 and 2024 (until May) are following the same trend! just in 2023 >100k files related to MD where deposited online. 🤯
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Replying to @LindorffLarsen
I will also keep this one.. 😁 let's see the closing ceremony now
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Early start for one day at the @I2BCParisSaclay for the conference "challenges in simulations, from molecules to cells, at the dawn of exascale" looking forward seeing the talks to my colleagues @baam93 A Carbone, F Sterpone, P Fuchs, and others
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In addition to the data available in the preprint (arxiv.org/abs/2401.05785 ), in the revised manuscript we proposed an order parameter analysis for both curved (pseudo)planar membrane and vesicle CG systems (see Fig S7).
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Our collaborative multi scales approach to study membrane curvature induced by GM1 lipids is now published in @softmatter journal. Thanks to all the colleagues from Toulouse and @CG_Martini @WPezeshkian pubs.rsc.org/en/content/arti…
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thanks to the help of @RobinCorey1 , we then assessed which part of the glycolipids were important for the glycolipid binding using FEP calculations. Both trehalose moiety and acyl chains play a role in this interaction.
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The trehalose moiety interacted with the calcium ion in the canonical binding site and the lipid tails accomodate an hydrophobic groove - if the flexible loops adopted the good conformations.
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We then designed a CG model of a small glycolipid: the trehalose dibehenate (TDB) a non-toxic analog of a long mycobacterial lipid the trehalose dimycolate (TDM). When positioned randomly in a water box with Mincle ectodomain, this lipid found the canonical binding site.
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