🔬🚀 Updated #VLab4Mic preprint. Rebuilt the clathrin models from full-length triskelions, dome+flat lattice toy simulations share a common motif. Wanna see how it looks across microscopy methods? (Thank you for the advice Stephane Vassilopoulos) biorxiv.org/content/10.64898…

🔬🚀 Preprint update for #VLab4Mic - our super-resolution experiments virtual simulation system. Now installs as a one-click desktop app: no Python, no setup, thanks to the magic of the Jacquemet's lab #LabConstrictor packaging engine biorxiv.org/content/10.64898…

Congrats to @JDamianMtzR on the preprint release of his project #VLab4Mic, a tool able to virtually predict whether a biological structure will be resolved by a chosen microscopy or labeling.🎉 Congrats @Bruno_MSaraiva @_mariod @HenriquesLab Read at: shorturl.at/vnQy1

This closes a loop we opened with #NanoJSQUIRREL (@SuperResoluSian et al., 2018), which mapped where super-resolution images go wrong relative to a reference. #VLab4Mic comes at it from the other end: predicting what's resolvable from known atomic structure before you even image

Huge thank you to the labs of @christlet, Dylan Owen and Mark Bates, and to @T_Shakespeare, who helped us make it happen. #VLab4Mic also heavily uses data from RCSB PDB, Jonas Ries & Justin Taraska's labs

🔬🚀 It's out! Run 100s of imaging experiments before touching a microscope. #VLab4Mic reproduces them in silico from PDB/AlphaFold to help you image right first time. From rockstars @JDamianMtzR & @Bruno_MSaraiva, inaugural preprint of @_mariod's new lab biorxiv.org/content/10.64898…