This year, we captured our Stanford Brain Organogenesis Center hand-on workshop on human stem cell models course in action. Every year here on campus , we share methods developed in our lab for generating and applying #organoids and #assembloids. A glimpse of it here: youtu.be/J-TJfdO11AQ?...

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Emoticons: E9.5 mouse embryo sections through otocyst, hindbrain and pharyngeal endoderm resemble eyes, nose, and smile of an emoticon. 📸 Image credit: Ankita Thawani (Baylor College of Medicine) #FluorescenceFriday #Embryology #DevelopmentalBiology #Microscopy #ScienceArt✨ 🧬

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New preprint! An ECM gene acts cell non-autonomously from neighbor neurons to regulate ciliary function, protein localization, extracellular vesicle shedding, and ultrastructure @katiejacobs.bsky.social is the lead in another great collaboration w/ David Hall www.biorxiv.org/content/10.6...

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Trouble imaging actin in ExM? Meet HAK-Actin, a probe for U-ExM, cryo-ExM & iU-ExM. Enables post-expansion labeling for max signal. www.biorxiv.org/content/10.1... Soon at @spirochrome.com Led by O.Mercey and @lreymond.bsky.social, in collab with @dudinlab.bsky.social and @marinelap.bsky.social

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We’re excited to announce the opening of the Geneva Expansion Microscopy Facility (GenExM)! GenExM is a full-service U-ExM platform (U-ExM, Cryo-ExM, iU-ExM), delivering nanoscale imaging. Led by Dr. Olivier Mercey, GenExM welcomes academic & industrial collaborations. 👉 www.unige.ch/genexm/

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