Thanks to Carl Zimmer for highlighting some of the lab's work using organoids as a tool for modeling brain development and disease! nytimes.com/2025/11/06/scien…
📢 📢Delighted to announce our latest pre-print co-led by our fantastic and talented postdocs @IreneFaravelli and @bolanosAnton 👩🏻🔬👩🏼🔬💪! Human cortical organoids record developmental time for 5 years in vitro. 🧫🧠⏳. A huge collaborative effort, big thanks to all co-authors! 🧵👇
Congratulations to @Andrew_C_Payne, @SGRodriques &
@eboyden3 for their beautiful new preprint on the PRISM method! This study combines protein barcodes for self-correcting neuron tracing with nanoscale molecular context. Exciting work led by Sung Yun Park and Arlo Sheridan!
A revolutionary new platform, relying on what researchers in the @ArlottaLab are calling ‘brain chimeroids’, offers a unique opportunity to understand how the human brain reacts to various stimuli. hscrb.harvard.edu/news/brain…
ALT Slide depicting a composition of six multicolor brain chimeroids
Finally out @Nature! “Chimeroids” as powerful avatars of the human Brain can recapitulate unique features and responses of individual people. Congrats to our outstanding co-leads @BolanosAnton, @IreneFaravelli👩🔬👩🔬and all the team!🧫🧠 nature.com/articles/s41586-0…
In the multi-donor brain chimeroids, we also show that the different donor lines are spatially distributed, profiled with Curioseeker @curiobio . Excited to have contributed to this tremendous work led by @BolanosAnton@IreneFaravelli@ArlottaLab. Congratulations to all authors.