A groundbreaking study on 'brain chimeroids' has been published in Nature, led by Anton Bolanos and Irene Faravelli at the Arlotta Lab. The research demonstrates that these chimeroids can recapitulate unique features and responses of individual human brains, offering a powerful tool for studying brain development and disease. The study represents a significant step forward in capturing interindividual variation in brain processes at scale.
Terrific study on “brain chimeroids”, led by stellar @BolanosAnton @IreneFaravelli @ArlottaLab, out in @Nature: 🧠🧫🧬 an important step to capture interindividual variation in processes of brain development and disease at scale https://t.co/jOoVWpxw4P Thread 👇 https://t.co/zPiyBjOtFa
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!🧫🧠 https://t.co/M96hlQasSh https://t.co/ji4DI6DFgu
Happy!!! The 1st piece of my work at @ArlottaLab out today @Nature!!! A huge team effort co-lead with @BolanosAnton ! So grateful to all our collaborators!!!!https://t.co/Nq4DxFB5FO https://t.co/FlPTbDvJ5f
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 @AntonBolanos and @IreneFaravelli👩🔬👩🔬and all the team!🧫🧠 https://t.co/ylmMxcOYEl https://t.co/ji4DI6DFgu
📢Thrilled! My 1st piece of work of my postdoc at @Arlottalab is out @Nature! This has been a huge co-lead effort with @IreneFaravelli👩🔬👩🔬🤩 Link: https://t.co/9HmNVh0SQZ Tweetorial 👇🧵 https://t.co/5Q3iZ0GN5e
So excited to see our work on decoding alternative polyadenylation choices being published! Really grateful to Rahul @satijalab for seeing the very first idea we discussed during my postdoc interview through with me. https://t.co/KrHyrQiGo0
HUGE Congrats @jgao_umass and @NJoshiBWH et. al!!! https://t.co/aOzv6lUBwl