Thanks to Carl Zimmer for highlighting some of the lab's work using organoids as a tool for modeling brain development and disease! https://t.co/viBiCXsEXs
📢 📢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. https://t.co/XiYnqF7xWZ
Thank you so much @BhaduriLab! We are thrilled to see our work on Chimeroids highlighted in your News and Views article in @NatureNV. Your summary truly captures the essence and significance of our research. #Science#Neuroscience#Brain#Organoids
👉https://t.co/H0Ctvp25v0
Congratulations to @BolanosAnton@IreneFaravelli@ArlottaLab on their paper about chimeroids!
Honored to have written a News and Views @NatureNV summarizing the paper and its significance, which can be found here:
https://t.co/pASihHuTYO
Chimeric brain organoids made by combining cells from up to five donors capture human genetic diversity
Commentary @Nature@BhaduriLab
https://t.co/XyS4DmxLwi
@ArlottaLab@BolanosAnton
@IreneFaravelliic
https://t.co/gQmJqQ37Vx