Alice is engineering a 3D brain-chip model that mimics brain tissue and harnessing it to model neurodegenerative disease. Her broader goal is to develop technologies related to human health that enable enhanced mechanistic understanding and expedited discovery of effective treatments.

By engineering a brain-on-chip model with all the major cell types in the brain in a brain-mimicking biomaterial and with a functional vasculature, Alice plans to optimize treatments for Alzheimer’s and other difficult-to-treat diseases to improve patient outcomes.

Alice Stanton is engineering the brain as a Postdoctoral Associate working with Robert Langer and Li-Huei Tsai. She design soft materials that mimic the body to improve therapeutic treatments and regeneration, to model and understand how things work in vivo, and to test and discover new strategies for helping them work better.

Alice GUIONNET Professor at MIT 2012--2016 . Directrice de Recherche at ENS Lyon, France

Engineering models of the brain to probe and test therapeutics for neurological disorders like Alzheimer's Disease; stem cells, biomaterials, mechanotransduction. [...] The ability to engineer...

Alice Boo is a Postdoctoral Associate in Professor Chris Voigt’s lab in the Department of Biological Engineering at MIT. She completed both her MEng in Biomedical Engineering from in 2017 and her Ph.D. in Synthetic Biology in 2022 from Imperial College London.

Dr. Alice Stanton is currently a Senior Postdoctoral Associate at MIT working with Dr. Robert Langer and Dr. Li-Huei Tsai, where she develops and harnesses new preclinical models of the brain to probe neurological disease mechanisms, understand the functional consequences of genetic variants across scales, identify targets and biomarkers, and ...

The 3D-miBRAIN-Chip is a vehicle for discovering what goes wrong in neurodegenerative disease and identifying and developing treatments to reverse those pathologies. This image shows engineered brain tissue with neurons and integrated vasculature and immune cells and the other support cells resident to the human brain.

Alice Lee is an associate staff member in the Secure Resilient Systems and Technology Group. She joined the group in 2019 to support research on securing hardware designs, including field-programmable gate array and application-specific integrated circuit designs.