Our researchers invent tools to enrich how we study, understand, and heal the brain. A breakthrough microscopy technique developed at the McGovern Institute is now used in labs around the world, revealing previously hidden molecular structures and neural circuits, and providing deeper insights into brain structure and function. We engineer smart bionic limbs that communicate with the brain, and soft-bodied robots and sophisticated probes that seamlessly integrate with biological tissues. We build magnetic nanodiscs and molecular syringes for innovative drug delivery, and molecular MRI sensors that improve the accuracy and precision of brain imaging. We leverage the tools of AI to optimize protein engineering and to mine the natural world for innovative new strategies to treat disease. Together, these advances are driving forward the frontiers of neuroscience technology.
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Neurotechnology
expansion microscopy · bionic limbs · hydrogel fibers · magnetic nanodiscs · soft-bodied robots · protein engineering · molecular syringes · switchable fluorophores · stealthy probes · apps · MRI sensors · drug delivery systems
Featured Researcher
Ed Boyden
Ed Boyden develops novel tools to analyze, repair, and simulate the brain.
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The width of multifunctional fibers processed through Anikeeva lab technology.
SOURCE: Anikeeva et al.