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"MiNDS" technology named to Top 100 Science Spinoffs

Spinoff.com

by David Sadat

Aug. 2, 2018

People

Canan Dagdeviren

Associate Professor of Media Arts and Sciences; LG Career Development Professor of Media Arts and Sciences

Projects

Miniaturized Neural System for Chronic, Local Intracerebral Drug Delivery (MiNDS)

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The Conformable Decoders group's new method to deliver drugs directly to the brain was selected to the Top 100 Science Spinoffs according to the following criteria: uniqueness of the technology/product, high commercial potential, and positive impact to the humanity’s wellbeing.

Top 100 Science Spinoffs PDF Report.pdf (PDF)

Frequently Asked Questions: Miniaturized Neural System for Chronic, Local Intracerebral Drug Delivery

Event Events

Canan Dagdeviren invited to present at EPFL BioE Talks Series

Professor Canan Dagdeviren has been invited to give a presentation at the EPFL BioE talks series, titled "MiNDS: Miniaturized Ne…

Article Research

Decoding physical patterns of our bodies via conformable devices

In an interview with Medgadget, Canan Dagdeviren talks about the mission and ethos of Conformable Decoders

Publication Research

Simultaneous Recording, Stimulation, and Marking of Brain Microstructures

Ramadi, K.*, Dagdeviren, C.*, Bhagchandani, P., Nunez-Lopez, C., Kim, M. J., Langer, R., Graybiel, A., Cima, M., Journal of Neural Engineering, (17)4, 044001, 2020.