5 Key Takeaways
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1
Amay Bandodkar works on developing wearable and implantable sensors for diagnosis and health monitoring.
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His research focuses on battery-free, skin-interfaced devices for sweat sampling and electro-therapy.
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He aims to create neurochemical sensors for neurological activity monitoring.
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The future goal is to develop inexpensive, highly reliable diagnostic tools accessible to all.
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The technology leverages analytical techniques such as electrochemistry, spectroscopy, and colorimetry.
Amay Bandodkar, an Assistant Professor of Electrical and Computer Engineering at NC State University, discusses the developments in wearable and implantable sensors for diagnosis and personalized health monitoring. His work focuses on creating battery-free, skin-interfaced devices for sweat sampling, electro-therapy, wound monitoring, and neurological activity monitoring with the aim of improving diagnostics and promoting personalized medicine.
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