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What is Bioelectronics?

Bioelectronics represent breakthrough technologies that eliminate the profound mismatch between the properties of biological systems (soft, curvilinear and transient) and those of modern semiconductor devices (rigid, planar and everlasting). The resulting platforms can integrate seamlessly and intimately onto/into essential organs of the human body to provide unprecedented diagnostic, therapeutic and surgical function with revolutionary capabilities for biomedical research and clinical healthcare.

Acoustic Sensors

Find out more about acoustic sensors

Sweat Microfluidic Devices for Kidney Health

Discover more about Sweat Microfluidic Devices for Kidney Health

mm-scale Wireless Monitors for the NICU

Learn more about sensors in the NICU

Skin Flux Sensors for Wound Monitoring

Discover more about wound monitoring sensors

Swallow Detectors for Patients with Dysphagia

Find out about sensors for Dysphagia

Sound Sensors for Vocal Disorders

Learn about sensors for vocal disorders

Blurring the Lines between Biology and Electronics

"Moving beyond rigid, point-contact electrodes to fully integrated, soft electronic
and optoelectronic systems with drastically increased levels of functionality."

– John Rogers, Professor of Materials Science and Engineering,
Biomedical Engineering, and Neurological Surgery