University of Arizona researchers developed a wearable device that can transmit health data 2,400 times the distance of Wi-Fi without significant network infrastructure.

Since opening in spring 2022, the UArizona SensorLab has supported nearly 25 research projects with over 250 unique sensors.

Dr. Philipp Gutruf is the senior author of a new study detailing a wireless brain implant that can monitor animals' dopamine signals in real-time. This battery-free device may lead to a better understanding of neurological disorders and brain functions.

Scientists have developed a wireless, battery-free implant capable of monitoring dopamine signals in the brain in real-time in small animal models, an advance that could aid in understanding the role neurochemicals play in neurological disorders.

UArizona engineers lead a research team that is developing a new kind of pacemaker, which envelops the heart and uses precise targeting capabilities to bypass pain receptors and reduce patient discomfort.

UArizona engineers lead a research team that is developing a new kind of pacemaker, which envelops the heart and uses precise targeting capabilities to bypass pain receptors and reduce patient discomfort.

UArizona BME assistant professor Philipp Gutruf specializes in bioelectronics that integrate with the human body. One of his recent developments is "osseosurface electronics" or, more simply, computers that grow to the surface of the bone.

The Arizona Republic features three College of Engineering faculty members in an article about biomimicry and biomimetic research.

The UArizona Health Sciences Sensor Lab awarded seed grants to eight faculty members and two student projects to improve health and wellness.

Dr. Philipp Gutruf discusses his biomedical devices that seamlessly integrate with the body to advance scientific knowledge and medical diagnostics.

A 3D printed medical device developed by UArizona researchers has the ability to monitor personal health, diseases, and drug treatments.

The University of Arizona is a hub of biosciences activity in the region, not just in learning, but in producing solutions that make their way to market and impact society.

Dr. Gutruf leads UArizona Engineers to create 3D-Print Personalized, Wireless Wearables That Never Need A Charge

Dr. Philipp Gutruf creates new optogenetics tools, which shines light at specific neurons in the brain to excite or suppress activity. The goal is to better understand how the brain works, to develop and test potential cures for illnesses.

A tiny device puts researchers one step closer to developing new treatments for depression, chronic pain, epilepsy, and more.

With the help of headsets and backpacks on mice, scientists are using light to switch nerve cells on and off in the rodents' brains to probe the animals' social behavior, a new study shows.