Neuroscience

A brain stimulator powered by breath instead of batteries

Implantable deep brain stimulators can help many people with neurological and psychiatric disease when traditional treatments fail. But surgery every time the batteries need to be changed is a major drawback. Now, UConn researchers ...

Biomedical technology

Innovative coating on medical devices fights bacterial infections

Georgios Sotiriou, principal researcher at the Department of Microbiology, Tumor and Cell Biology, and his colleagues have developed a durable coating for medical devices which is activated by light, providing on-demand disinfection.

Radiology & Imaging

AI model for screening of leadless implanted electronic devices

Small leadless implanted electronic devices (LLIEDs) have emerged as a safer alternative to lead-dependent cardiac rhythm-management devices, with advancements in miniaturization, battery technology, and communication. Intrathoracic ...

Medical research

Better reporting of harm needed in clinical trials

Clinical trials are critical to understanding the benefits of new treatments and medical therapies, but researchers say people who design and run clinical trials need to lift their game when it comes to recording and reporting ...

Neuroscience

Measuring brain activity on the go

Brain activity has traditionally been assessed using large and often expensive technology that has limited its use to specific clinical settings. Small wearable devices that can assess brain activity show promise for improving ...

Neuroscience

Helping the body and brain welcome bionic limbs and implants

Not that long ago, the concept of the bionic human seemed far-fetched, but wearable robotic suits, brain-controlled extra limbs and mind-operated wheelchairs are now under active development. They bring the dream of human-machine ...

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