Researchers from the CDecoders group and collaborators have developed ImPULS, an implantable ultrasound device for deep brain stimulation, as reported in Nature Communications. This device may offer a safer alternative to traditional electrical stimulation methods and could become a valuable research tool in the fields of digital health and medicine.
A brain implant injected with a needle instead of invasive surgery can monitor brain health and then dissolve after a few weeks. https://t.co/nfl3Cnj8zQ
Researchers have developed biodegradable, wireless sensors that can monitor changes in the brain following a head injury or cancer treatment, without invasive surgery https://t.co/I3qRZZMak1
A brain implant injected with a needle instead of invasive surgery can monitor brain health and then dissolve after a few weeks. https://t.co/cq4pxJKcyt
⚡️Ultrasound offers a new way to perform deep brain stimulation. #digitalheath #medicine #brain https://t.co/QPeqFMwLa0
In @NatureComms, researchers from the @CDecoders group and collaborators present ImPULS—an implantable ultrasound device for deep brain stimulation. The device may provide a safer alternative to electrical stimulation and become a valuable research tool. https://t.co/B2C05Dcgg3
Live Human Brain Activity Recorded Through a “Transparent” Skull Implant Scientists inserted a "window" into a patient's skull to monitor their brain activity with functional ultrasound imaging (fUSI) in real-time. Learn more: https://t.co/b48zNmID76 https://t.co/NuhhLLGkkO