Advanced neuroimaging devices like MRI exist ... The integration of point-of-care brain wave monitoring into concussion assessment represents a significant step forward in our efforts to improve ...

Researchers have created a hairlike device for long-term ... In some cases, clinicians need to monitor brain waves for longer periods of time, for example, to evaluate seizures, sleep disorders ...

Imagine a sleek, portable home device that resembles ... said Jones. In the brain waves research that Jones believes eventually could result in home-based monitors, Mayo scientists used AI to ...

EEG is widely used to monitor brain activity and diagnose neurological ... performance of traditional EEG electrodes in detecting brain waves. However, after six hours, the conventional electrodes ...

The earbuds detect brain waves in the same way as an electroencephalogram ... "My personal goal was to try to make a device that could be used every day by someone who would really benefit ...

For instance, alpha waves occur in a more relaxed mental ... The company has ambitions to use its headset as a medical device to monitor brain health and diagnose neurological conditions, but ...

Their system implants brain wave monitors to measure high-resolution brain waves. By decoding these through AI, target patients can operate external devices like PCs without physical movement. JiMED’s ...

“In the neural ICU, there are nurses actually monitoring the patient and looking ... operating room to understand exactly why these brain waves are useful, and how we can build computational ...

The findings further validate the idea that monitoring brain waves during surgery can provide anesthesiologists with actionable guidance to improve patient care, Brown said.

In some cases, clinicians need to monitor brain waves for longer periods of time ... the research team designed a small monitoring device that looks like a strand of hair and is made from 3D ...