Dr. David Wheeler started seeing patients via telehealth in his Wyoming neurology practice 10 years ago as a way to provide routine visits to patients living in remote areas. He'd see three to four patients by video or telephone chat each day, which only made up about a fifth of his regular practice.
Then the new coronavirus began to spread across the nation. Now, even though Wyoming...
An international team has designed a computer program that predicts with up to 80% accuracy which COVID-19 patients will develop serious respiratory disease.
Developed by U.S. and Chinese researchers, the artificial intelligence (AI) program has been tested at two hospitals in China with 53 patients who were diagnosed in January with COVID-19. The new tool is considered experiment...
Smartphones appear to be more effective than wearable fitness devices in helping doctors track patients' physical activity, researchers say.
Their new study included 500 patients who joined activity tracking programs at two Philadelphia hospitals. Half used a smartphone app to track their daily steps after leaving the hospital. The other half used a wearable device.
It was a race with life-or-death implications: Unmanned drones were pitted against traditional emergency responders to see which could get an automated external defibrillator to the rural site of a simulated cardiac arrest first.
The drones won handily. And the Canadian researcher behind the test said such a system might be ready for the real world in as little as a year.
Blood vessels created in the lab can successfully turn into "living tissue" in patients on dialysis for advanced kidney disease, a new study suggests.
The results come from just 13 patients in an early-phase trial. But researchers said they are a sign that the engineered tissue might eventually offer new treatment options for patients with damaged blood vessels -- due to conditions rang...
An injectable sensor that could provide ongoing monitoring of the alcohol intake of people receiving addiction treatment is in development.
The miniature biosensor would be placed just beneath the skin surface and be powered wirelessly by a wearable device, such as a smartwatch or patch, the University of California, San Diego engineers explained.