The latest type 1 diabetes technology improves the stability of patients' blood sugar levels throughout the day and during sleep, according to a new trial.
A pilot project from the Department of Veterans Affairs distributed 5,000 tablets to veterans with barriers to health care for video visits with clinicians.
The Digital Health in the Rural American West workshop addressed health disparities that are often overlooked and understudied in the vast region.
New Stanford research suggests a method of analyzing cell-phone videos of children could alleviate the bottleneck in autism diagnosis around the world.
Award-winning artist Joel Slayton led a workshop to spur Stanford biomedical researchers to tap into their playful side by building a nest for a toy drone.
Stanford researchers are tackling the problem of post-intensive care syndrome with artificial intelligence technology that detects patient mobility.
Stanford Medicine researchers presented preliminary findings of a study looking at the ability of smartwatches to detect symptoms of atrial fibrillation.
A Stanford clinic found that staying in close contact with patients virtually between appointments achieved dramatic health improvements. Can additional technology build on those gains?
If you happened to have dropped by the Apple Store in downtown San Francisco Monday evening, you might have caught sight of something out of …
The health sector should focus on consumer needs to better harness the promise of digital technology, writes a Stanford Medicine professor and a colleague.
The top Stanford Medicine magazine stories of 2018 tell of technological advances and possible dangers.
A look at a new type of behavioral therapy designed to help children with autism understand emotions and interact better with others.
A study is examining whether a smartwatch can accurately detect irregular health rhythms, including atrial fibrillation, in wearers.
Stanford scientists are making efforts to create high-resolution simulated versions of the human brain, bells and whistles and warts and all.
Using AI, a team of Stanford researchers including an 18-year-old has developed a way to track and evaluate surgical skills.
Stanford and SLAC researchers are developing new technology to dramatically reduce the duration of radiation therapy and its treatment side effects.