Todd Brinton offers words of wisdom as he steps down from his post as director of the Stanford Biodesign Innovation Fellowship after 14 years.
This In the Spotlight features Sheun "Shay" Aluko, a fourth-year medical student with a weakness for public piano playing.
Stanford clinicians take their cue from sports and election predictions to calculate an "in-game probability" of success when treating cancer patients.
Stanford researchers develop a simplified method for decoding electrical activity in the brain, which could lead in the future to improved prosthetics.
In initial feedback, patients and providers favored the precision health approach to primary care demonstrated in Stanford Medicine's Humanwide pilot.
Using technology similar to virtual reality, Stanford engineers created prototype glasses that promise a better vision experience than progressive lenses.
NIH Director Francis Collins made news when he called for an end to all-male panels. Here, Michele Barry provides context and encourages all to take part.
On LinkedIn, Dean Lloyd Minor outlines how precision health that takes into account environmental factors can improve well-being throughout a population.
After receiving a donated kidney from his father, a patient strives to stay healthy by monitoring key data with a Stanford Medicine Humanwide team.
The designers of the new Stanford Hospital harnessed the powers of nature, light, art and quiet to transform the patient experience.
Stanford researchers develop a machine-learning computer model for mammography assessment in hopes of aiding radiologists’ clinical decisions.
In this In the Spotlight, Rebecca Saenz, a recent allergy and immunology fellow, describes her evolution as a physician/scientist and entrepreneur.
Data from an at-home device through the Humanwide project help a patient and his primary care team discover hypertension that wasn't detected at the clinic.
A patient worried that cancer may run in her family finds answers through genetic testing offering by Stanford Medicine's Humanwide project.
Stanford researchers have designed a new AI tool to help clinicians identify brain aneurysms. HeadXNet is designed to work with, not replace, radiologists.
The new issue of Stanford Medicine magazine explores the power and joy of fundamental curiosity-driven scientific research and discovery.
