Researchers discuss the need for ethics and its integration into research projects that harness artificial intelligence.
People with diabetes must plan meals and insulin doses, a hassle that may one day be eliminated thanks to cone snail venom.
Modifying traditional infant massages led to more weight gain and fewer illnesses among newborns in a Stanford-led community study in India.
Creating online worlds tailored to kids' interests allowed Stanford therapists to use telehealth to motivate children with autism to talk.
Scientists have devised a wearable sleeve that helps communicate physical touch from afar, a concept dubbed "haptic communication."
Researchers explore whether voice assistant are able to provide reliable medical information -- so far the answer is no.
A Stanford Medicine bioengineer sets out to create a world fueled by synthetic biology, creating tools and technologies to see it through.
Stanford Medicine biomedical data scientist weighs in on the role of data as we respond to the pandemic and prepare for the future.
This new issue of Stanford Medicine magazine explores scientific advances that are helping unlock the mysteries of the brain.
A Stanford neuroscientist has led the development of a novel brain research tool for understanding diseases of brain development.
To help us understand muscle loss as we age, a Stanford Medicine research team’s engineered tissue is sent to the International Space Station.
Stanford Medicine researchers have found a new way to stabilize mRNA molecules, something that could boost COVID vaccines.
Stanford Medicine researchers and collaborators aiming to predict and detect COVID-19 through smartwatch data expand user base into Pac-12 athletes.
We know that cellphones distract drivers. But now, Stanford Medicine researchers have brain imagery and driving metrics to show how.
Tracking a pain-relief device's success in patients who aren't in clinical trials is seen as a promising approach to expanding treatment options for kids.
A partnership is improving patient care in the field of otolaryngology by pairing Stanford Biodesign fellows with clinicians.
