Stronger together
A shared vision of Stanford Medicine’s future
A shared vision of Stanford Medicine’s future
Excerpt: Stanford Medicine Integrated Strategic Plan
Can machine learning bring more humanity to health care?
Stanford artificial intelligence projects designed to improve your health
The high-tech and high-touch goal to impact 2 billion lives by 2025
The new Precision Health and Integrated Diagnostics Center searches for ways to prevent disease entirely
Researchers aim to harness microbes in our intestines to cure what ails us
Academic research catches fire
A bioengineered replacement solves shortage of surfactant, which helps premature babies and people with lung injuries breathe.
Knowing the genetic makeup of these marine invertebrates could aid conservation efforts.
People who are genetically prone to heart disease can still benefit from regular exercise.
More women with cancer are opting to skip BRCA test in favor of mutlipanel analysis.
Cleaning out digested proteins could reboot the ability of aging cells to make new neurons.
Low levels of the hormone vasopressin could be a biomarker for autism.
Manipulating brain switches could change our responses to fear.
Paul and Mildred Berg establish endowed professorship and name biochemistry professor Mark Krasnow as its inaugural recipient.
The shared vision of the School of Medicine, Lucile Packard Children’s Hospital Stanford, and Stanford Health Care reflects the future of medicine itself.
A dermatologist’s distant memory of learning about a rare disease helped diagnose a mystery illness that left a woman nearly bedridden from debilitating pain for almost a year.
A professor's offer to allow colleagues to analyze his tissue after a cancer diagnosis could result in the world’s largest study into what goes wrong when lung cells become cancerous.
Researchers bioengineer yeast to produce a drug made from opium poppies that can be used as a cough suppressant and potentially for treating cancer.
Scientists frustrated by the side-effects of a adoptive cell therapy have found a way to keep it working longer while eliminating the devastating reactions.
Teams compete to design an algorithm that can help people with prosthetics learn to move.