Our researchers picked cells from all over the human body — cells of all shapes, sizes and abilities. From the brain to the heart to the intestines.
Stanford Medicine scientists are studying why even brief trips into space can weaken muscle and heart tissue, mimicking decades of aging on Earth.
Bongeka Zuma, graduate of Oprah Winfrey’s academy and Stanford School of Medicine, discusses her plans to advance medical care in her hometown.
Genome-wide association studies can lay the groundwork to more precisely assess a person’s risk for disease, detect diseases earlier, reveal a molecular understanding of how certain illnesses arise, and point to new therapeutic targets.
Many social determinants of health can influence a patient’s risk, but Palaniappan and fellow researchers have noticed, from working with data from patients around the nation, that race is not among the most accurate or equitable.
Despite being the leading cause of death worldwide, heart disease feels less threatening than cancer and inspires less urgency in patients and providers. A Stanford cardiologist explains how we should react instead.
Over the last decade, physicians have taken a broader view of adolescent eating disorders, thanks to a growing recognition of the variety of disordered eating patterns that can harm patients’ health, especially their heart function.
Stanford Medicine researchers studied how AI can enhance evaluation of cardiac tests in the clinic and found it improved accuracy.
Scientists find a way in mice to illuminate the cardiac conduction system during surgery to prevent unintended damage to healthy tissue.
Researchers at Stanford Medicine discovered the mechanism for a heart condition and developed a drug to treat it.
Bioengineer Alison Marsden uses computer modeling skills honed on submarines to help surgeons plan the best repairs for babies' hearts.
After starting his career as a veterinarian, scientist John Gorzynski turned to research, investigating great ape genetics and cardiology.
Cardiology researchers at Stanford Medicine are increasingly turning to CRISPR to understand -- and maybe one day -- treat heart disease.
Stanford researchers are building a heart through tissue engineering techniques in the hopes of better treating congenital heart defects.
Stanford dietitian recommends making some simple food substitutions that cut back on fats and carbohydrates to improve heart health.
Researchers analyzed how to get the optimal dose of heart medication to patients at the VA, specifically Black and Latino patients.
