ARPA-H director shares agency’s vision
Renee Wegrzyn, who leads the Advanced Research Projects Agency for Health, discussed the agency’s plan to accelerate better health outcomes for everyone.
Fasting causes liver cell division
Cells in the adult liver were thought to divide rarely. But a study led by Stanford Medicine researchers found intermittent fasting causes rapid cell division.
Pain treatment inspired by chickens
In a mouse study led by Stanford Medicine scientists, a drug made mammalian pain receptors more like those in birds — and more resistant to some forms of pain.
Telomere length crucial in muscular dystrophy
Telomeres shorten in heart muscle cells from people with Duchenne muscular dystrophy. A Stanford Medicine study finds blocking this process improves the health of these cells grown in a dish.
Diabetes drug may treat heart disease
A genetic variant that inhibits alcohol metabolism harms blood vessel cells, but an antidiabetic medication may mitigate the harm, Stanford Medicine-led research has found.
Immune cells become cancer killers
Neutrophils often suppress the immune system’s response to cancer, but when activated, they eliminate several types of tumors in laboratory mice, a study led by Stanford Medicine has found.
Stanford Medicine on social determinants of health
The new issue of Stanford Medicine magazine features articles about the ways nonmedical factors can help or hinder our health and presents initiatives to promote health equity.
Diabetes expert training program
Stanford Medicine recently became the national center for a program to improve the diversity and increase the number of physician-scientists who are experts in Type 1 diabetes.
Medical school withdraws from U.S. News rankings
School of Medicine withdraws from the news organization’s “Best Medical Schools” survey and rankings, citing methodology limitations.
Blood drop yields lots of data
Using a new technique called multi-omic microsampling, Stanford Medicine researchers can measure thousands of protein, fat and metabolic molecules from a single drop of blood.