A Stanford Health Care librarian uses his tracking skills to stem the spread of the coronavirus as a volunteer contact tracer.
As the global health community celebrates the eradication of wild poliovirus in Africa, there are lessons that can apply to the COVID-19 pandemic.
A Stanford physician co-authored a list of likely biological factors underlying the reduced development of COVID-19 for children compared to adults.
Combining science with social and political initiatives responsive to public concerns could improve adherence to universal masking, writes Dean Lloyd Minor.
A Stanford anesthesiologist co-founded a volunteer organization that maps COVID-19 testing locations and displays updated data about the pandemic.
A Stanford research team is tasked with assessing the COVID-19 infection crisis inside California’s prisons and providing strategies to contain the virus.
Many early clinical studies of COVID-19 fail to meet quality standards, raising concerns that the data could be of little meaningful use, research finds.
Stanford experts provide tips for helping young children learn to wear a cloth mask to help prevent the spread of COVID-19.
Sampling one's own lower nasal passages for COVID-19 virus is as efficient as swabs that sample deep in the nasal cavity, Stanford study finds.
The Stanford Center for Health Education is creating digital COVID-19 informational materials for under-resourced communities around the world.
This is the first part in Understanding UTIs, an accessible series about urinary tract infections, including their symptoms, causes, medications and more.
This New York Times video showcases Stanford Medicine's efforts to offer COVID-19 antibody tests to its doctors, nurses and other clinical workers.
Stanford cardiologist Rahul Sharma spent nearly a month in quarantine after a mild case of COVID-19. He describes how the experience changed him.
The Stanford Clinical Virology Laboratory is ramping up capacity for its coronavirus diagnostic test, which can deliver results in 24 hours.
Scientists have used CRISPR-Cas9 screens to reveal more about how the bacteria behind Legionnaire's disease infects humans.
Scientists found a sneaky way to stop cold viruses from replicating in mammalian cells by disabling a protein not in the virus but in the cells they infect.