The Stanford Health Care Clinical Virology Laboratory was a bustling place even before the COVID-19 pandemic. But the intensity has been palpable since its medical …
Stanford research findings could lead to new ways to block the bacteria Clostridium difficile -- or C. diff -- from multiplying in our guts.
Blood levels of a brain-derived substance in people in their 90s and 100s accurately predict how much longer they're going to live.
Stanford scientists transformed tonsils into immunology labs in a dish, aiding research to develop vaccines for COVID-19, the flu and other diseases.
The Pfizer and Moderna COVID-19 vaccines are the first to use the RNA coding molecule to prompt our bodies to fight the virus. Here's how they work.
Planning to vote in person during the pandemic? Here's a list of practical steps to reduce your risk of coronavirus infection.
There's a voracious appetite for information on how SARS-CoV-2, the virus responsible for the COVID-19 pandemic, works. Here it is, in a single package.
A Stanford physician co-authored a list of likely biological factors underlying the reduced development of COVID-19 for children compared to adults.
Stanford-led research finds that the blood-brain barrier may be much more permeable -- albeit selectively so -- than previously thought.
People taking two common types of drugs for hypertension are at no heightened risk, as has been feared, for increased severity or complications of COVID-19.
Two recent Stanford-led studies show the value of tweaking vaccines to enlist the entire immune system — not just part of it — in preventing HIV infection.
How exactly does the antiviral drug remdesivir counter SARS-CoV-2 – the coronavirus strain responsible for COVID-19? And how well?
The COVID-19 pandemic gives new relevance to a synthetic substance developed by Stanford researchers that could help respiratory patients breathe easier.
In U.S. hospitals, the frequency of brain imaging for acute stroke patients dipped, suggesting hesitancy to seek medical care for non-COVID-19 conditions.
Even if chloroquine and hydroxychloroquine don't end up being the best treatment for COVID-19, observing how they work in a dish can teach scientists a lot.
An innovative stem cell delivery method vastly improves the viability of tissue regenerating cells in animal spinal-cord injury models.