Rosenberg combined radiation and chemotherapy to treat Hodgkin lymphoma, revolutionizing cancer care. He taught at Stanford Medicine for more than 50 years.

Elevated virus levels in hospitalized COVID-19 patients’ blood predicts worsening respiratory symptoms and suggests ongoing viral replication in later disease stages, Stanford Medicine-led study says.

About 80% of children with autism have trouble sleeping, but whether better sleep could lessen other autism symptoms is unknown. A new grant will help Stanford Medicine scientists find out.

Stanford Medicine scientists’ findings could explain why obese people have a higher risk of SARS-CoV-2 infection and are more likely to progress to severe disease and die of infection.

The Stanford Medicine sleep researcher is honored for discovering the role of orexins in narcolepsy and paving the way to new sleep disorder therapies.

Al’ai Alvarez, MD, receives the inaugural John Levin Excellence in Leadership Award; two others are honored by Stanford Health Care Board of Directors for their roles advancing research and care.

Nearly half of parents with a child who received an implantable device to correct abnormal heart rhythms met criteria for post-traumatic stress disorder, a Stanford Medicine-led study found.

In what authors believe to be the largest study of its kind, Stanford Medicine researchers found that imposter syndrome is more prevalent in physicians than in other U.S. workers.

Howard Sussman played a pivotal role in consolidating and automating Stanford Medicine’s clinical pathology laboratory, implementing an information system used for decades.

The Stanford psychiatrist, neuroscientist and engineer is honored for developing a technology that lets researchers pinpoint the functions — and malfunctions — of specific brain circuits.

The monkeypox virus is normally endemic to Africa but has recently been found on other continents. It spreads through prolonged, direct contact with infected people or their bedding, clothing and towels.

A key developmental gene governs the number and length of spines in the stickleback, Stanford Medicine researchers find. The discovery supports the concept of progressive evolution in nature.