Stanford experts discuss what ‘endemic’ means in the context of biology, masking, vaccines, and mental and behavioral health.
Stanford Medicine pediatric infectious disease researcher describes her work in childhood infectious disease and lessons from the pandemic.
According to a Stanford study, vaccines against COVID-19 are better than infection at generating antibodies to recognize new viral variants.
According to a study, antibodies circulating after SARS-CoV-2 vaccinations wane rapidly in people who are receiving dialysis.
From the genetics of COVID-19, to cancer, to tonsils, this story is a wrap up of Scope's most read stories of 2021.
A Stanford Medicine researcher discusses COVID-19 vaccination for children and why it's important for them to get the shot.
Researchers at Stanford are exploring using traditional marketing strategies to help increase COVID-19 vaccine acceptance.
A Stanford pediatric infectious disease expert is highlighted in a new campaign to answer parents' questions about COVID-19 vaccines.
Stanford researchers investigate vaccine hesitancy and show how to better communication about vaccines to encourage acceptance.
A new way to deliver mRNA as a COVID-19 vaccine may avoid side effects and increase customization to prevent infection.
Stanford medical student from Sierra Leone calls for urgent improvements in efforts to protect the people of African nations against COVID-19.
New research shows that 65% of people in the US will be partially vaccinated by July 4 — but for Hispanic and Black people, rates are lower.
With COVID-19 information evolving daily, the Stanford Health Care pharmacy team had to prepare for the unexpected in its vaccine rollout.
Anxious to protect her children, Stanford immunology researcher enrolls her two young children Pfizer’s COVID-19 vaccine clinical trial for kids.
Stanford Medicine researchers have found a new way to stabilize mRNA molecules, something that could boost COVID vaccines.
Stanford University researchers have developed a nanoparticle vaccine that has shown in mouse studies to effectively build coronavirus immunities.
