SARS-CoV-2

Bacteria’s constant interaction with viruses has led them to evolve antiviral strategies.

Pioneering approaches transform vaccine technologies and shape the future of disease prevention.

Inhibiting an enzyme variant that contributes to severe COVID-19 in men holds promise for treating SARS-CoV-2 infections. 

Researchers discovered how SARS-CoV-2 invades and spreads through nasal epithelial cells, identifying potential new drug targets to prevent transmission.

As scientific conferences return to in person programming, we still need COVID-19 precautions.

What do zoonotic spillover events reveal about virus-host biology and how do scientists use these lessons to inform future mitigation strategies? 

Researchers investigate new approaches to revolutionizing vaccines for cancer and infectious diseases. 

In the 21^st century, viral spillovers will become more and more common. We are not in the dark and can prepare now for new breakouts before they even begin.

It’s human nature to compare one’s success to others, but thinking that the grass is greener on the other side can be detrimental to one’s health. Recognizing strategies as equal but unique ways to tackle a common problem is a healthier perspective.

Learn how scientists detect viral pathogens lurking in the environment to mitigate infectious disease threats.