Explainer: How the coronavirus tricks its way into human cells

The video explores the architecture of the coronavirus, focusing on how it disguises itself to enter human cells. It highlights the role of spike proteins as camouflage and infection tools. Researchers have used electron microscopy and spectrometry to study the chemical makeup of these proteins, identifying glycans that help the virus evade the immune system. The study suggests that SARS-CoV-2 has thinner glycan defenses compared to other viruses, indicating a 'hit and run' infection strategy. This research is promising for vaccine development, with ongoing efforts to design candidate vaccines.

What is the role of spike proteins in the coronavirus?

What findings did the researchers publish regarding the chemical makeup of the coronavirus?

How do glycans contribute to the virus's ability to evade the immune system?

What does the study suggest about the defenses of the coronavirus compared to other viruses?

What is the significance of the research team's work on candidate vaccines?