Virus-like particles observed assembling in real time
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Scientists have observed virus-like particles assembling in real time, capturing the kinetics and energetics of the process. The method, reported in Nature on 16 September 2026, tracks each step of protein shell assembly. It reveals how identical building blocks form stable structures that can later disassemble.
Key Facts
- Asor et al. report a method that tracks each step of virus-like particle assembly in real time.
- The study was published in Nature on 16 September 2026.
- The method measures the kinetics and energetics of protein shell assembly.
- Virus-like particles replicate the shells of natural viruses.
Assembly Observation
Asor et al. developed an experiment that observes virus-like particle assembly in real time. The method captures each step of the protein shell assembly process. It measures both the kinetics and energetics of assembly. The study was published in Nature on 16 September 2026.
Virus-like Particle System
Virus-like particles replicate the shells of natural viruses. These particles protect the viral genome and release it during cell infection. The assembly process involves identical building blocks interacting through tiny contact areas. The completed structure is stable and rigid but can come apart in response to a trigger.
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Time · lag behind first