Chapter
The Science Behind Viral Recombination
1:20:31 - 1:24:01 (03:30)
This episode explains how viruses can mix and match their genetic material to create a new hybrid virus with the ability to infect humans. The possible origins of SARS-CoV-2 are also discussed.
Clips
The combination of different viruses inside the same cells can lead to hybrid viruses formed by genetic recombination, which can be compared to synthetic viruses made by scientists.
1:20:31 - 1:23:05 (02:34)
Summary
The combination of different viruses inside the same cells can lead to hybrid viruses formed by genetic recombination, which can be compared to synthetic viruses made by scientists. Claims have been made about the development of such hybrid viruses in labs using the S1 protein, though experts suggest that starting with an already lethal virus would be the most plausible way to create a synthetic virus like SARS.
ChapterThe Science Behind Viral Recombination
Episode#113 – Manolis Kellis: Human Genome and Evolutionary Dynamics
PodcastLex Fridman Podcast
In order to stop the spread of a virus like COVID-19, it's important to prevent it from replicating.
1:23:05 - 1:24:01 (00:55)
Summary
In order to stop the spread of a virus like COVID-19, it's important to prevent it from replicating. Unlike bacteria, viruses cannot survive without a host and only live with their host for a short amount of time. Strengthening the immune system can also help combat the virus, but it's important to focus on prevention measures as well.