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The point is that a virus is a brute-force mechanism. This introduces a probability (even a low one) that a virus might "choose" to become more nasty in order t
by psychedelican 5y ago
The point is that a virus is a brute-force mechanism. This introduces a probability (even a low one) that a virus might "choose" to become more nasty in order to elicit a response from a "vaccinated" population.
Vaccinated is in quotes because many of the current vaccines are, admittedly, therapeutics rather than vaccines. The classical definition of a vaccine is something that prevents infection entirely. The current politicized definition of vaccine is something that decreases mortality / symptoms for a specific disease.
We know that these vaccines are "leaky", and now it's just up to random chance to determine whether or not this will lead to a scenario like the chickens. I believe the chance is very low, but it's there.
- gibba999 5y agoWhere did you get that definition of a vaccine? Few vaccines, historically, worked perfectly.
- a_conservative 5y agoFrom the article: > It’s important to note childhood vaccines for polio, measles, mumps, rubella and smallpox aren’t leaky; they are considered “perfect” vaccines.
- Wowfunhappy 5y agoSome vaccines (including those) are basically perfect, but they're a minority. It also doesn't logically follow that anything which isn't perfect isn't a vaccine.
- deleted 5y ago[deleted]