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by native_samples
1608 days ago
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It wouldn't be exponential. That's the discredited "viruses grow until exponentially until the entire population is infected" model that keeps embarrassing epidemiologists. Epidemics come and go in waves. They always did. They don't grow until everyone has been sick, they exhibit far more complex patterns than that, hence why the term endemic is now coming up so often. It doesn't seem impossible that there were waves of COVID before 2020 and they just didn't get detected as such, given the large number of asymptomatic people, the vague symptoms that can be easily confused with other diseases, etc. I don't personally think it's likely, but continuous exponential growth is definitely not a safe assumption. Re: phylogenetic analysis. Well, the phylogenetic tree they are building classifies something as COV2 if it can be linked into the phylogenetic tree that is rooted at the samples taken in Sept 2019, and was detected after that point. If it can't be, then it's not COV2 by definition. There's a risk of circularity there. |
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And then you'd still need to explain how the actual spread of Covid, after it was discovered, was a gradual process rather than being found to be massively prevalent all over the world the moment it was discovered.
I don't really understand your point about phylogenetics being inaccurate here. Are you claiming that samples of Covid have been artificially dropped from the tree to make it build with such a recent common ancenstor? Or that we've got a huge proportion of Covid cases that were incorrectly never diagnosed as such because nobody was considering some earlier. The latter is total nonsense.
Your theory just doesn't fit any of the facts.