I wonder if, as a side effect of near-universal social-distancing, we will end up eliminating any other contagious viruses, such as flu strains. Or instead, will the new selective pressure cause more widespread mutations of these viruses?
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Replying to @propensive
I'm not sure about the selective pressure argument. The mutations happen regardless, and the best way to create chances for a superflu is more replications and exposures. So I expect we'll see suppression of all infectious diseases.
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Replying to @AlanJay1
My naïve assumption was that the absence of similar competing strains would give the mutations the space to survive long enough to spread, where normally they would be dominated by pre-existing strains. But it's guesswork on my part, and I really don't know how the dynamics work.
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Replying to @propensive
I'm not sure the extent to which viruses compete. In my mind, many viruses are probably complementary, as the immune system gets overwhelmed. There are plenty of replication factories to go around, and most viruses have strong prefs for cell type.
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Replying to @AlanJay1 @propensive
Interesting question tho, I'm def not any type of authority on this!
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Just saw this reply... So that makes two of us. ;)
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