Earlier quoted context omitted.
It's not so much that vaccination is iatrogenic, it's that when you have a sizable percent vaccinated, but a sizable percent not, you're kind of in this worst of all possible worlds from an evolutionary standpoint. If worldwide vaccination rates were very high, it would drive viral transmission down to negligible levels and effectively slow the rate of evolution by decreasing the viral population size to something ve…
> It's not so much that vaccination is iatrogenic, it's that when you have a sizable percent vaccinated, but a sizable percent not, you're kind of in this worst of all possible worlds from an evolutionary standpoint. How is this any different from natural immunity? The immunity conferred by vaccines won't put any more selective pressure for escape mutations than natural immunity would. And the only alternative here i…
Let's say I tell you to look for a suspect. You say "ok, what do they look like?" In one case, I show you a picture of their face. In another case, I introduce you to them and let you inspect them completely and take whatever photos or do whatever 3d scanning you want. It's probably easier for the suspect to develop a disguise in the former case than the latter? Maybe not, but I think that's the general idea.
It is interesting to think about resistance evolution in the context of the specific vaccines that are available vs natural immunity. I seem to recall reading that the choice of viral components to target in the vaccines was done in part so as to leave little wiggle room for mutations, so you might be right about evolution of resistance relative to natural exposure. But theory and reality are always different.
FWIW, I'm not trying to imply people shouldn't get vaccinated, or that vaccines are somehow causing problems. There's just reasons to think that if vaccination rates aren't high enough, it's easier for the vaccines to become ineffective over time than if almost everyone were vaccinated.