I have, yet another, dumb question: Isn’t this to be expected, that the use of “vaccines” to change the bodies response to the virus will cause the virus to mutate into such a form that it circumvents the “vaccine’s” mechanism?
I don’t think people understand what mutation is.
1) The virus is not alive. Mutation is not a process of life.
2) Mutation is a corruption of the RNA segment of the virus. Some viruses have very stable, easy to copy segments. Others are unstable and replication introduces “errors”.
3) When a virus invades a cell, the cell’s function changes to whatever it was before to one of replicating the virus. The replication step is where the stable or non stable RNA issue arises. If unstable, “errors” occur and the produced virus will not be the same as the invading virus.
4) The unstable RNA replication creates a virus that is a mutation. It then bursts out of the cell and, in the lungs, floats around in the air inside the lung until it bumps into another new cell to invade. Note it does not “go looking for a new cell” and it does not “grab a new cell”. It’s not alive. It just floats around and bumps into things.
5) Smallpox was a very stable RNA sequence. Replication was always the same. Few or no mutations. That’s why it was defeated by vaccine.
6) Not so corona.
Polio & Smallpox didn't do that. Flu does.
You don't “cause” it to mutate because that's what Corona viruses do naturally and are good at it. It is impossible to out vaccinate them.
What these “Vaccines” do is remove the evolutionary brake on the development of more virulent strains. They are “leaky” by just suppressing symptoms without sterilizing immunity. A human version of Mareks disease is created. Quite diabolical.
https://en.wikipedia.org/wiki/Marek%27s_disease
“The Marek’s disease vaccine is a leaky vaccine, which means that only the symptoms of the disease are prevented.[11] Infection of the host and the transmission of the virus are not inhibited by the vaccine. This contrasts with most other vaccines, where infection of the host is prevented. Under normal conditions, highly virulent strains of the virus are not selected. A highly virulent strain would kill the host before the virus would have an opportunity to transmit to other potential hosts and replicate. Thus, less virulent strains are selected. These strains are virulent enough to induce symptoms but not enough to kill the host, allowing further transmission. However, the leaky vaccine changes this evolutionary pressure and permits the evolution of highly virulent strains.[12] The vaccine's inability to prevent infection and transmission allows the spread of highly virulent strains among vaccinated chickens. “