I think there's an important difference here between immunisation and antibody-mediated inactivation. In the former, you're training the immune system
to recognise and produce antibodies against a particular antigen; in the latter, you're simply introducing the antibodies and bypassing the immune
response all together. It's more comparable to things like the anti-D shot, in which antibodies against the rhesus protein (the "+" or "-" in your
blood group) are given to a rhesus-negative mother who has a rhesus-positive child. If the mother isn't given the antibody injection, then she may
develop immunity to the rhesus protein, meaning that if she conceives another rhesus-positive child her immune system may target it and cause
miscarriage.
Regardless, even if the science behind the idea could be considered dubious (and I don't think that that is true here), "vaccine research is slow" and
"vaccines can go wrong" are not arguments against it. After all, those statements are true of all drug development, but that doesn't stop us searching
for new drugs! |