| "I have yet to meet a pro-vaccination person who was willing to talk about the actual science." Either you're lying or not looking. Here's the scientific argument of interest: 1. Before vaccinations, there existed several diseases that killed millions and maimed millions more on a routine basis. 2. Vaccines have been developed for many of these diseases, and deployed out into the population. 3. These diseases no longer kill millions and maim millions more. If you find the "pro-vaccination" side a bit uninterested in the question of whether one in a few hundred thousand vaccinations have bad side effects at times, that's because scientifically it is worth how to further mitigate those risks but it isn't even remotely a scientific answer that vaccinations shouldn't take place. In terms of the costs/benefits analysis of vaccinations, you are up against the deaths of millions on the plus side. You should expect it to be a bit of a challenge to lay out enough cons to win your point! The deaths of millions are hard to miss, if they weren't a great stonking benefit you wouldn't have to be arguing, it would be plainly obvious. So, for the sake of argument, I will stipulate every pre-existing scientific argument you can show me is true. (Thatm is, you don't get to take advantage of my preemptive agreement to make new ones.) Show me how the scientific costs outweigh the scientific benefits, and given the nature of the benefits bear in mind that I'm demanding to see millions upon millions of bodies a decade and absolutely nothing less. Go for it. Science isn't about slinging around big words or running lab tests. It's about making hypotheses, testing them, looking for why your hypothesis is wrong, and iterating that process. A pro-vaccination advocate does not need to go into biochemistry or argue about sub-.01% cases to make their point. They simply point at the positive results of vaccination and rest their case. That IS science, in its purest form. Stringing together words and selectively reading studies and biasing the argument until if you squint you might have a point in some cases is the opposite of science. If you're not finding people "scientifically" engaging with you I submit it's because the pro-vaccinators do not have a need to engage in what you think is "science" to prove the point, because they've got real science (and millions upon millions upon millions of non-corpses) on their side. |
I'll just leave this here:
http://www.vaclib.org/sites/debate/web1.html
I've seen similar graphs over the years, basically arguing that these diseases were in long-term decline before the introduction of their respective vaccines, and that the vaccines merely sealed the deal.
Were I more ambitious, I'd seek out the source data from official sources, and confirm or refute the analysis myself.
This paper appears to have asked the same questions:
http://www.ncbi.nlm.nih.gov/pubmed/9088445
It came to the following conclusion:
Historical data provide evidence of proof of efficacy of mass immunization for measles, polio, rubella, mumps, and pertussis, but not for diphtheria or tetanus.
This does not contradict the claim that the incidence of said diseases were already in significant decline prior to the introduction of immunizations, or that immunizations were not necessary for eradication.
It seems like a rather obvious analysis to do: compare the maximum historic incidence of said disease, the incidence at the time of vaccine introduction, and the rates of decline prior to and following said introduction. It should be fairly easy to argue from that whether a) the vaccine contributed to eradication, and b) the vaccine was necessary for eradication.