Clayton,
Did you actually read the study? It's free on the Internet- you can easily download it. If you do, you will see one glaring problem: the number of hospitalizations for 1 vaccination was greater than for 6, and therefore they decided the single vaccination datum was an outlier that needed to be ignored when performing the rest of their analysis. Somehow that important piece of information was not in the abstract quoted by naturenews.com. Further, due to their database, they had no control for unvaccinated children
If all the data was included in this analysis, it looks to me as if there would be no significant statistical correlation between vaccinations and hospitalizations. Or, if we accept their data at face value, it would be better to get 6 vaccinations at one time rather than 1.
I read the study. I am trying to understand the methodology. They calculated hospitalization and mortality rate thus:
The hospitalization rate corresponding to each dose was computed by dividing the number of reported hospitalizations among infants for a given dose by the total number of VAERS reports received having that same given dose. The mortality rate was similarly computed, and both hospitalization and mortality rates were multiplied by a factor of 100 to yield a percentage figure.
Does this mean that they are not asking how likely kids are to be hospitalized? It looks like they are asking the question, "Assume you do have a reaction reported to VAERS. How likely is that it was a reaction that required hospitalization?" So, if you are one fourth as likely to have an adverse reaction if you get more vaccines, but you are one half as likely to be hospitalized, the hospitalization rate given in the paper will be twice as high for more vaccines even though the chance of hospitalization is lower?
Is this right? Why should we care about these stats about fractions of VAERS reports rather than risks? Or am I reading it wrong?
