MMR vaccine actually damages natural immunity, increases risk of disease contraction
But what exactly constitutes "intense exposure" anyway, and how is this really any different than common exposure? In an apparent effort to rationalize away the findings, some reports have suggested that because the group most affected was "boys in schools," this particular outbreak was somehow unusual and atypical, and not indicative of the effectiveness of vaccines on a larger scale. But in reality, the findings show quite the opposite -- that vaccines actually increase the risk of disease transmission.
Only a very small percentage of those affected by the outbreak, eight percent, had received one vaccination dose for mumps, while the vast majority of the rest had received at least two doses. This suggests that those who received two doses of MMR were actually more likely than those who received just one to contract the disease. Next to that, only a very small fraction of the remaining cases were unaccounted for, which suggests unvaccinated individuals actually had the highest levels of immune protection during the outbreak.
The takeaway from all this is that the "herd immunity" concept we are constantly told is necessary to prevent disease outbreaks is absolute bunk. If anything, vaccinated children are the ones most responsible for spreading disease during an outbreak, as the viral components delivered to their bodies through vaccines are shed onto primarily immunocompromised individuals, who just so happen to be other vaccinated individuals. There is simply no other way to validly interpret these and other similar findings in recent years, which only further prove that vaccines are neither safe nor effective.
Sources for this article include:
http://www.nejm.org/doi/full/10.1056/NEJMoa1202865
http://www.reuters.com
But what exactly constitutes "intense exposure" anyway, and how is this really any different than common exposure? In an apparent effort to rationalize away the findings, some reports have suggested that because the group most affected was "boys in schools," this particular outbreak was somehow unusual and atypical, and not indicative of the effectiveness of vaccines on a larger scale. But in reality, the findings show quite the opposite -- that vaccines actually increase the risk of disease transmission.
Only a very small percentage of those affected by the outbreak, eight percent, had received one vaccination dose for mumps, while the vast majority of the rest had received at least two doses. This suggests that those who received two doses of MMR were actually more likely than those who received just one to contract the disease. Next to that, only a very small fraction of the remaining cases were unaccounted for, which suggests unvaccinated individuals actually had the highest levels of immune protection during the outbreak.
The takeaway from all this is that the "herd immunity" concept we are constantly told is necessary to prevent disease outbreaks is absolute bunk. If anything, vaccinated children are the ones most responsible for spreading disease during an outbreak, as the viral components delivered to their bodies through vaccines are shed onto primarily immunocompromised individuals, who just so happen to be other vaccinated individuals. There is simply no other way to validly interpret these and other similar findings in recent years, which only further prove that vaccines are neither safe nor effective.
Sources for this article include:
http://www.nejm.org/doi/full/10.1056/NEJMoa1202865
http://www.reuters.com