And you're never going to find out if every time someone reports a vaccine reaction you dismiss it. Some of us have a pretty good idea of what a long term problem might look like. Robert Fletcher's mother certainly does.
That is not what was being asked. The question was about problems that may occur 10 or 20 years later , it was one of those vaccines may cause cancer
type statements
1 it's an unnecessary risk
2 for some children the risks from vaccination are higher than the risks of catching the disease
3 those children cannot be identified
- why unnecessary - you seem to completely ignore the thousands that were affected by these diseases before vaccination.and for the thousandth time these may be rare but they are far less rare than any reaction to the actual disease.
There would be far more children around like Robert Fletcher without vaccination. Look at websites of respectable charities like SENSE, Encephalitis.org to see why vaccination is necessary and maybe have a bit of compassion for the familie of the children that died from measles in the last european outbreak just a few years ago.
- who are these children? I keep asking but nobody will tell me?
Any child that has a problem with vaccines causing a fever will certainly not be able to tolerate the onslaught of the proper disease which is why it is still recommended to vaccinate children who have diseases like Dravet,and mitochondrial, and children like my ds because the risk of the FC from a fever. There are contraindications easily available nowadays.
I also suggest you read the medical records in the wakefield court case or the US omnibus to see these were not fully NT with no medical problem children who changed overnight from mmr
- see above list of contraindications are known
Bm,cote and lavolcan
You can only work out from statistics if a vaccine is waning or failing if you know both who did and didnt get the disease. I would also point out that titres are not always a good indication of immunity
another explantion
"Example: Let?s say that an outbreak occurs among 1,000 people and that 950 of these 1,000 people have received 2 doses of the vaccine and 50 are unvaccinated (i.e., vaccine coverage = 95%). If there is a 30% attack rate among people who haven?t been vaccinated, 15 unvaccinated people would get the disease. Among the 950 vaccinated people, the attack rate would be 3%, so 29 vaccinated people would get the disease. Therefore, of the 44 people who got sick during the outbreak, the majority (29, or 66%) would have been vaccinated. This doesn?t imply that the vaccine didn?t work?in fact, the people who hadn?t been vaccinated were 10 times more likely to get sick as those who had been vaccinated, it?s just that there were a lot fewer unvaccinated people at risk. Furthermore, if none of the 1,000 people had been vaccinated, the outbreak would have resulted in 300 cases rather than only 44. In this scenario, we would say that the vaccine is 90% effective in preventing the disease after 2 doses, which is the same as saying that the attack rate in the unvaccinated group is 10 times higher than the attack rate among people who have received 2 doses of vaccine. The formula to calculate vaccine effectiveness is (attack rate in unvaccinated group minus attack rate in vaccinated group) divided by attack rate in unvaccinated group, or (ARU-ARV)/ARU.)"
and if you actually read the guardian article it says may not is
and from the study quoted
" analysis suggests that the adjusted odds of being hospitalized with mumps are reduced ≈50% in those with a history of at least 1 mumps vaccination. We observed an even lower rate of hospitalization in those who had received 2 doses than in those who had received 1 dose of vaccine, although this difference was not significant"
and
"The lower rates of complications in vaccinated teenagers and young adults are consistent with secondary vaccine failure, which suggests that the primed person is able to mount an immune response to prevent more serious complications."
"Our analysis, however, suggests that vaccination provides higher levels of protection against hospitalization and risk for orchitis and meningitis in those diagnosed with mumps"
Note this study only looked at orchitis and menengitis, not other complications.