
Mitochondria, the powerhouses that fuel your body’s cells, have been implicated in at least one case of regressive autism. Some researchers estimate that the number of people suffering from the mitochondrial dysfunction, which may lead to autism, is much more common than the current estimate of 1 in 4,000 people. In fact, it could be as low as 1 in 50.
If so, the potential implications for autism are staggering.
In the recent landmark Hannah Poling case, federal officials conceded that Hannah‘s autism was caused by an underlying mitochondrial dysfunction that was aggravated by vaccine injections. At the time, CDC Director Dr. Julie Gerberding claimed that Hannah‘s case was a rare incident with little relevance to the other autism cases pending in the federal “vaccine court.”
Since then, however, Dr. Gerberding and other CDC officials were made aware of a Portuguese study reporting that 7.2 percent of children with autism had confirmed mitochondrial disorders. Some now estimate the rate of mitochondrial dysfunction in autism to be 20 percent or more, and the rate among children with the regressive sub-type of autism is likely even higher.
If mitochondrial dysfunction can convert into autism in large numbers, then the connection between vaccines and autism could be quite strong. Some experts believe a trigger, such as vaccines, a viral illness or even inflammatory corn oil and corn syrup in the American diet, is triggering underlying mitochondrial dysfunctions into autism.
The CDC is reportedly looking into making changes in the vaccine schedule to address this newfound connection. The most difficult decision is how and when to vaccinate children with proven mitochondrial dysfunction.