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Scots study on autism poses new question of MMR link
VICKY COLLINS
A SCIENTIST in Scotland yesterday revealed new research which could
indicate a link between autism and the MMR vaccine by showing that autistic
children have abnormally high levels of toxins in their bodies.
The study by Gordon Bell, of Stirling University, also raises hopes that
autism may not be genetic and instead be a physical, and therefore
potentially treatable, condition.
Lead, aluminium and antimony (similar to arsenic but more toxic) were
found to be present in children suffering from autism at a significantly
higher level than other children.
All three toxins weaken the immune system and, when present in high
levels, Dr Bell believes they could affect the body's response to the MMR
jab. He suggests the immune system could be too weak to react properly to
the triple vaccine, triggering the onset of autism.
"These toxins could increase the likelihood of a reaction to viral change
because they are all immune suppressants," he said.
"Autism is all about putting too much of a burden on the body, and high
levels of heavy metals may lead to other catastrophic events in the body
which may then lead to autism.
"All these metals or elements are at toxic levels so the body may not
react appropriately to a immune change such as that caused by the MMR
vaccine."
Dr Bell, whose own son developed autism at the age of two after having
the MMR jab, believes children susceptible to autism may have a problem
getting rid of toxins from their bodies. He called for more research, both
to test his results and establish whether it was possible to develop a
treatment for the problem.
"This is just a small-scale study, but it is very relevant. I simply do
not have the resources to do the large-scale studies that are needed," he
said.
"I am saying: look at this, it is a real result, and if it is the reality
in a majority, or even a significant minority, of people with autism then it
is something we should be looking into."
Action Against Autism said the research undermined the traditional model
of the disease as "psychiatric, genetic, lifelong, and incurable". Bill
Welsh, chairman, called for a large-scale study. "Clinical examination of
autistic children should now be a priority. Dr Bell's findings further
confirm that these unfortunate children are just plain sick and probably in
distress."
David Potter, head of policy at the National Autistic Society, confirmed
the toxins found by Dr Bell had never previously been detected. "The medical
establishment see this as a gen-etic condition, but this type of research
shows there are other factors involved. We would be very keen to see this
type of research furthered."
Dr Bell, a lecturer in marine biology at Stirling, has a PhD in
biochemistry and became heavily involved in autism research since it
affected his own family six years ago. He is a member of the Scottish
Executive's cross-party group on the condition.
With funds provided by the Autism Research Trust, Dr Bell tested 37
children for toxic elements, taking hair samples which were then sent to a
laboratory in America for analysis.
Levels of antimony in autistic children were five times above the normal
maximum range and levels of lead and aluminium were three times higher.
Antimony can cause fatigue, hypotension, angina, and immune dysfunction.
All 24 children with autism who took part in the study were found to have
antimony present above the recommended maximum values, compared to 50% of
the eight non-autistic children tested, and 40% of the five children with
Asperger's Syndrome.
Lead, an excess of which can lead to severe gastro-intestinal problems,
loss of appetite, insomnia, and nervousness, was present above the normal
maximum range in 92% of autistic children, compared to only 25% of
non-autistic children, and 20% with Asperger's Syndrome.
High levels of aluminium, which have been implicated in the onset of
dementia, were present in 54% of autistic children, compared to only 12.5%
of the control group, and none in the Asperger's group.
Battle to ease pain
-July 22nd
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