"Healing Autism: No Finer a Cause on the Planet"
January 12 & 13, 2004 Double Issue Vol. 8 Nos. 9 & 10
Bowel Virus Found In Autistic Children Who Had MMR Jab
New Wakefield study. See abstract below.
By Beezy Marsh for the Daily Mail, UK. Not available online at press time.]
Saftey fears over MMR have been increased still further by a study which detected signs of a chronic viral infection in the bowels of children who became autistic after the jab.
The virus feared to come from the measles component of the
injection appears to have sparked an abnormal response of the immune
system similar to that in patients with HIV. The discovery by
researchers at, the Royal Free Hospital in London comes as uptake of
the measles, mumps and rubella jab has fallen to an all-time low of
78 per cent. Parents are not convinced it is safe despite official
assurances that it does not cause autism or bowel disease.
The latest findings, published in the Journal of Clinical
Immunology, follow studies carried out by gastroenterologist Dr
Andrew Wakefield who raised concerns about MMR in 1998. The
specialist was forced out of his job at the Royal Free in 2001 amid
claims that his research had proved too unpopular among the med-cal
community.
In October last year his former colleague Dr Simon Murch insisted
that he had always supported the vaccine. However, he is a co-author
with Dr Wakefield of the latest paper which concludes there is
further evidence of a new form of bowel disease in children with
regressive autism losing the power of speech and becoming
autistic.
Another common complaint among children alleged to have been
harmed by MMR is a painful inflammatory gut disorder. Dr Wakefield
and Dr Murch examined bowel tissue from 52 children showing signs of
autism alter the MMR jab. They found widespread inflammation
throughout the bowel and evidence of an unusual immune system
response. The intestinal lining contained large numbers of a
particular type of white blood cell lymphocytes which fight viral
infection. This study did not show whether the virus concerned was
measles.
But other tests by pathologists have found the measles virus In
the bowel tissue and spinal fluid of autistic children alleged to he
harmed by MMR. Dr Wakefield said: This paper not only confirms the
presence of disease distinct from other inflammatory bowel diseases
in these children but the, findings are also consistent with a viral
cause.
What we saw was a response not dissimilar to that seen in some
patientswith HJV Clearly these kids dont have Aids but the response
fits the pathology consistent with chronic viral disease. That is a
most valuable finding.'
A Department of Health spokesman said MMR remained the safest way
to vaccinate children against serious childhood diseases. "This is
not a study about MMR and therefore makes no contribution to the
already published literature on the vaccine."
Intestinal Lymphocyte Populations in Children with Regressive
Autism:
Evidence for Extensive Mucosal Immunopathology
http://www.kluweronline.com/issn/0271-9142/currentdoi:10.1023/B:JOCI.0000010427.05143.bb
Journal of Clinical Immunology 23 (6): 504-517, November 2003
Copyright ©
2003 Plenum Publishing Corporation All rights reserved
Paul Ashwood
The Inflammatory Bowel Disease Study Group
Royal Free and University College Medical School
London, United Kingdom.
Centre for Paediatrie Gastroenterology
Royal Free and University College, Medical School
London, United Kingdom
p.ashwood@rfc.ucl.ac.uk;
Simon H. Murch
Centre for Paediatrie Gastroenterology
Royal Free and University College, Medical School
London, United Kingdom
Andrew Anthony
The Inflammatory Bowel Disease Study Group
Royal Free and University College Medical School
London, United Kingdom
Department of Histopathology
Royal Free and University College Medical School
London, United Kingdom;
Alicia A. Pellicer
Centre for Paediatrie Gastroenterology
Royal Free and University College, Medical School
London, United Kingdom
Franco Torrente
Centre for Paediatrie Gastroenterology
Royal Free and University College, Medical School
London, United Kingdom
Gaslini Institute
Genoa, Italy
Michael A.Thomson
Centre for Paediatrie Gastroenterology
Royal Free and University College, Medical School
London, United Kingdom;
John A. Walker-Smith
Centre for Paediatrie Gastroenterology
Royal Free and University College, Medical School
London, United Kingdom
Andrew J. Wakefield,
The Inflammatory Bowel Disease Study Group
Royal Free and University College Medical School
London, United Kingdom.
The International Child Development Resource Center
Florida
Abstract
Inflammatory intestinal pathology has been reported in children
with regressive autism (affected children). Detailed analysis of
intestinal biopsies in these children indicates a novel lymphocytic
enterocolitis with autoimmune features; however, links with cognitive
function remain unclear.
To characterize further, the nature and extent of this disease we
examined the mucosal infiltrate using flow cytometry. Duodenal,
ileal, and colonic biopsies were obtained from 52 affected children,
25 histologically normal, and 54 histologically inflamed,
developmentally normal controls.
Epithelial and lamina propria lymphocyte populations were isolated
and examined by multicolor flow cytometry. Adjacent biopsies were
assessed by semiquantitative histopathology. At all sites, CD3+ and
CD3+CD8+ IEL as well as CD3+ LPL were significantly increased in
affected children compared with developmentally normal noninflamed
control groups (p
In addition, two populationsCD3+CD4+ IEL and LP CD19+ B cellswere
significantly increased in affected children compared with both
noninflamed and inflamed control groups including IBD, at all sites
examined (p
Histologically there was a prominent mucosal eosinophil infiltrate
in affected children that was significantly lower in those on a
gluten- and casein-free diet, although lymphocyte populations were
not influenced by diet.The data provide further evidence of a
pan-enteric mucosal immunopathology in children with regressive
autism that is apparently distinct from other inflammatory bowel
diseases.
Keywords: Inflammation, mucosa, T lymphocyte, B lymphocyte,
human
Article ID: 474304
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Edward Decelie
Debbie Hosseini
Richard Miles
Ron Sleith
Kay Stammers