It’s not clear that it would actually be published, that may not be what Krigsman does. Perhaps he doesn’t believe in real peer review. Do a PubMed search for him – 1 asthma paper. Do a PubMed search for Krigsman Autism – 0 results.

PS3.26
NO EVIDENCE OF PERSISTING MEASLES VIRUS IN PERIPHERAL BLOOD MONONUCLEAR CELLS FROM CHILDREN WITH AUTISTIC SPECTRUM DISORDER
Yasmin L D’Souza, Eric Fombonne, Brian J Ward, Division of Infectious Diseases, McGill University Health Center (MUHC)

BACKGROUND: Claims of an association between measles, mumps and rubella vaccination (MMR) and the development of autism spectrum disorder (ASD) are based primarily on the identification of measles virus (MV) nucleic acids in tissues and body fluids by PCR. These data come almost exclusively from a single group of investigators, Uhlmann and colleagues (Mol Pathol 2002; 55: 84-90).
OBJECTIVES: We sought to replicate the PCR assays used by Uhlmann et al. to determine whether or not MV nucleic acids persist in children with ASD compared with non-ASD children.
METHODS: We recruited 54 children with ASD and 34 developmentally normal controls referred to the Montreal Children’s Hospital. Peripheral blood mononuclear cells (PBMC) were isolated and up to three real-time reversetranscriptase PCR (RT-PCR) assays were performed. These assays targeted the N, F and H genes of MV using the primer pairs published by Uhlmann et al., with detection by SYBR Green I. Amplicons from positive reactions were sequenced.
RESULTS: The Uhlmann primer-based assays gave rise to a large number of positive reactions in both groups. For example, a positive signal was observed in 93% of ASD samples and 100% of the control samples using the F gene assay. Almost all of the positive reactions in the assays were eliminated by melting curve analysis and amplicon band-size on agarose gels. The amplicons for the remaining positive reactions were cloned and sequenced. No sample from either ASD or control groups was found to contain nucleic acids from any MV gene.
CONCLUSION: There is no evidence of MV persistence in the PBMC of children with ASD.

PS3.30
PERSISTENT ILEAL MEASLES VIRUS IN A
LARGE COHORT OF REGRESSIVE AUTISTIC
CHILDREN WITH ILEOCOLITIS AND
LYMPHONODULAR HYPERPLASIA:
REVISITATION OF AN EARLIER STUDY Steve
Walker, Karin Hepner, Jeffrey Segal, Arthur Krigsman,
Wake Forest University School of Medicine
Background: Autistic enterocolitis, consisting of a
nonspecific ileocolitis coupled with ileocolonic
lymphonodular hyperplasia (LNH), was first introduced
as a new, potentially virus-induced disease entity eight
years ago in a group of ASD children with developmental
regression.
Objectives: The primary objective of this study was to
examine ileal biopsy tissue in a large cohort of pediatric
patients who carry a diagnosis of regressive autism and
whose chronic gastrointestinal symptoms warranted
diagnostic endoscopic evaluation, for evidence of measles
virus RNA.
Methods: Patients who had been diagnosed with autism
and who were referred to a pediatric gastroenterologist for
evaluation of chronic GI symptoms were eligible to
participate in this IRB approved study. For each patient,
medical histories, vaccination records, histopathology
reports, and ileocolonoscopic biopsy tissue were available
for evaluation. Terminal ileum (TI) biopsy tissue was
assayed by RT-PCR for the presence of measles virus
RNA and PCR-positive samples were sequenced.
Results: Medical and clinical data have been collected for
>275 patients who fit the study inclusion criteria. PCR
analysis on TI biopsy tissue from an initial 82 patients
showed that 70 (85%) were positive for the F gene
amplicon. Fourteen have been verified by DNA sequence
and an additional 56 amplicons are being sequenced now.
Work is ongoing to assay the remaining specimens (~200)
and to identify and assay relevant control tissue samples.
Conclusions: Preliminary results from this large cohort of
pediatric autistic patients with chronic GI symptoms
confirm earlier findings of measles virus RNA in the
terminal ileum and support an association between
measles virus and ileocolitis /LNH.
Sponsors: ARI; NAA; individual donations