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Autism Studies and Related Medical Conditions, January 2009 - TACA

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would be effective in alleviating chronic GI dysfunction in these individuals. In<br />

this pilot study, twelve male subjects diagnosed with AD were evaluated using a<br />

GI severity index (GSI) while receiving daily dosing with encapsulated human<br />

immunoglobulin. Following eight weeks of treatment, 50% of the subjects met<br />

prespecified criteria for response in GI signs <strong>and</strong> symptoms <strong>and</strong> showed<br />

significant behavioral improvement as assessed by the <strong>Autism</strong> Behavior Checklist<br />

<strong>and</strong> parent <strong>and</strong> physician rated Clinical Global Impression of Improvement.<br />

Shenoy, S., S. Arnold, et al. (2000). "Response to steroid therapy in autism secondary<br />

to autoimmune lymphoproliferative syndrome." J Pediatr 136(5): 682-7.<br />

We report a child who developed autoimmune lymphoproliferative syndrome<br />

(ALPS) secondary to a heterozygous dominant negative mutation in the death<br />

domain of the Fas receptor. Previously developmentally normal, he had<br />

symptoms of autism with rapid regression in developmental milestones<br />

coincident with the onset of lymphoproliferation <strong>and</strong> autoimmune hemolytic<br />

anemia. Low-dose steroid therapy induced early <strong>and</strong> complete remission in the<br />

ALPS phenotype. There was subjective improvement, followed by objective<br />

improvement in speech <strong>and</strong> developmental milestones. We propose that autism<br />

may be part of the autoimmune disease spectrum of ALPS in this child, <strong>and</strong> this<br />

case represents a novel manifestation <strong>and</strong> target organ involvement in this<br />

disease.<br />

Singh, V. K., H. H. Fudenberg, et al. (1988). "Immunodiagnosis <strong>and</strong> immunotherapy in<br />

autistic children." Ann N Y Acad Sci 540: 602-4.<br />

Stefanatos, G. A., W. Grover, et al. (1995). "Case study: corticosteroid treatment of<br />

language regression in pervasive developmental disorder." J Am Acad Child Adolesc<br />

Psychiatry 34(8): 1107-11.<br />

The authors describe a child whose language <strong>and</strong> behavior regressed at 22<br />

months <strong>and</strong> in whom pervasive developmental disorder was later diagnosed. At 6<br />

years, he displayed a profound receptive-expressive aphasia accompanied by<br />

behavioral disturbances characterized by hyperactivity, impaired social<br />

interactions, tantrums, gestural stereotypies, <strong>and</strong> echolalia. A single-photon<br />

emission computed tomography scan <strong>and</strong> steady-state auditory evoked<br />

potentials suggested bitemporal <strong>and</strong> left frontal pathophysiology. The overall<br />

profile resembled L<strong>and</strong>au-Kleffner syndrome, but no electroencephalographic<br />

disturbance was evident. Corticosteroid treatment resulted in amelioration of<br />

language abilities <strong>and</strong> behavior. These findings suggest that the factors<br />

underlying language regression in pervasive developmental disorder can, in<br />

special circumstances, be amenable to pharmacological treatment.<br />

Stubbs, E. G., S. S. Budden, et al. (1980). "Transfer factor immunotherapy of an autistic<br />

child with congenital cytomegalovirus." J <strong>Autism</strong> Dev Disord 10(4): 451-8.<br />

<strong>Autism</strong> <strong>Studies</strong> & <strong>Related</strong> <strong>Medical</strong> <strong>Conditions</strong> – <strong>TACA</strong> © Page 68

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