The New Neurobiology of Autism and Chiropractic

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Autism and Chiropractic

The New Neurobiology of Autism

Dr.-Anthony-EbelSo much research and information coming out all the time now that supports EXACTLY what we discuss in DETAIL during the ‪#‎PerfectStorm‬ workshop! Best part is thanks to our philosophy and science, we as Chiropractors have a better ability to “connect” it all together than really any other form of health care professional. Which is also EXACTLY why we need to be at the FRONT of the line when it comes to taking care of these kids, instead of the back of the line (“last resort”).

Amazing quote from the summary of this article really says it all:

[quote_center]”Autism is a polygenetic developmental neurobiologic disorder with multiorgan system involvement, though it predominantly involves central nervous system dysfunction. The evidence supports autism as a disorder of the association cortex, both its neurons and their projections.”[/quote_center]

It is absolutely 100% a Central Nervous System dysfunction first, and without a doubt birth injury related subluxation is likely the #1 contributor to that dysfunction! If that’s not dealt with, the child cannot fully heal and restore function.

autism-beppe-micallef-trigona-malta

The New Neurobiology of Autism

Abstract: This review covers a fraction of the new research developments in autism but establishes the basic elements of the new neurobiologic understanding of autism. Autism is a polygenetic developmental neurobiologic disorder with multiorgan system involvement, though it predominantly involves central nervous system dysfunction. The evidence supports autism as a disorder of the association cortex, both its neurons and their projections. In particular, it is a disorder of connectivity, which appears, from current evidence, to primarily involve intrahemispheric connectivity. The focus of connectivity studies thus far has been on white matter, but alterations in functional magnetic resonance imaging activation suggest that intracortical connectivity is also likely to be disturbed. Furthermore, the disorder has a broad impact on cognitive and neurologic functioning. Deficits in high-functioning individuals occur in processing that places high demands on integration of information and coordination of multiple neural systems. Intact or enhanced abilities share a dependence on low information-processing demands and local neural connections. This multidomain model with shared characteristics predicts an underlying pathophysiologic mechanism that impacts the brain broadly, according to a common neurobiologic principle. The multiorgan system involvement and diversity of central nervous system findings suggest an epigenetic mechanism.
Read more from JAMA

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