Autistic Kids: It's A Nutrigenomic Issue!

Cute kid. Unfortunately, the stereotypical breakfast
of milk and cereal is one of the top triggers
of autism and the associated not-quite-so-cute behavior.
A breakfast overflowing with opioids found in milk and wheat gluten
- whole grain or not, besides the point here.

When kids suffer from behavioral disorders, looking into food allergies and nutrient therapy is crucial. Genetic traits and brain chemistry imbalances are hereditary and gradually worsened through generations; so if you haven't taken care of yourself by matching your lifestyle to your unique metabolic type, you can be sure to see a worsening of your vulnerabilities showing in your kids.

Autism have become one of the most widespread issues amongst kids these days; however, it is very easily treated if you understand how autistic symptoms relate to brain chemistry and triggered by opioids found in common food products.

So what characterizes the brain of a kid suffering with autism?
Autistic children generally have high levels of serotonin in their blood platelets, but LOW level of “free” serotonin. This may mean high serotonin in blood cells, but low serotonin in brain!

Research also comments on the fact that autistic children have high beta-endorphin levels. The literature does not reference baseline beta-endorphin but talks about an exaggerated stress response. Measuring beta-endorphin evokes stress, so the high levels they see may be a function of the exaggerated stress reaction. Stress evokes BE, and generally serotonin modulates the spike. If the serotonin system is impaired, there could be nothing to tone the beta-endorphin spike down so there would be a constant spiking and crashing.

BE is designed to kill pain, it creates “numb”. This can be life saving in a crisis, but it does not do well for bonding. Researchers used a drug called Naltrexone that sits in beta-endorphin receptor sites and does not allow the heightened BE reaction to charge the system; thus the kids treated had fewer autistic symptoms. However, this method does nothing but treat the symptoms temporarily (you can't be on these drugs forever - as with anything, there are side effects that only worsen over time causing a multitude of other health problems); it does not target the underlying issue.

Sugar, wheat gluten and dairy contain opioid peptides and raise BE levels more. So we know there is a direct link between the biochemistry imbalances that are associated with autism and that which are dietary related!

What to do now? 

Well, if your kid suffers with autism, even if you don't have the financial means to have a brain chemistry and metabolic typing done (contact for more info), you will want to try this out for 28 days (my experience is that in 90% of cases this solves the issue): move your kids to a food plan that has no wheat, no hard-core dairy (whey protein powder is ok because it does not have casein), and no sugar.

Anderson, G. M., D. X. Freedman, et al. (1987). Whole blood serotonin in autistic and normal subjects. J Child Psychol Psychiatry 28(6): 885-900.

Anderson, G. M., A. W. Zimmerman, et al. (2004). Autism clinical trials: biological and medical issues in patient selection and treatment response. CNS Spectr 9(1): 57-64.

Blum, I. , Y. Vered, et al. (1992). The influence of meal composition on plasma serotonin and norepinephrine concentrations. Metabolism 41(2): 137-40.

Buitelaar, J. K. (2003). Why have drug treatments been so disappointing? Novartis Found Symp 251: 235-44; discussion 245-9, 281-97.

Bursztejn, C., P. Ferrari, et al. (1988). Metabolism of serotonin in autism in children]. Encephale 14(6): 413-9.

Cazzullo, A. G., M. C. Musetti, et al. (1999). Beta-endorphin levels in peripheral blood mononuclear cells and long-term naltrexone treatment in autistic children. Eur Neuropsychopharmacol 9(4): 361-6.