Studies conducted on children with autism have identified differences and disorders in the gut microbiota.

In the analysis of gut microbiota from stool samples collected from children with autism, compared to a healthy control group, the following findings were observed; 1. The gut microbiome profiles

In autism, the genetic etiology accounts for about 10% in total.

In autism, the genetic etiology is about 10%. In recent years, environmental factors have come to the forefront more. Genetic relationships are more commonly observed in syndromic conditions, meaning; autism

Inflammation and Oxidative Stress Activation in Autism

The low levels of both zinc and selenium together can be explained by the activation of inflammation and oxidative stress pathways. One reason for this situation could be an increase

The Combined Deficiency of Zinc and Selenium in Autism

Recently, in measurements of heavy metal and mineral levels in children with autism, it was determined that there was no elevation in heavy metals, and both zinc and selenium were

Is Chelation Done for Every Heavy Metal Elevation in Autism?

The following should be said about heavy metals: 1. Random chelation is not performed without measuring the levels of heavy metals and determining their quantities. The intracellular and extracellular heavy

Are heavy metals high in all people with autism?

I will talk about toxic (heavy) metals and minerals. In the pathogenesis of autism, heavy metal elevation was very prominent in the 1980s. Perhaps the deep mystery inherent in autism

I have completed numerous experimental studies on brain pathologies in autism.

I have completed numerous experimental autism animal modeling studies aimed at elucidating the main pathological changes observed in the brain in autism. From these studies, the findings obtained from the

What are the changes observed in the brain in autism?

In scientific studies, the presence of three significant pathological changes in the brains of individuals of different age groups who died with an autism diagnosis was identified through brain autopsy

MICROBIOTA GUT-BRAIN AXIS PATHWAYS There is a two-way communication and interaction between the gut microbiota and the brain. To date, scientific research has identified four different pathways that mediate this

The main pathology of autism is in the brain.

There may be differences and variations in the causes of autism, but regardless of the reasons, the main pathology of autism lies in the brain. The disorders (pathologies) that occur