Figure 3: The complex processes by which glyphosate damages the infant brain, leading to impaired neurodevelopment and autism spectrum disorder. PIN1 plays a central role in the pathology. Glyphosate plausibly induces severe depletion in glutathione levels in the brain via its induction of oxidative stress and its disruption of melatonin synthesis in the brain. Increased ROS and elevated expression of DAPK1 both contribute to the loss of PIN1 activity. These three features - low glutathione, oxidative stress, and reduced PIN1 activity – disrupt brain development, resulting in the characteristic morphological and behavioral features of autism.
We end our review with a note of caution about mRNA vaccinations in general, but especially for children, and for autistic children most directly. We have called attention to the established pathways whereby the mRNA and associated LNPs can migrate to the brain and induce neuroinflammation, creating many of those same pathological imbalances we previously showed to be associated with autism.
Given the ominous rise in the incidence of autism now happening around the globe, we believe it is imperative that distribution and use of glyphosate, and administration of COVID-19 mRNA-LNP vaccinations to pregnant women and infants be halted immediately, while the mechanisms behind their potential connection to autism – and possibly a wide range of other diseases – can be definitively ruled out through additional detailed research.