11/21/2025
Autism & Nutrients
Autism is a complex biochemical pattern involving detoxification, neurotransmitter synthesis, redox balance, mitochondrial efficiency, inflammation control, and nutrient transport. When these systems fall behind, the brain becomes overwhelmed, the gut becomes reactive, and behavior reflects the child’s underlying biochemistry.
Most children diagnosed with autism share a predictable set of genetic variants that change how they use nutrients, respond to stress, clear toxins, and regulate their nervous system. These variants do not “cause” autism, but they create higher nutritional demands that the body cannot meet on its own. When these pathways are understood and supported, the child’s development, communication, and sensory tolerance often improve.
I analyze genes like GULOP, SLC23A1, MTHFR, MAOA, PEMT, SLC6A4, and NDUFS7 because they impact core biological functions: serotonin regulation, methylation, vitamin C transport, mitochondrial ATP production, oxidative stress control, bile flow, and detoxification. These are the same systems that influence speech, sensory processing, gut health, emotional balance, inflammation, immune function, and neurological development.
This is why some children experience sensory overload, chronic inflammation, gut issues, anxiety, fatigue, and difficulty with emotional regulation. Their genes are not dysfunctional. They simply require more targeted nutrients to operate normally. Vitamin C, niacin, magnesium, choline, B vitamins, phospholipids, amino acids, and mitochondrial support nutrients can make a profound difference when matched to the underlying genetic pattern.
This approach is not guessing. It is not symptom-based. It is precision nutrition. When you understand how a child’s genes shape their biochemistry, you can support the exact pathways that need help and reduce the load on the systems that are struggling.
Autism is not a lack of potential. It is often a lack of biochemical support. And once you understand the genetic patterns, everything changes.
Health Co.
Via