Your Cart is Empty
Consumption of a Western-style diet during pregnancy, characterized by high intake of fat, sugar, and processed foods along with low nutrient density, has been associated with elevated risks of ADHD and autism in children.
According to new research, adherence to the unhealthy characteristics of a typical Western diet during pregnancy is associated with elevated risks of neurodevelopmental disorders in offspring. Even modest deviations toward this pattern were linked to a 66% increased risk of ADHD and a 122% increased risk of autism.
The large-scale study analyzed dietary patterns, blood samples, and ADHD diagnoses from over 60,000 mother-child pairs, with nearly 600 children clinically assessed for neurodevelopmental disorders at age 10. Metabolomic analysis of blood samples revealed key biological links between maternal diet and increased risk of ADHD and autism.
Researchers identified 43 metabolites in maternal blood linked to a Western diet that help explain the connection to neurodevelopmental disorders. The first and second trimesters were identified as critical periods, when poor diet showed the strongest association with future ADHD and autism diagnoses.
Pregnancy dramatically raises nutritional demands, and this research clearly demonstrates how crucial a mother’s diet is for her child’s brain development. These insights help identify key nutrients and dietary changes that can reduce the risk of neurodevelopmental disorders, supporting more effective guidelines for healthier pregnancies and better outcomes for children.
To view the original scientific study click below:
A western dietary pattern during pregnancy is associated with neurodevelopmental disorders in childhood and adolescence
Choosing products made with avocado oil doesn’t necessarily mean you’re getting pure avocado oil. A new study found that nearly 9 in 10 processed foods labeled as containing avocado oil also contained cheaper oils, even though those oils weren’t listed on the ingredient label.
Valine is an essential amino acid the body relies on to make proteins and support normal growth and tissue repair. Unlike some other amino acids, it cannot be produced naturally by the body, so it has to be consumed through food. A new study found that restricting dietary valine extended bothmedian and maximum longevityin male mice while improving overall healthspan in both male and female mice.
