Category: Neurodevelopmental disorders

Feeding difficulties and nutritional deficiencies are common in Rett syndrome, with studies indicating that many individuals are underweight and have inadequate caloric or nutrient intake. This makes nutrition a critical component of managing symptoms and improving the overall health of those with the condition.

According to the CDC, approximately 6 million children in the US have been diagnosed with ADHD. In the search for complementary or alternative options, many are asking: does saffron improve ADHD symptoms? Early research, particularly from a 2019 pilot study, indicates promising results, suggesting saffron may be comparable to stimulant medication for certain symptoms.

Despite the persistent myth, scientific research has repeatedly shown that sugar does not cause ADHD. The long-standing belief that *is candy good for ADHD* is not only untrue but can lead to misguided dietary choices that fail to provide essential nutrients for brain function. While sugar itself doesn't cause the condition, consistently high intake of candy and other processed sweets can negatively affect overall health and potentially exacerbate some ADHD symptoms.

According to a 2025 systematic review, ADHD is linked to an increased risk of gastrointestinal issues, suggesting a profound gut-brain connection. This discovery has led to a growing focus on how do you treat ADHD in the gut, targeting the microbiome to improve cognitive function and behavior.

According to studies, nutrient deficiencies can affect neurological health and may contribute to sensory processing challenges. For families navigating sensory sensitivities, understanding what vitamins are good for sensory processing disorder can offer a complementary path toward supporting brain function and overall well-being.

Over 90% of children with ADHD in one study were found to be deficient in magnesium, suggesting a powerful link between nutritional status and neurodevelopmental conditions. While no single deficiency directly causes the disorder, mounting evidence reveals that deficiencies in key nutrients can exacerbate symptoms of ADHD by affecting brain function and neurotransmitter production.