Tag: Neurodevelopmental disorders

According to a March 2025 meta-analysis, there is currently no significant evidence that probiotics improve core ADHD symptoms like inattention or hyperactivity in children and adolescents when used as a standalone treatment. This finding prompts a closer look at the complex, still-emerging relationship between gut health and ADHD.

According to preclinical studies on animal models, supplementation with recombinant Reelin protein has been shown to enhance cognitive abilities and improve memory formation. This has sparked interest in the potential benefits of a Reelin protein supplement, but it is important to understand this compound remains a research-only agent and is not available for consumer use.

According to the World Health Organization, iron deficiency affects over 2 billion people globally, making it the most prevalent nutritional disorder. This pervasive condition, especially during critical periods of growth, raises a crucial question: does iron deficiency cause mental retardation and lasting neurodevelopmental consequences?

While ADHD is a neurodevelopmental disorder affecting millions, increasing anecdotal reports and some preliminary studies suggest a potential link between gluten intake and the severity of symptoms. The question, "can eliminating gluten help ADHD," has become a major point of discussion, especially as research explores the gut-brain axis and underlying inflammation.

Research suggests that ADHD is the most prevalent neurodevelopmental disorder worldwide. This has led to a growing interest in alternative therapies, particularly the role of the gut microbiome, raising the question: can probiotics help ADHD symptoms?

According to a 2023 meta-analysis, the estimated prevalence of Avoidant/Restrictive Food Intake Disorder (ARFID) is around 4.5% even with more conservative estimates, highlighting a significant and growing concern. The perceived rise in ARFID diagnoses can be attributed to a complex interplay of factors, including increased medical awareness, evolving diagnostic criteria, and a better understanding of its roots in sensory sensitivities and anxiety.

According to the Centers for Disease Control and Prevention, adequate folic acid intake is vital for preventing certain birth defects. Research suggests a complex link between folate and autism, involving maternal diet, genetic factors, and metabolic processes.

Despite popular belief, multiple scientific reviews have debunked the idea that sugar directly causes hyperactivity in children, with or without ADHD. The connection is far more complex, involving blood sugar fluctuations, brain chemistry, and a reward-seeking drive that can make it seem like sugar gives ADHD energy.

According to several meta-analyses, children with ADHD tend to have lower serum vitamin D levels compared to their neurotypical peers. But beyond this documented correlation, **does vitamin D help with ADHD** symptom management, or is this relationship simply coincidental?

Research into the gut-brain axis has shown that the gut microbiome influences brain function, impacting focus, impulsivity, and mood. This growing body of evidence has led many to question what probiotic is best for ADHD to potentially support and improve symptoms.