The Autism Microbiome: Making the Gut‑Brain Connection with GI‑MAP
Join Greer McGuinness, MS, RD, CDN, CLT, as she discusses the autism microbiome and how practitioners can use advanced stool testing to target treatment.
In an age where environmental and dietary factors are more influential than ever, it's crucial to examine the ways in which toxins are affecting the development and health of children's brains, as well as to explore viable strategies for healing and detoxification through functional medicine.
In this presentation, Greer delves into the intricate relationship between dietary habits and microbiome alterations, their effects on children's health and brain development, and the emerging data observed in the autism microbiome.
Presented by Presented by Greer McGuinness, MS, RD, CDN, CLT
Greer McGuinness, MS, RD, CDN, CLT, holds a Master of Science in Nutrition and Dietetics and is a Registered Dietitian, Certified Detox Specialist, Certified Master Herbalist, Certified Lyme Specialist, and Certified Mental Health Specialist. Greer is a member of the Clinical Team at Diagnostic Solutions Laboratory and is passionate about teaching practitioners how to use functional medicine testing to optimize outcomes for their patients.
Greer has made significant contributions to the field of pediatric health. Her expertise lies in detoxifying toxins, enhancing gut health, and optimizing nutrient status. As a published researcher, she has focused on autism spectrum disorder (ASD) and alternative medicine, showcasing her commitment to exploring innovative approaches to healthcare.
Greer is the proud owner of Biomedical Healing for Kids, a virtual private practice in New York.
Results You Can Rely On
Research indicates that gut health impacts every area of human health.
Optimal health – it all starts with the GI-MAP ™ – Comprehensive DNA Stool Analysis via qPCR.
Metabolomic Status
OMX is an advanced organic acids and amino acids profile.
Research-based insight to optimize patient health. Available in urine & plasma, or urine only profiles.