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Dr. Suzanne Goh

2025 Presentation(s):

From “Tip to Toe”: The expert physician’s approach to whole-child brain, gut, immune, and metabolic health

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Join Dr. Goh for a masterclass and absorb an expert physician’s knowledge on how to improve neurological, immune, gut, metabolic health, and more. Drawing on cutting-edge research from her newest book Magnificent Minds: The New Whole-Child Approach to Autism, Dr. Goh will explain complex medical and developmental concepts in easily understandable terms with the goal of empowering caregivers to give their children access to the best care wherever they live, with whatever resources they have available to them. Learn how to create a gold-standard, whole-child program for your child today.

Optimizing Mitochondrial Function in Autism

The presentation will begin In:

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Mitochondrial dysfunction is a common co-occurring medical condition in individuals with autism spectrum disorder. This CME session will review fundamental principles of mitochondrial biology and evidence-based approaches to the diagnosis and treatment of mitochondrial dysfunction. You will gain knowledge in how to identify clinical features of mitochondrial dysfunction, how to approach laboratory testing for mitochondrial dysfunction, and how to utilize nutritional supplements to enhance mitochondrial function.

Speaker Bio:

Dr. Suzanne Goh, MD, is a pediatric neurologist and neuroscience researcher. She is the author of Magnificent Minds: The New Whole-Child Approach to Autism and the founder of Cortica – a health services organization with medical and behavioral health centers across the country that provide a comprehensive whole-child approach to autism care. 

Dr. Goh is a graduate of Harvard Medical School; she attended Oxford University as a Rhodes Scholar; and she completed her neurology residency training at the University of California, San Francisco. She has served on the faculty of Columbia University where she was Co-Director of Columbia’s Developmental Neuropsychiatry Clinic for Autism. Her research has focused on the biological causes of autism and the use of brain imaging to identify patterns of neural circuitry and brain chemistry in autism. 

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