From Sept 2024: Dr. Richard Frye, M.D., Ph.D., on Mitochondria, Autism & the Environment

Originally released in September 2024, this conversation is being re-released as part of a selection of guest interviews from the podcast archive.

Video: https://youtu.be/_wsDkv-dkEU?si=uTaUav5v7YfZBsaO

In this episode, I speak with Dr. Richard Frye, MD, PhD, a child neurologist and autism researcher whose work examines the metabolic and physiological systems associated with neurodevelopmental disorders. Dr. Frye received his MD and PhD in Physiology and Biophysics from Georgetown University and has published extensively on autism, mitochondrial function, metabolism, and related areas of medicine.

We explore mitochondria far beyond their familiar description as the “powerhouse of the cell,” including their roles in energy production, metabolism, oxidative stress, immune function, and sensing changes in the environment. Dr. Frye explains mitochondrial dysfunction, the citric acid cycle, the electron transport chain, biomarkers of mitochondrial function, and the complex relationship among mitochondria, inflammation, and cellular health. We also discuss autism, environmental influences, light, photobiomodulation, and emerging research.

Dr, Richard Frye https://drfryemdphd.com

Rossingnol Medical Center Facebook https://www.facebook.com/RossignolMedicalCenter

Neurobiology of Disease 2024 paper https://www.sciencedirect.com/science/article/pii/S0969996124001190?via%3Dihub

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0:00 Dr. Richard Frye

6:13 Intro into mitochondria & energy production, various disease & dysfunction

11:16 Mitochondrial DNA, sensitivity, and the roles with epigenetics

16:16 Biomarkers of mitochondrial dysfunction, delicate delivery (space and time) into the electron transport chain

20:58 Cytochrome C Oxidase (complex IV); Carnitine, Fat, and Creatine

26:57 Molecules connected to aging & cellular respiration, environemental signals implicating mitochondria

30:26 Terrible Trio: oxidative stress, mitochondria dysfunction, immune/inflammation, DAMPS & inflammation

34:29 Environmental risks for the Embryo, overreactivity of mitochondria (200%) and physiological insults and regression

42:50 Tryptophan (aromatic amino acid), NAD, and Gastrointestinal biosynthesis

45:52 Light as an environmental change factoring into the Autistic Phenotype, Infant Tree and Adult Tree examples; Vitamin D (skin & brain are connected through Neuroectoderm)

54:54 Future Research