Methylation Pathway | Page 2 of 2 | Second Opinion Physician

Category: Methylation Pathway

The methylation pathway controls how your body makes and breaks down neurotransmitters, detoxifies, and repairs DNA. Imbalances in the methylation pathway can lead to depression, anxiety, OCD, autism traits, and cognitive changes. Here we explore SAM/SAH balance, folate and B12, homocysteine, creatine demand, and pH-related issues that guide targeted nutrient therapy.

SAH, Methylation, and Mood: A Functional Medicine Perspective

SAH, Methylation, and Mood: A Functional Medicine Perspective” Managing Elevated SAH: Effects and Interventions Mood [...]

Evaluating Methylation Pathway to Treat Depression

Evaluating Methylation Status: MTHFR vs Methylation Pathway Testing in Depression Testing for Depression”: Whole Blood [...]

Addressing Elevated SAH-S-Adenosylhomocysteine, in Undermethylation

Improving Mental Health; When Undermethylation is Exacerbated by Elevated Levels of SAH SAM/SAH Ratio in [...]

The Crucial Role of Methylation, Folate and Niacin in Depression Treatment – Summarized

High Intensity Health Interviews Dr William Walsh PhD 2018 Methylation, Folate, and Niacin in Mental [...]

Depression and the Methylation Pathway

Methylation and Depression What is Methylation? Methylation is not one specific reaction that occurs in [...]

How Folic Acid Worsen Depression in Undermethylators

Why Taking Folic Acid for Depression Worsens Symptoms, Even with MTHFR Genetic Mutations Why Genetic [...]

Benzodiazepine Withdrawal

Dr. Ashton, DR, FRCP, is an Emeritus Professor of Clinical Psycho-pharmacology at the University of [...]

Dr Mercola interviews Dr Walsh on role of epigenetics, methylation and folates in mental health.

The Importance of Methylation and Folates in Mental Health In his interview with Dr Mercola, [...]

The Epigenetic Theory of Autism

  The following was taken from an intereview with Dr Walsh by Dan E Burns [...]

Walsh Slide Presentation on Epigenetics

This Dr Bill Walsh Video presenting his research on Epigenetics and Methylation  

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