Functional Methylation-Combining Genetics Interpretation and Functional Medicine Into Every Practice

This course bridges the gap between genetic science and functional medicine practice, equipping chiropractors with the knowledge to interpret methylation-related genetic markers and apply evidence-based interventions in clinical settings. Methylation is a critical biochemical process that affects gene expression, detoxification, neurotransmitter synthesis, and immune function—making it essential for comprehensive patient care. Participants will learn to identify genetic variations that impact methylation capacity, understand how environmental and nutritional factors influence these pathways, and implement targeted strategies to support optimal methylation function. This integrated approach enables practitioners to move beyond symptomatic treatment toward root-cause management, enhancing the therapeutic value of chiropractic care and expanding practice potential.

• -Understand the fundamentals of methylation pathways and their role in genetic expression and cellular health
• -Interpret common genetic variations (SNPs) related to methylation and their clinical significance
• -Integrate functional medicine principles with genetic data to create personalized patient assessment protocols
• -Identify nutritional and lifestyle interventions that support optimal methylation function
• -Apply methylation-focused strategies to improve patient outcomes across common health conditions
• -Develop a practical system for incorporating genetic interpretation into chiropractic practice
• -Communicate genetic and methylation concepts effectively to patients for improved compliance