The Metabolic SNP Map
A Practical Course in Metabolic Genomics for Health Practitioners
Move beyond a list of gene variants. Learn to see the pathways—and put them into context.
When clients struggle with weight management, blood sugar regulation, or metabolic health, genetic reports can raise more questions than they answer. What matters? What needs further investigation? And how do you explain it without overwhelming your client?
The Metabolic SNP Map gives you a structured framework for exploring these questions. Led by Buddy Black, FDNP, BCHNP, this three-module course connects common SNPs—single-letter variations in DNA—to the biological pathways practitioners encounter in metabolic-health conversations.
What You’ll Learn
- Explore pathways involved in blood sugar regulation, methylation, stress chemistry, inflammation, bile and fat metabolism, circulation, and histamine processing.
- Understand the roles of commonly discussed genes, including MTHFR, COMT, PEMT, TCF7L2, FTO, and FADS.
- Consider genetic findings alongside client history, lifestyle, symptoms, and appropriate laboratory assessment.
- Communicate genetic tendencies clearly—without presenting them as diagnoses or inevitable outcomes.
- Recognize the limitations of SNP interpretation and when further evaluation or referral is appropriate.
Your Enrollment Includes
- The full recorded, three-module course
- Practitioner workbook
- SNP pathway cheat sheets
- One live Q&A session
Who This Course Is For
Nutritionists, health coaches, functional-health practitioners, and other professionals seeking a clearer foundation in metabolic genomics. No advanced genetics background is required. Apply what you learn within your training and professional scope.
Early Adopter Enrollment: $337
One payment. No recurring subscription. Any applicable taxes are shown at checkout.
Genes are one part of the picture—not the whole explanation. Learn to ask better questions, connect relevant pathways, and make genetic information easier to understand.
For professional education only. This course does not qualify participants to diagnose or treat disease, and genetic information does not replace clinical evaluation or individualized medical care.