Learn Nutrigenomics: Beyond Calories & Macros, Mastering the Genetic CodeYour Clients Are Asking For

Decode DNA. Design Diets. Deliver Precision. From Genetic Variants to Actionable Meal Plans – The Future of Nutrition is Here.

Course Live All Levels Dr. Omics Featured
Language English
Level All Levels
Updated May 2026

Course Description

This advanced, evidence-based course empowers nutrition professionals to move beyond generic calorie counting and macro ratios. You will learn how genetic variations (SNPs) influence carbohydrate sensitivity, lipid metabolism, vitamin absorption, detoxification pathways, and eating behaviors. Using real-world case studies and AI-powered genotype analysis tools, you’ll translate raw genetic data into personalized dietary interventions. The curriculum bridges molecular biology with clinical application, covering nutrigenetic testing, ethical considerations, and how to communicate results to clients without creating anxiety. By the end, you will confidently integrate DNA-driven strategies into coaching, boost client compliance, and position yourself as a leader in precision wellness. No prior genetics degree required—just curiosity and a commitment to evidence-based practice.

What You'll Learn

How to read and interpret common nutrition-related genetic variants (FTO, MTHFR, APOA5, etc.)

The difference between nutrigenetics (fixed DNA) and nutrigenomics (gene expression)

Which dietary patterns match low-carb, low-fat, or Mediterranean genotypes

How to adjust caffeine, alcohol, and sodium recommendations based on CYP1A2 and ACE genes

Using AI platforms to convert raw 23andMe/AncestryDNA data into clinical reports

Ethical frameworks for discussing genetic predispositions without causing fear or deterministic thinking

Building a client-facing nutrigenomics workflow: testing → analysis → coaching → follow-up

Curriculum

  • MODULE: 1
    Lesson
  • INTRODUCTION TO NUTRIGENOMICS
    Lesson

  • MODULE: 1 INTRODUCTION TO NUTRIGENOMICS
    Lesson
  • MODULE : 2 GENETICS REFRESHER TO NUTRIGENETICS
    Lesson
  • MODULE : 3 EPIGENETICS & DIET
    Lesson
  • MODULE : 4 GENE DIET INTERACTION MECHANISMS
    Lesson
  • MODULE : 5 KEY SNP EVERY NUTRITIONIST MUST KNOW
    Lesson
  • MODULE : 6 NUTRIGENOMICS OF OBESITY &WEIGHT MANAGEMENT
    Lesson
  • MODULE : 7 NUTRIGENOMICS OF CARDIOVASCULAR DISEASE
    Lesson
  • MODULE : 8 NUTRIGENOMICS OF DIABETES & METABOLIC SYNDROME
    Lesson
  • MODULE : 9 NUTRIGENOMICS OF INFLAMMATION &IMMUNITY
    Lesson
  • MODULE : 10 HORMONES,BONE HEALTH & WOMEN HEALTH
    Lesson

  • MODULE: 1 INTRODUCTION TO NUTRIGENOMICS
    Lesson
  • MODULE : 2 GENETICS REFRESHER TO NUTRIGENETICS
    Lesson
  • MODULE : 3 EPIGENETICS & DIET
    Lesson
  • MODULE : 4 GENE DIET INTERACTION MECHANISMS
    Lesson
  • MODULE : 5 KEY SNP EVERY NUTRITIONIST MUST KNOW
    Lesson
  • MODULE : 6 NUTRIGENOMICS OF OBESITY &WEIGHT MANAGEMENT
    Lesson
  • MODULE : 7 NUTRIGENOMICS OF CARDIOVASCULAR DISEASE
    Lesson
  • MODULE : 8 NUTRIGENOMICS OF DIABETES & METABOLIC SYNDROME
    Lesson
  • MODULE : 9 NUTRIGENOMICS OF INFLAMMATION &IMMUNITY
    Lesson
  • MODULE : 10 HORMONES,BONE HEALTH & WOMEN HEALTH
    Lesson
  • MODULE : 11CASE STUDIES
    Lesson
  • MODULE : 12 FUNCTIONAL FOODS,NUTRACEUTICALS &
    Lesson
  • PHARMACOGENOMICS
    Lesson
  • MODULE : 13 HOW TO READ & INTERPRET GENETIC REPORTS
    Lesson
  • MODULE : 14 PERSONALIZED NUTRITION PLAN DESIGN
    Lesson
  • MODULE : 15FINAL INTEGRATION , CASE STUDIES & ASSESSMENT
    Lesson
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