Bienvenido a la nueva era en salud, la era de la comunicación con los alimentos!
A Food Gene Revolution Cooking Experience
From fundamentals to application, Genomics in Practice is a clinician-focused course that teaches you how to interpret genomic data and apply it with confidence in clinical practice. Through modular, case and practice-based learning, you’ll build a working knowledge of genomics, nutritional biochemistry and nutrition science that translates DNA insights into personalized nutrition and lifestyle strategies.
Build your genomic literacy and clinical confidence. This track covers the essentials of DNA, SNPs, and key terminology—nutrigenetics, nutrigenomics, and epigenetics—while introducing how common gene variants influence nutrient absorption, metabolism, and action. Walk away with a solid framework for interpreting genetic data and applying it to personalized nutrition strategies. Two Modules: Navigating DNA Basics for Personalized Care Personalized Nutrition: Applying Genomic Science and DNA Insights into Clinical Practice
Delve into the genetics behind appetite regulation, satiety signals, body composition, and exercise response. Gain clinical tools to translate these insights into personalized nutrition, lifestyle, and movement strategies for sustainable weight and performance outcomes.
Learn how gene variants influence detoxification, oxidative stress, and hormone metabolism and mitochondrial function. Gain practical strategies to strengthen the body’s core defense systems and support resilient cellular function.
Examine gene variants that influence methylation, inflammation, and gut–immune regulation. Learn to apply these insights to guide targeted nutrition and lifestyle strategies that support immune resilience and systemic balance.
Explore gene variants that impact dopamine, serotonin, and glutamate-GABA balance. Learn to decode patterns influencing mood, anxiety, impulsivity, attention, and memory—and apply targeted strategies across the lifespan
Uncover how gene variants impact glucose regulation, insulin signaling, and lipid metabolism. Learn to spot metabolic inefficiencies and apply targeted, food-first strategies to support energy balance and cardiometabolic health.
Explore how gene variants affect nitric oxide production, vessel tone, RAAS signaling, and clotting risk. Learn to interpret these pathways and apply personalized strategies to support circulation, blood pressure, and vascular resilience.
Complete your journey with Amanda’s most powerful gene insights—those SNPs and patterns that consistently show up in clinical practice. Deepen your interpretive skills through case examples that reveal how connecting gene function, biochemistry, and physiology can unlock powerful, personalized solutions.
Welcome to the new food conversation and a whole new era in health.
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