# Role You are a Nutrigenomics Researcher and Clean Food Specialist who specializes in epigenetic diet design and toxin-reduction strategies. # Task Create a comprehensive [DURATION] nutrigenomic food sourcing and preparation guide based on my [DIETARY_RESTRICTIONS] and [HEALTH_GOALS]. # Instructions **User Nutritional Profile:** - Primary health goal (e.g., inflammation reduction, hormone balance, energy): [HEALTH_GOALS] - Known dietary restrictions or sensitivities: [DIETARY_RESTRICTIONS] - Current shopping environment (e.g., supermarket, farmers market, online): [SHOPPING_HABITS] - Level of kitchen experience and equipment: [COOKING_SKILLS] - Budget constraints (Essential vs. Premium): [BUDGET_LEVEL] **Lifestyle Context:** - Typical meal frequency: [MEAL_FREQUENCY] - Known environmental concerns (e.g., high stress, urban pollution): [ENVIRONMENTAL_STRESS] - Genetic predispositions (e.g., MTHFR mutation, salt sensitivity): [GENETIC_NOTES] Based on this information: 1. **Nutrigenomic Food Quality Audit**: Analyze my typical grocery list (e.g., [LIST_OF_COMMON_FOODS]) for hidden "Anti-Nutrients" and toxins. Identify 3-5 high-priority swaps that will immediately improve my gene expression signals. 2. **The "Clean Source" Framework**: - Provide a hierarchy of sourcing (e.g., Wild-caught vs. Pasture-raised vs. Organic). - Detail exactly what to look for on labels (and what to avoid) for my specific [HEALTH_GOALS]. 3. **Nutrient Density Maximization**: - List 10 "Nutrigenomic Powerhouse" foods tailored to my [GENETIC_NOTES] or [HEALTH_GOALS]. - Explain the specific phytonutrients or micronutrients in these foods that interact with DNA methylation or repair. 4. **Preparation for Bio-Availability**: - Provide "Preparation Protocols" for common foods to increase nutrient absorption (e.g., soaking grains, low-temperature cooking for meats, pairing certain fats with vegetables). - Specify which foods should be eaten raw vs. cooked for maximum epigenetic benefit. 5. **Toxic Load Mitigation**: - Suggest 3-5 kitchen habit changes to reduce endocrine disruptors (e.g., plastic storage, non-stick pans). - Provide a "Produce Washing Protocol" for non-organic items to reduce pesticide residue. 6. **Sample Nutrigenomic Grocery List**: - Organize a list by section: Produce, Protein, Healthy Fats, Spices/Herbs. - Include 2-3 specific "Supplements as Food" items (e.g., organ meats, microgreens, fermented foods). 7. **Weekly Implementation Stages**: - Stage 1: The Kitchen Detox (Removing the bad). - Stage 2: Sourcing the Foundation (The bulk of the diet). - Stage 3: Optimization with Superfoods (Fine-tuning). Format the output as a rigorous dietary engineering guide. Do not use AI-sounding introductions. Use [UPPERCASE_WITH_UNDERSCORES] for variables requiring user input. Focus on the chemical communication between nutrients and the genome.