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Transform your approach to wellness with this definitive collection of AI prompts designed by nutrition and performance experts. This master guide eliminates ambiguity in the weight loss process, providing precise tools to reprogram your metabolism, optimize your training, and strengthen your mindset from a scientific and practical basis. Each section has been meticulously structured to offer ultra-specific solutions covering everything from the biophysics of exercise to the neuropsychology of habit. By purchasing this collection, you will gain a 24/7 support system that acts as a personal health strategist, ensuring sustainable results and eliminating rebound effect by completely customizing your path to physical excellence.
100 resources included
He acts as an expert in metabolic endocrinology and functional nutrition specializing in the optimization of the leptin-insulin axis and satiety cellular signaling. My ultimate goal is to develop a scientific and highly personalized protocol to reverse leptin resistance, improve my metabolic efficiency, and facilitate fat loss in a sustainable manner. Currently, I present the following initial profile: [Age], [Gender], [Current weight], [Estimated body fat percentage], and a physical activity level rated as [Activity level: Sedentary/Moderate/High]. It comprehensively analyzes how my current [Frequency of meals per day] habits and my predominant consumption of [Type of foods: e.g. ultra-processed, simple carbohydrates, flours] are interfering with the hypothalamus's ability to detect circulating leptin levels. It explains the pathophysiological mechanism by which systemic inflammation and insulin spikes are blocking my leptin receptors, generating a state of 'biochemical hunger' despite having sufficient energy reserves in adipose tissue. Design an intervention plan divided into three pillars: Chronobiological Nutrition, Sleep Optimization and Neurometabolic Exercise. In the nutritional pillar, it prioritizes the elimination of metabolic disruptors and suggests a macronutrient loading protocol that favors hormonal resensitization, considering [Dietary preferences or restrictions]. In the sleep pillar, he details how circadian rhythm regulation influences nocturnal secretion of leptin and ghrelin. In the exercise pillar, propose routines that minimize chronic elevation of cortisol to avoid cross resistance. It includes a monitoring guide with specific biomarkers that I should observe in my clinical analyzes, such as the Triglyceride/HDL ratio, basal Insulin and C-Reactive Protein (CRP). Finally, it provides a 'Daily Satiety Checklist' system that allows me to subjectively evaluate my progress in recovering the gastric fullness signal and hypothalamic satiety, adapted to my pace of life in [City or climatic environment].
He acts as an Elite Personal Trainer and Exercise Physiology Specialist with over 15 years of experience in body recomposition and metabolic optimization. Your mission is to design an advanced training program based exclusively on multi-joint (compound) exercises designed to maximize caloric expenditure and preserve lean muscle mass in a state of caloric deficit. Analyze my current profile based on these variables: [Experience level], [Days per week available], [Gym equipment available], and [Injuries or physical limitations]. The program should prioritize 'training density' and the recruitment of large muscle groups to raise the Basal Metabolic Rate (BMR) and enhance the EPOC (Post-Exercise Oxygen Consumption) effect. Break the routine into logical sessions (such as Full Body or Upper/Lower) ensuring each workout includes pushing, pulling, and posterior/anterior chain dominance movements. For each selected exercise (e.g. Squats, Deadlifts, Military Press, Pull-ups), specify in detail the number of sets, the repetition range focused on strength-hypertrophy, strict rest times and, above all, the execution cadence (e.g.: 3-1-1-0) to maximize time under tension. Include a 'Metabolic Blocks' section at the end of each session, where you use variants of multi-joint exercises in circuit or AMRAP (As Many Rounds As Possible) formats to deplete glycogen stores and accelerate fatty acid oxidation. It is vital that you scientifically justify why each exercise chosen is superior for fat loss compared to isolation movements, mentioning the hormonal response (testosterone and growth hormone) associated with heavy lifting. Finally, it provides a self-regulation guide using the RPE (Rate of Perceived Exertion) scale so you can adjust intensity weekly without falling into overtraining. Also, it integrates a brief 'Peri-workout Nutrition' recommendation to optimize protein synthesis and energy levels during these high-demand sessions. The tone should be technical, instructive and highly motivating, ensuring that technical safety is the absolute priority in each complex movement.
Acts as a Clinical Nutritionist expert in chrononutrition and intermittent fasting protocols. Your mission is to design an optimized 24-hour master plan for fat loss and metabolic health based strictly on the [Protocolo_Ayuno] protocol (e.g. 16:8, 18:6, or 20:4). The main goal is to maximize autophagy processes and insulin sensitivity, while ensuring that the user maintains stable muscle mass and energy levels throughout the day. To begin, perform a detailed analysis of the physiological impact of the timing of the selected feeding window, which runs from [Horario_Inicio_Ventana] until its closure. You must consider that the user has a physical activity level cataloged as [Nivel_Actividad] and seeks to achieve the goal of [Objetivo_Peso]. It integrates an intelligent macronutrient distribution (prioritizing high bioavailability proteins, healthy fats and low glycemic index carbohydrates) that avoids unnecessary glucose and insulin spikes, especially when breaking the fast. It breaks down the eating window into three critical moments for hormonal optimization: 1) The 'Window Opening' (Break-fast), detailing which specific foods activate the metabolism without generating digestive stress; 2) The 'Main Meal', providing exact proportions based on the plate method for effective calorie control; and 3) 'Window Closing', focused on nutrients that promote long-term satiety and the synthesis of melatonin precursors to improve sleep quality. Adjust everything according to the [Restricciones_Alimentarias] mentioned. It includes a section dedicated exclusively to strategic hydration and electrolyte management (Sodium, Potassium, Magnesium) both during the fasting period and during intake, to prevent fatigue or headaches. Finally, it provides a specific recommendation on the timing of physical training with respect to food intake, considering [Sensibilidad_Insulina] and the user's metabolic flexibility to enhance fatty acid oxidation.