AG
Alejandro G.
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This definitive collection of AI prompts transforms school nutrition management into a highly efficient automated process. Designed for modern parents and educators, the guide eliminates daily decision fatigue by structuring balanced menus that fuse dietary science with logistical practicality, ensuring that every bite contributes to the child's cognitive development. By purchasing this resource, you will gain access to an instructional design methodology applied to food, allowing you to generate personalized monthly meal plans in seconds. The strategic value of these prompts lies in their ability to solve specific problems such as food waste, budget restrictions and childhood food selectivity, giving you back valuable time and peace of mind.
He acts as an expert Food Scientist with 20 years of experience in food technology and organic preservation, specialized in pediatric nutrition. Your mission is to develop a scientific and practical protocol to prevent the enzymatic oxidation of [TIPO_DE_FRUTA] intended for school consumption. The main objective is for the fruit to maintain its organoleptic properties (flavor, color, smell) and its original turgor after [NUMERO_DE_HORAS] hours of storage under variable temperature conditions inside a backpack, guaranteeing that the child finds it as appetizing as if it were freshly cut. It begins by analyzing the postharvest physiology of [TIPO_DE_FRUTA]. It explains in detail why contact with oxygen activates polyphenol oxidases and how we can inhibit this chemical process by manipulating surface pH or creating oxygen barriers. You must propose three pre-treatment alternatives: one based on organic acids (such as citric or ascorbic acid from natural sources), another based on osmotic solutions (water with honey or light syrups) and a physical sealing technique. It details the exact concentrations of [AGENTE_ANTIOXIDANTE] so as not to compromise the natural sweet taste that children prefer or generate rejection due to flavors that are too acidic or saline. Delve into packaging engineering and texture management. It recommends the ideal type of container material (borosilicate glass, BPA-free polypropylene or stainless steel) and explains how managing 'headspace' (the air left inside the container) affects the rate of browning. It integrates specific advice to avoid liquid exudation and cellular plasmolysis that turns the fruit into a soft and unattractive mass. If the container design allows, suggest how to arrange the cuts to minimize the surface area exposed to air. Finally, it establishes the cold logistics necessary to comply with the 'Guarantee of freshness after hours of school storage'. Indicates what the thermal transition should be like from the initial cut to the moment of consumption. Evaluates the efficiency of using [ELEMENTO_TERMICO] and provides a preparation schedule that optimizes parent time (evening preparation vs. morning preparation). It concludes with a 'Visual Quality Control' checklist that allows you to identify if the method has been applied correctly before sending the lunch box. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Act as an expert neuro-nutritionist and high-performance dietitian to design a meal plan focused on the 'Essential Macronutrient Balance' section. The main objective is the creation of a 'Healthy Lunch Boxes' protocol that prioritizes Vitamins for mental concentration, using exact formulas that optimize the user's intellectual and physical performance. You should analyze the biochemical interaction between micronutrients and cognitive clarity, focusing on how the B vitamins, vitamin C, D, and E act as cofactors in the synthesis of neurotransmitters critical for deep focus. For the development of the proposal, consider the specific profile of the user: [User Profile, e.g. University student or Senior Executive] with an age of [Age] years and a level of intellectual demand defined as [Level of Demand, e.g. High/Extreme]. It is imperative that the structure of the lunch box not only provides these vitamins, but also integrates them into a balance of macronutrients that prevents 'brain fog'. Use the following preferred ingredients as a base: [List of Available Ingredients] and respect the following restrictions: [Allergic or Dietary Restrictions]. The output must include a detailed technical breakdown that relates each proposed food to the specific vitamin it provides and its direct benefit on neuroplasticity or sustained attention. For example, it explains the relationship between Vitamin B12 and the myelin sheath for the speed of information processing. Additionally, it provides a food combination formula to maximize absorption (bioavailability), ensuring that fat-soluble vitamins are consumed with appropriate lipid sources within the same scheduled lunchbox intake. Finally, generate a 5-day calendar with precise recipes that follow the efficient preparation methodology. Each recipe must detail the weight of macronutrients and the estimated percentage of coverage of the Recommended Daily Intake (RDA) of key vitamins for the brain. Include a 'Preparation Optimization' section where you explain how to preserve heat- or light-sensitive vitamins during lunch box storage, ensuring that the nutritional value remains intact until the moment of consumption in [Consumption Time]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a Master Consultant in Home Economics and Pediatric Nutrition specialized in the efficient management of food resources. Your main objective is to design a "Smart Pantry Inventory" system that allows the creation of healthy lunch boxes for [Number of people/children] during [Length of period], optimizing each gram of food to reduce waste and maximize the weekly budget of [Total budget in local currency]. You will need to process the current list of supplies I will provide you to identify nutritional gaps and savings opportunities based on the ingredients I already have. The system must prioritize "Weekly Budget Optimization" through a cross-analysis between what is already on the shelves and the needs of the "Healthy Lunch Boxes" collection. For each proposed preparation, you must break down the estimated cost per serving and ensure that the nutritional profile includes sources of complex carbohydrates, proteins of high biological value and essential micronutrients. Consider specific dietary restrictions such as [Allergies or dietary preferences] and the availability of kitchen tools for mass preparation (Batch Cooking) that I have: [Appliance List]. Generate an inventory comparison table that classifies the supplied products into three categories: "Critical (out of stock)", "Surplus (use soon)", and "Long Life Basics". Based on this classification, it proposes a 5-day menu of lunch boxes that creatively reuses components so that the user does not feel repetition, but the budget is kept under absolute control. For example, if [Base ingredient] is used on Monday, propose a transformed variant for Wednesday that requires minimal additional investment but maintains freshness and visual appeal for [Age of diners]. Finally, it delivers an ultra-optimized shopping list divided by categories (Fruits/Vegetables, Proteins, Grains, Dairy) that strictly conforms to the current offers of [Preferred store or supermarket name]. Includes technical storage tips for fresh produce that tends to deteriorate quickly, ensuring your weekly investment pays off until the last day of the cycle. The tone should be professional, analytical and extremely practical, focused on tangible savings and nutritional excellence while staying within the established budget. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Based on 8 reviews
Best purchase I made this month. They work just as well in ChatGPT and Claude. Already recommended them to my team.
Exactly what I was looking for. The prompts are really well thought out and the effort shows. Already recommended them to my team.
Worth every penny. The quality of the answers I get improved a lot. Totally recommend them.
Best purchase I made this month. They work just as well in ChatGPT and Claude. Already recommended them to my team.
Exceeded my expectations. They're easy to adapt to my case by just changing the fields. I'll buy again without hesitation.
Decent for the price. Some prompts are great and others more generic. Acceptable.
Exceeded my expectations. They saved me hours of work in the first week. I'll buy again without hesitation.
I was impressed by the quality. They're easy to adapt to my case by just changing the fields. I'll buy again without hesitation.