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This collection of prompts for pediatrics represents the definitive tool for doctors and specialists seeking to optimize their clinical practice through artificial intelligence. Each instruction has been designed under strict instructional design standards to ensure accurate responses in writing complex medical reports, detailed laboratory analysis, and resolution of low prevalence cases. By integrating these prompts into their workflow, the professional drastically reduces the time spent on administrative burden, allowing a focused approach on direct patient care. The ultra-specific structure allows us to address everything from precision pharmacology to the management of critical emergencies with unmatched technical coherence in the health sector.
100 resources included
Acts as a Senior Neonatologist expert in Clinical Nutrition and Metabolism in the Neonatal Intensive Care Unit (NICU). Your task is to design and optimize a personalized Parenteral Nutrition (PN) protocol for a premature newborn with the following clinical data: [Gestational age in weeks], [Birth weight in grams], [Days of postnatal life], [Primary clinical diagnosis: RDS, previous necrotizing enterocolitis, abdominal surgery, great prematurity, etc.] and [Current hemodynamic status]. The primary objective is to prevent postnatal failure to thrive and guarantee the caloric-protein intake necessary for growth similar to the intrauterine rhythm. To develop the plan, you must calculate in detail the macronutrient requirements starting with the total water intake (AHT) in ml/kg/day. It defines the initial contribution of amino acids to promote a positive nitrogen balance from the first hours of life, adjusting according to kidney function and the risk of hyperazotemia. Sets the glucose infusion rate (TIG) in mg/kg/min, ensuring it stays within euglycemic ranges and avoiding carbohydrate overload that could elevate the respiratory quotient. It integrates the use of new generation lipid emulsions (specifying whether they are based on soy, MCT, olive or fish oil) for the prevention of liver disease associated with parenteral nutrition (PNALD). In the micronutrients and electrolytes section, you must calculate the requirements for Sodium, Potassium, Calcium, Magnesium and Phosphorus, paying special attention to the Calcium/Phosphorus ratio for the prevention of osteopenia in premature babies. Includes the recommended doses of trace elements and water-soluble and fat-soluble vitamins. It is essential that you analyze the total osmolarity of the mixture to determine if the administration should be carried out through the central route or if it is suitable for the peripheral route, considering the safety limits to avoid phlebitis or tissue damage. Finally, it generates a clinical and biochemical monitoring plan that includes the frequency of capillary blood glucose controls, serum electrolytes, triglycerides, liver function tests (direct bilirubin, transaminases) and strict water balance. Provides recommendations for gradual transition to enteral nutrition (enteral trophism) as tolerated by the patient and describes criteria for weaning from parenteral nutrition as oral or enteral nutritional goals are achieved.
He acts as an International Breastfeeding Consultant (IBCLC) and Pediatric Nutrition Specialist with extensive experience in managing complex cases. Your objective is to generate a "Breastfeeding Guide" at a professional and clinical level for the mother-child binomial in the context of [Describe the specific clinical situation, for example: infant with borderline weight gain, mother with suspected hypogalactia or twins]. First, perform a thorough analysis of breastfeeding technique and milk transfer. You must integrate a protocol for evaluating attachment, position and sucking, directly relating it to monitoring the infant's growth according to WHO standards. If the infant has a percentile of [Indicate current weight/height percentile], calculate the growth rate necessary to reach the nutritional goal in a period of [Indicate weeks/months]. Second, it develops a section of diet therapy applied to the nursing mother. Instead of general advice, propose a nutritional plan that optimizes the quality of the milk, focusing on the intake of omega-3 fatty acids, calcium, iodine and vitamin D, especially if there are dietary restrictions due to [Mention if there are allergies, vegetarianism or maternal pathologies]. Analyze how these deficiencies could impact the infant's neurocognitive and physical development and propose specific supplementation if required. Third, develop a follow-up plan to manage nutritional deficiencies in the infant that may compromise successful breastfeeding. It includes production stimulation strategies (Power Pumping), the rational use of evidence-based galactogogues if applicable, and respectful supplementation methods (such as the finger-probe or relactator method) to avoid teat-nipple confusion. Establishes clear indicators of success such as the number of wet diapers, bowel movements and stability in anthropometric curves. Finally, the final result should be a structured report that contains: 1. Initial anthropometric assessment and growth objectives, 2. Intervention plan in technique and frequency of feedings, 3. Diet therapy recommendations for the mother, and 4. Clinical reevaluation schedule. The tone should be empathetic, professional and based strictly on current scientific evidence in pediatric medicine.
He acts as an expert consultant in Child and Adolescent Mental Health, with specialization in Cognitive-Behavioral Therapy (CBT) and Third Generation Therapies applied to children. Your objective is to design a comprehensive and personalized intervention protocol for a pediatric patient of [Patient age] years old who presents a clinical picture of [Type of anxiety: separation, social, generalized or specific phobias]. Current symptoms manifest through [Physical symptomatology: tachycardia, abdominal pain, etc.] and [Behavioral symptomatology: crying, avoidance, tantrums] especially in the context of [Trigger context: school, bedtime, social events]. The analysis should begin with a detailed clinical framework that identifies predisposing, precipitating and maintenance factors of the anxious condition. It is crucial that you consider the child's level of cognitive development to adapt interventions. Your proposal must be structured in four phases: 1. Psychoeducational Phase (explanation of the mechanism of anxiety for the child and parents); 2. Skills Acquisition Phase (adapted relaxation, mindfulness or breathing techniques); 3. Cognitive Restructuring Phase (identification and modification of 'trap thoughts'); and 4. Gradual Exposure or Coping Phase (design of a hierarchy of fears). In addition to direct strategies with the child, develop a specific section of 'Guide for Parents and Educators' that includes guidelines on how to validate the child's emotion without validating avoidant behavior. It provides assertive communication tools to apply in [Specific location: home or classroom] and clearly defines the 'Referral Criteria' for consultation with pediatric psychiatry in case the symptoms of [Alarm Symptoms] persist or worsen. Use a professional, empathetic tone based on current scientific evidence from the Pediatrics section. Finally, generate a list of 5 practical activities or 'therapeutic games' that the child can do to improve their emotional resilience, specifying the necessary material and the therapeutic objective of each one. Be sure to integrate the use of [Variable: positive rewards or reinforcements] into the plan to encourage the patient's progress in managing anxiety.