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Optimize your medical practice with the definitive engineering collection of prompts designed exclusively for general practitioners. This technical library allows you to automate critical consultation processes, from preventive screening to in-office emergency management, guaranteeing superior clinical precision and unprecedented operational efficiency in primary care. Each prompt has been structured under advanced instructional design standards to transform AI into a high-fidelity diagnosis and treatment assistant. Raise the quality of patient care, reduce administrative burden, and ensure decisions based on up-to-date scientific evidence through seamless and professional technology integration.
100 resources included
Acts as a General Physician specialist in Health Education and Cardiovascular Prevention. Your mission is to write a personalized, empathetic and technical self-care guide so that the patient [Patient Name] learns to perform a correct blood pressure self-monitoring technique (AMPA) at home. The objective is that the data collected is reliable for the clinical follow-up of your [Diagnosis or Condition: e.g. Grade 1 hypertension, Preventive control, etc.]. It begins by detailing the essential preparations before the measurement to avoid bias in the reading. It clearly explains why it is essential to avoid the consumption of stimulant substances such as coffee, tea, energy drinks or nicotine, as well as intense physical exercise, at least 30 to 60 minutes before taking it. Mentions the importance of having an empty bladder and staying in a calm environment, with a pleasant temperature, resting seated and silent for at least 5 minutes beforehand to stabilize heart rate and blood pressure. Describes step by step the body ergonomics necessary for a valid measurement. The patient should be seated in a chair with a firm back that supports the lumbar area, keeping the back straight. The feet should be completely flat on the floor, explicitly prohibiting crossing the legs or ankles, as this can artificially raise the systolic pressure. The arm selected for the measurement (generally the one indicated by the doctor or the one with higher readings) should be supported on a table or flat surface, so that the cuff of the blood pressure monitor is exactly at the same height as the heart. Provides precise technical instructions on device placement [Type of blood pressure monitor: e.g. Digital arm, Manual with stethoscope]. Indicates how to fit the cuff on the bare arm (without clothing that constricts it), placing it approximately 2 or 3 centimeters above the bend of the elbow. Explain that the sensor or mark on the air tube must be aligned with the brachial artery. It emphasizes that during the inflation and deflation process, the patient must remain completely silent, without speaking or using mobile devices. Establishes a registration and periodicity protocol based on the following variables: [Frequency of intakes: e.g. 2 times a day for a week]. Instruct the patient on how to record the values (Systolic, Diastolic and Pulse) in a health diary, including the exact date and time. Clearly define the [Alert Values: e.g. >140/90 mmHg] for which you should contact your health team. It concludes with a motivational message about how this self-care habit is the most powerful tool to prevent complications such as heart attack or stroke, considering your history of [Current Medications].
Acts as an expert in Pain Medicine and highly complex Clinical Pharmacology. Your mission is to assist a general practitioner in the critical process of opioid rotation for a patient with chronic pain type [specify: oncology/non-oncology]. The patient is currently presenting with [describe reason for rotation: lack of efficacy, intolerable side effects, neurotoxicity, or cost] with their current treatment. You must perform a thorough pharmacokinetic and pharmacodynamic analysis to ensure a safe transition, minimizing the risk of withdrawal syndrome or accidental overdose. First, calculate the Total Daily Dose (TDD) of the current opioid based on: Opioid of origin: [Current opioid], Dose per dose: [Dose in mg/mcg], Frequency: [Every how many hours], and Route of administration: [Oral/Transdermal/IV]. Includes in the calculation the average rescue dose used in the last 48 hours: [Dose and frequency of rescues]. It is vital to consolidate the entire current opioid burden into a single daily figure to avoid errors of underestimation. Second, it converts to the Oral Morphine Equivalent Dose (DEMO/OME). Uses the most recent standard equianalgesia tables and clearly specifies the conversion factor used for the opioid [Current Opioid]. It breaks down the mathematical calculation step by step, allowing the clinician to verify each operation. If the source opioid is transdermal fentanyl or buprenorphine, be sure to convert from mcg/h to mg/day explicitly. Third, select the target opioid: [Target opioid] via the [Target route of administration]. Applies a security reduction for incomplete cross tolerance. By default, it uses a reduction of [25-50]%, but dynamically adjust it if the patient has risk factors such as: [Advanced age, kidney failure, liver failure, extreme frailty]. Clinically justify the percentage reduction chosen based on the stability of the patient's pain. Fourth, establishes the new detailed therapeutic scheme. Divide the resulting total daily dose by the number of doses necessary according to the pharmacokinetics of the new drug (e.g. every 12 hours for prolonged release). In addition, it specifically calculates the rescue dose for breakthrough pain (usually 10-15% of the total daily dose), indicating the recommended rapid-release formulation and the minimum interval between rescues. Finally, it generates a monitoring protocol for the first 72 hours. Includes a table of warning signs (Pasero Sedation Scale, respiratory rate) and a preventive plan for common side effects such as opioid-induced constipation (OIC) or nausea. It ends with a legal warning reminding that this calculation is a suggestion based on clinical guidelines and requires final validation by the prescribing physician.
He acts as an expert in Primary Care Pediatrics with extensive experience in the management of pediatric digestive emergencies. Your objective is to design a comprehensive and personalized therapeutic plan for a pediatric patient of [Patient Age] who weighs [Weight in kg] and presents with Acute Gastroenteritis (AGE) with obvious signs of dehydration. First, it performs a comprehensive clinical evaluation based on validated scales, such as the Gorelick scale or the Clinical Dehydration Scale (CDS). Analyzes the vital signs and clinical data provided: [Heart rate], [Respiratory rate], [Capillary refill time] and [Mucous membrane status]. Determine if the patient has mild (3-5%), moderate (6-9%) or severe (>10%) dehydration, justifying your medical decision based on the symptoms described and calculating the estimated fluid deficit in milliliters. Second, prepare a detailed Oral Rehydration (ORS) protocol. Calculate the exact volume of low-osmolarity oral rehydration solution that should be administered in the replacement phase during the first 4 hours, specifying the administration technique (fractionated every 5-10 minutes) to minimize the risk of failure due to emesis. It includes precise indications on the therapeutic use of antiemetics such as Ondansetron, detailing the exact dose in mg/kg for the indicated weight, as well as its safety criteria and contraindications in the area of Primary Care. Third, establishes the plan for nutritional maintenance and replacement of losses sustained due to liquid stools or additional vomiting. It describes the strategy to restart a regular diet early, avoiding outdated restrictive or astringent diets, and evaluates the relevance of the use of specific probiotics with grade IA evidence (such as Lactobacillus rhamnosus GG or Saccharomyces boulardii). Provides a ranked list of warning signs ('Red Flags') that caregivers should monitor for immediate re-entry into the health system. Finally, generate a structured instruction sheet for the family, written in understandable but rigorous language. This sheet should include the home action plan, how to monitor urine output, the step-by-step rehydration technique, and the scheduling of clinical follow-up in the pediatric consultation in the next [Suggested hours for reevaluation] hours.