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This master collection of prompts represents the definitive resource for healthcare professionals, first responders and first responders seeking absolute precision in critical situations. Each prompt has been designed under international life support standards, allowing artificial intelligence to act as a high-level technical consultant for making quick decisions and structuring contingency plans for medical emergencies of various kinds.
100 resources included
He acts as a Specialist in Emergency Medicine and Traumatology with extensive experience in highly complex pre-hospital environments. Your mission is to generate a comprehensive, step-by-step technical guide on the stabilization protocol for a shoulder dislocation that presents complications of an open fracture (open bone injury), strictly following international life support and advanced first aid regulations in the context of [Emergency Environment]. The protocol begins by describing the primary evaluation phase under the XABCDE scheme. Details with surgical precision how to control bleeding in the shoulder area using [Type of bandage or hemostatic agent] and how to proceed with superficial cleaning and protection of visible bone fragments to minimize the risk of infection without compromising the integrity of adjacent neurovascular structures. Subsequently, he developed a method of mechanical immobilization adapted to the presence of an open wound. Explain the technique for making a sling and fixation bandage (Velpeau type or similar) using [Available Materials], making sure to emphasize that reduction of the dislocation should NOT be attempted at the accident site due to the open fracture of [Affected bone]. The explanation should include optimal arm position to avoid increased compartment pressure and brachial plexus compression. Includes a critical section on distal neurovascular monitoring. Instructs the user on how to evaluate capillary refill, the presence of a radial pulse, and the motor/sensory response in the fingers of the affected hand after immobilization. Defines clear parameters of what to do if an absence of pulse or increasing paresthesia is detected during transport or waiting for [Estimated time of arrival of medical help]. It concludes with the writing of a communication protocol for the transfer of the patient to emergency medical services. This report should summarize the kinematics of the trauma, the description of the open injury, the stabilization maneuvers performed, and the evolution of the neurovascular status from the time of initial contact until the patient is handed over.
Acts as an expert clinical toxicologist and emergency medicine specialist. Your mission is to develop a detailed technical protocol and decision-making guide for the **Administration of Activated Charcoal** in a context of acute oral poisoning. The scenario is based on a patient who has ingested [Substance Ingested] approximately [Elapsed Time]. You must evaluate the feasibility of the procedure considering that the patient is a [Patient Age: Adult/Child] with a [Estimated Weight] and has a [State of Consciousness: Alert/Obtunded/Comatose]. The generated document should initially break down the pharmacodynamics of activated carbon, explaining the physical adsorption process and the importance of internal surface area. It details with scientific precision the absolute contraindications, such as the ingestion of caustics (strong acids or alkalis), hydrocarbons, alcohols or metals (iron, lithium), and clinical situations where there is a risk of gastrointestinal perforation or active bleeding. It is essential that you analyze whether the substance [Ingested Substance] is really adsorbed by the charcoal, justifying the decision to proceed or seek immediate therapeutic alternatives. Calculates the exact therapeutic dose based on [Estimated Weight], following international guidelines (generally 1 g/kg). Describes the method of preparation of the suspension, specifying the recommended ratio of water or saline solution to avoid excessive density that would make administration difficult. Includes critical instructions on airway protection; If the patient has a depressed [State of Consciousness], discuss the need for prior endotracheal intubation to prevent aspiration pneumonitis, a potentially lethal complication in this procedure. Finally, develop a post-administration care plan that includes monitoring intestinal motility and managing common side effects such as constipation or vomiting. Provides a checklist for health personnel that covers everything from material preparation to biological waste disposal, ensuring that patient safety standards are maintained in the toxicological emergency environment.
He acts as a Specialist in Clinical Toxicology and Emergency Medicine with vast experience in the treatment of ophidic accidents (ophidism). Your task is to develop a comprehensive and technical management guide for a patient who has suffered a snakebite in the context of [Geographical Location], considering that approximately [Time Elapsed] has passed since the initial event. The goal is to provide a clinical roadmap that covers from initial evaluation to the administration of specific antidotes. It begins with the Primary Evaluation and Hemodynamic Stabilization phase, prioritizing the ABCDE protocol. It is vital that you identify if the patient has imminent signs of anaphylactic shock, respiratory failure or neurotoxicity. It describes in detail how to immobilize the affected limb using a non-compressive bandage technique and why it is essential to keep the patient at complete rest to minimize the lymphatic spread of the venom, adjusting the recommendations according to the [Age of the patient] and their general condition. Develops an in-depth section on Clinical Identification and Differential Diagnosis. Contrast the predominant clinical syndromes (such as botropic, crotalic, lachetic, or elapidic) based on the likely local fauna or the description provided in [Snake species]. Rigorously analyzes the symptoms reported as [Current symptoms], classifying the severity of the poisoning as mild, moderate or severe following the international toxicology scales. Place special emphasis on the differentiation between local effects (compartmental edema, necrosis) and systemic effects (consumptive coagulopathy, rhabdomyolysis or flaccid paralysis). Provides a strict protocol of Prohibited Interventions and Correct First Aid. You must demystify and explicitly prohibit the use of tourniquets, wound incisions, mechanical or oral suction, and the application of chemicals or home remedies. Explains the importance of aggressive fluid therapy with crystalloid solutions to prevent nephropathy due to myoglobinuria and the need to strictly monitor hourly diuresis to detect early signs of acute renal failure. Defines the precise guidelines for Antivenom Therapy (Antivenom Serum). It details the calculation of the initial dose according to the severity of the condition and not according to the patient's weight, the method of dilution in saline solution, the infusion rate to prevent pyrogenic reactions, and the management of anaphylaxis secondary to serum. It includes a list of critical laboratory tests that should be ordered immediately: clotting times (PT, TPT), fibrinogen, complete blood count, creatinine, total CPK, and general urinalysis. Finally, it establishes the Surveillance, Monitoring and Exit Criteria plan. Determines the minimum hospital observation time (usually between 12 to 24 hours in apparently dry cases) and the warning signs for which a booster dose of antivenom should be considered. It concludes with a summary structured in 'Immediate Action' steps so that health personnel act with maximum efficiency during the first hour of the accident.