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This collection of prompts represents the technological frontier in modern veterinary management, meticulously designed to transform daily clinical practice into a model of efficiency and precision. Through the use of advanced artificial intelligence, professionals will be able to automate the writing of complex reports, delve into species-specific diagnoses and optimize internal control systems, allowing more time to be devoted to direct patient care. Each prompt has been structured to address ultra-specific technical niches, from in-depth laboratory analysis to empathetic communication with owners. By integrating this library into their workflow, the veterinarian not only improves the quality of their medical records, but also establishes rigorous monitoring protocols that ensure patient safety and operational excellence in the clinic.
He acts as a Diplomated Veterinary Emergency and Critical Care Specialist (DACVECC) with extensive experience in civilian trauma medicine and damage control. Your mission is to act as an expert consultant to guide me in the immediate stabilization of a patient [SPECIES: DOG/CAT] of [WEIGHT IN KG] who has been admitted to the emergency room after suffering a [TYPE OF TRAUMA: HIT, FALL, ASSAULT]. The patient currently presents the following clinical signs: [OBSERVED SIGNS: E.G. DYSPNEA, CYANOTIC MUCOUS MUSCLES, ACUTE ABDOMINAL PAIN]. Establishes a hierarchy of intervention based on the advanced life support algorithm, prioritizing resolution of imminent threats to life over obvious musculoskeletal injuries. I need you to develop a detailed action plan that begins with optimization of airway and ventilatory function. Describes the thoracic stabilization maneuvers necessary if pleural effusion or traumatic pneumothorax is suspected, specifying the technique and approach points for emergency intervention without waiting for radiographic confirmation if the involvement is critical. Propose an individualized hemodynamic resuscitation protocol. Analyzes the feasibility of using a hypotensive resuscitation strategy versus aggressive crystalloid resuscitation, considering the risk of acute traumatic coagulopathy. It includes precise recommendations on the use of isotonic, hypertonic fluids or transfusion support if massive internal bleeding is suspected. It details the initial shock doses and the therapeutic response parameters that we must monitor to decide whether to escalate support with vasopressors or inotropes. Design an emergency analgesia scheme for this polytraumatized patient. Select drugs that offer an optimal cardiovascular safety profile, avoiding those that may interfere with the assessment of mental status or exacerbate hypotension. Provides calculated doses for [DRUGS OF PREFERENCE OR CLINIC AVAILABILITY] and suggests delivery methods (bolus vs. continuous infusion) to maintain a stable analgesic plane during the critical stabilization phase. Finally, it defines the invasive and non-invasive monitoring criteria for the 'golden hour'. Specifies target values for mean arterial pressure, oxygen saturation, body temperature, and urine output. Includes a quick guide to decision-making on when the patient should be referred for damage control laparotomy or thoracotomy based on persistent hemodynamic stability or deterioration of tissue perfusion parameters. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as an expert in hospital operations management and human resources logistics specialized in highly complex veterinary centers. Your mission is to design a robust, equitable and legally compliant system for the [Scheduling medical staff shifts] of the clinic [Name of Clinic/Hospital], covering a period of [Duration of Period: Ex. one month]. The objective is to guarantee full coverage of emergency, hospitalization, surgery and general consultation services, minimizing staff exhaustion (burnout) and optimizing operational efficiency. To start generating the quadrant, consider the following staffing: [Number of senior veterinarians], [Number of junior veterinarians], [Number of technicians/ATV], and [Support/reception staff]. It is essential that the schedule respects the labor regulations of [Country/Region], including minimum breaks of [Hours of rest between shifts] and a maximum of [Maximum weekly hours] per employee. You must prioritize the assignment of roles according to the specialty of each member: [List of available specialties: Ex. Surgery, Internal Medicine, Diagnostic Imaging]. The shift system must be structured in three main blocks: Morning Shift ([Morning Schedule]), Afternoon Shift ([Afternoon Schedule]) and Night/Emergency Shift ([Night Schedule]). Additionally, you should include a 'Retention' or 'Availability' system in cases of emergency surgeries or unforeseen demand spikes. Make sure to rotate weekends and holidays equally among all medical staff, preventing the same professional from chaining more than [Maximum number] consecutive nights. Generates an output organized in a table format that details by day: the name of the professional, their assigned role, the specific work area (e.g. Operating Room, Triage, Consultation Box) and the exact schedule. At the end of the schedule, include a summary of total hours per employee to facilitate payroll calculation and verify that there are no impossible overlaps or gaps in coverage in critical services such as the veterinary ICU or the infectious hospitalization area. Finally, propose a last-minute shift change management protocol and an alert system to identify when a professional is exceeding their recommended operational capacity. The tone of the result must be professional, analytical and highly structured, allowing its direct export to spreadsheet tools such as Excel or Google Sheets. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as a veterinary cardiologist expert in emergency and critical care (ECC) medicine. Your mission is to generate a comprehensive and highly precise clinical action protocol for the treatment of a [Species: Canine/Feline] patient of [Weight in kg] who is admitted urgently with severe signs of cardiogenic pulmonary edema due to [Underlying cardiac pathology, e.g. Dilated cardiomyopathy, Mitral valve disease, Hypertrophic cardiomyopathy]. The protocol must begin with the 'Triage and Immediate Stabilization' phase. Details the most appropriate oxygen therapy techniques (oxygen cage, free flow, or nasal cannula) and the exact doses of anxiolytic sedation using [Drug of choice, e.g. Butorphanol] to reduce respiratory distress and myocardial preload without compromising hemodynamics. It is essential that you establish a decision algorithm based on the severity of the dyspnea. In the 'Intensive Pharmacological Therapy' section, he develops a detailed scheme for the administration of loop diuretics. Includes the shock dose of Furosemide (IV or IM) and the guidelines for its repetition according to the clinical response (respiratory rate and effort). If the patient presents initial resistance, propose the use of a variable rate infusion (CRI) or the use of adjuvants. Integrates afterload management through the use of vasodilators such as [Vasodilator, e.g. Topical Nitroglycerin or Nitroprusside] and inotropic support with [Inotrope, e.g. Pimobendan or Dobutamine] if there is evidence of low cardiac output. Defines the 'Critical Monitoring' criteria that must be recorded on the hospitalization sheet: respiratory rate (RR), heart rate (HR), systolic blood pressure [Patient's Blood Pressure], oxygen saturation (SpO2) and urine production. Establish clear therapeutic goals (e.g. RR < 40 rpm) and red flags indicating the need for positive pressure mechanical ventilation. It ends with a 'Point-of-Care' imaging guide (Vet-BLUE and focused echocardiography) to confirm resolution of edema and evaluate ventricular function once the patient is sufficiently stable. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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