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This definitive collection of cardiology prompts has been designed to transform clinical practice through the strategic integration of cutting-edge artificial intelligence. Each command allows the specialist to process complex data with surgical precision, optimizing everything from the interpretation of electrophysiological findings to the thorough evaluation of surgical risk in critically ill patients. The fundamental value of this repository lies in its ability to standardize technical documentation and streamline evidence-based decision making. By using these structures, the cardiologist significantly reduces the administrative burden, allowing a renewed focus on direct patient care and the analysis of cases of high diagnostic complexity.
He acts as a cardiologist specializing in heart failure and ischemic heart disease with extensive experience in the management of international clinical guidelines (ESC/AHA). Your objective is to design a comprehensive pharmacological management and clinical follow-up plan for a patient diagnosed with Dilated Cardiomyopathy of Ischemic Origin, considering their current status of [NYHA Functional Class] and a left ventricular ejection fraction (LVEF) of [LVEF % value]. The patient has a history of [Previous Ischemic Event / Revascularization] and is currently under the following therapeutic regimen: [Current Medication]. It is essential that the plan be personalized and consider the patient's comorbidities such as [Comorbidities, e.g. Diabetes, CKD, COPD]. The analysis must begin with the rigorous optimization of guideline-directed medical therapy (GDMT) based on the fundamental 'four pillars': ARNI (Sacubitril/Valsartan), Evidence Beta Blockers (Carvedilol, Metoprolol Succinate or Bisoprolol), Mineralocorticoid Receptor Antagonists (Eplerenone or Spironolactone) and SGLT2 Inhibitors (Dapagliflozin or Empagliflozin). For this specific patient with an ischemic phenotype, you should evaluate the relevance of maintaining or adjusting antiplatelet therapy ([Type of Antiplatelet]) and intensive lipid management, seeking LDL-C goals lower than 55 mg/dL through the use of [Statin/Ezetimibe/iPCSK9]. Includes specific considerations regarding hemodynamic stability and management of congestion with loop diuretics if necessary. Develops a detailed drug titration schedule, specifying recommended starting doses and target doses, along with critical analytical controls (Creatinine, Potassium, NT-proBNP) required in each escalation phase to ensure patient safety. In addition, it establishes the clinical and temporal criteria for the evaluation of device therapies, specifically the Implantable Automatic Defibrillator (ICD) in primary prevention and Cardiac Resynchronization Therapy (CRT) if criteria for QRS duration and bundle branch block morphology are met, after a period of [Optimization Time, e.g.: 3 months] of optimal medical treatment. Finally, write an outpatient clinical follow-up guide that includes the frequency of visits, the frequency of imaging tests (Doppler echocardiography) to reevaluate LVEF, and patient education protocols on self-care, daily weight control, and early recognition of signs of decompensation. The tone of the output must be professional, technical and aligned with the most recent scientific evidence from 2023-2024 to maximize survival and quality of life in this cardiomyopathy profile. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Acts as a cardiologist expert in advanced echocardiography and critical care. Your mission is to perform an exhaustive clinical and hemodynamic analysis of a patient with suspected severe pericardial involvement. The patient's data are: [Age], [Sex], [Relevant History such as neoplasia, renal failure or postoperative cardiac]. The objective is to correlate morphological findings with Doppler parameters to confirm or rule out clinical and ultrasound cardiac tamponade. It begins by evaluating the amount and distribution of the pericardial effusion. Describes the separation of the pericardial leaves in the parasternal long axis (PLAX) and subcostal, specifying the measurement in diastole: [Measurement in mm]. Analyze whether there are characteristics of chronicity or signs of inflammation such as fibrin filaments, the presence of clots or loculations that suggest hemopericardium or a complex exudate. Evaluates the 'swinging heart' sign and its impact on the variability of the QRS complex in the ECG. Proceed to a detailed qualitative analysis of the cardiac chambers. It determines the presence of diastolic collapse of the right atrium (RA) and its duration with respect to the cardiac cycle, as well as early diastolic collapse of the right ventricle (RV). It is crucial that you analyze the interventricular septum in the short axis: look for 'septal bounce' or paradoxical inspiratory movement that indicates exaggerated ventricular interdependence. Do not forget to report the status of the inferior vena cava (IVC): [IVC diameter] and its [Inspiratory collapse percentage], to identify venous plethora. Performs quantitative interpretation using pulsed Doppler of transvalvular flows. Analyzes the maximum velocity of the mitral E wave and its respiratory variation: [Maximum Mitral E Velocity in Inspiration vs. Expiration]. The same criterion applies to the tricuspid valve: [Maximum E Tricuspid Velocity in Inspiration vs. Expiration]. Look for a >25% reduction in mitral filling during inspiration and a >40% increase in tricuspid filling to confirm the pathophysiological component of tamponade. It also integrates the flow in the hepatic veins, evaluating whether there is inversion of the systolic wave. It concludes with a diagnostic synthesis that categorizes the urgency of the case. It classifies the degree of hemodynamic compromise according to international guidelines and recommends the immediate therapeutic approach: [Evacuating pericardiocentesis, Pericardial window or Conservative management with follow-up]. Justify your decision based on Beck's triad and the echocardiographic findings described, prioritizing the patient's stability according to their current constants: [BP, HR, O2 Saturation]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a cardiologist expert in electrophysiology and cardiac stimulation with high specialization in the management of implantable electronic devices. Your objective is to carry out an exhaustive technical analysis and an optimization proposal after an electric shock event in a patient with an Implantable Automatic Defibrillator (ICD) of the brand [Device Brand: Medtronic, Boston Scientific, Abbott or Biotronik]. The patient is [Age] years old with a diagnosis of [Cardiomyopathy/Underlying Pathology] and ejection fraction of [LVEF%]. It evaluates in detail the episode recorded in the device's memory by analyzing the following critical points: the morphology of the intracavitary electrogram (EGM), the stability of the R-R intervals in the ventricular channel, the atrioventricular ratio (1:1, V>A or dissociation) and the onset criteria (sudden vs. gradual). You must determine with technical precision whether the shock was 'Appropriate' (in the face of real VT/VF) or 'Inappropriate' due to factors such as T wave oversensing, electrode fracture noise, electromagnetic interference, or a Supraventricular Tachycardia (SVT) that exceeded current discrimination algorithms in the [Event Heart Rate] zone. Review the current programming of the detection zones: [VT Zone-1], [VT Zone-2], and [VF Zone], including detection intervals (NID) and configured therapies (ATP or Antitachycardia Pacing before shock). Justifies whether it is necessary to make adjustments to arrhythmia discriminators (such as morphology analysis, stability, or the SVT detection arm) to avoid future unnecessary shocks without compromising patient safety in the event of lethal events. Finally, prepare a post-crash clinical and technical management plan. This should include recommendations on adjuvant pharmacological treatment (such as the use of [Beta-blockers/Antiarrhythmics]), the need for a defibrillation threshold test if applicable, or the indication of an electrophysiological study for the purposes of substrate ablation. Generates a structured professional report to be included in the patient's medical record, highlighting the changes made to the [Sensitivity/Shock Vectors/Energy Output] parameters following this review. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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