Heart Failure
Heart Failure is a complex clinical syndrome resulting from structural or functional impairment of ventricular filling or ejection. This session provides an in-depth exploration of mechanisms, staging, diagnostic approaches, guideline-directed therapies, and emerging treatments. As its global burden rises, clinicians increasingly seek a focused heart conference to stay current with therapeutic advances.
The description covers HFrEF, HFpEF, HFmrEF, acute decompensated heart failure, right heart failure, cardiogenic shock, and advanced heart failure requiring device or transplant therapy. Participants will understand neurohormonal activation, remodeling, fibrosis, fluid overload, microvascular dysfunction, and metabolic derangements underlying disease progression.
A central component explores advanced heart failure management strategies, including the four pillars of therapy—ARNI, beta-blockers, MRAs, and SGLT2 inhibitors—plus diuretics, vasodilators, and comorbidity management. The session explains the role of CRT, ICD, LVAD, and pulmonary artery pressure monitoring devices.
Diagnostic tools include echo, CMR, natriuretic peptides, cardiopulmonary exercise testing, right heart catheterization, and wearable monitoring. Participants learn to manage exacerbations, optimize volume status, and tailor therapy in patients with CKD, diabetes, obesity, pulmonary hypertension, arrhythmias, or frailty.
Future therapies include targeted biologics, gene therapy, metabolic modulation, and telehealth-based remote management. By the end, participants will have a complete framework for managing heart failure across all disease stages.
Core Concepts in Heart Failure
Mechanisms and Progression
- Understanding neurohormonal activation and remodeling.
- Recognizing triggers of decompensation.
Diagnostic Evaluation
- Using imaging, biomarkers, and functional tests.
- Assessing severity and risk through clinical scoring.
Therapeutic Approaches
- Applying GDMT, device therapy, and surgery.
- Tailoring diuresis and comorbidity management.
Advanced and Long-Term Care
- Identifying candidates for LVAD or transplant.
- Integrating rehab and remote monitoring tools.
Benefits in Clinical Practice
Reduced Mortality and Hospitalization
Modern therapies significantly improve survival.
Better Symptom Control
Optimized management enhances functional status.
Earlier Intervention
Monitoring tools detect deterioration sooner.
Personalized Patient Paths
Therapy adapts to phenotype and comorbidities.
Improved Quality of Life
Comprehensive care supports independence.
Long-Term Stability
Advanced care pathways reduce recurrent exacerbations.
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