17
Nov
2025
16:00
GMT
11:00
EDT
17:00
CET
Webinar
Breakthrough Mineralocorticoid Receptor Agonists in Cardiovascular Care
00
Days
00
Hours
00
Mins
00
Secs
Faculty:
Vijay Chopra
Javed Butler
Dinesh Khullar
John JV McMurray
Overview
Breakthrough Mineralocorticoid Receptor Antagonists in Cardiovascular Care brings together renowned cardiovascular experts Dr Vijay Chopra, Dr Javed Butler, Dr Dinesh Khullar, and Prof John McMurray to address critical challenges in heart failure management and hypertension treatment. This comprehensive session explores innovative approaches to mineralocorticoid receptor antagonist (MRA) therapy, focusing on overcoming hyperkalemia barriers and optimizing patient outcomes through breakthrough therapeutic strategies.
The webinar will provide you with an in-depth examination of aldosterone management challenges in cardiovascular disease, showcasing clinical evidence for non-steroidal MRAs including finerenone implementation strategies. Expert presentations will cover aldosterone synthesis inhibition techniques, potassium management protocols, and evidence-based approaches to MRA therapy optimization in both heart failure and hypertensive populations.
Through expert-led presentations and interactive panel discussions, attendees will gain practical insights into cutting-edge MRA therapeutic options, including clinical trial data supporting breakthrough treatments in cardiovascular medicine. The session addresses real-world implementation challenges while providing actionable strategies for improving treatment adherence and reducing cardiovascular events through optimized mineralocorticoid pathway modulation.
This essential continuing medical education program equips cardiovascular professionals with the latest evidence-based protocols for managing aldosterone-related complications while maximizing the cardioprotective benefits of advanced MRA therapy in contemporary clinical practice.
For more on emerging strategies in aldosterone inhibition, read Cardiac Failure Review Journal’s Special Focus Issue on “New Mineralocorticoid Receptor Antagonists/Aldosterone Antagonists”.
Agenda
Key Learning Objectives
- Identify clinical barriers associated with traditional aldosterone management and recognize the impact of hyperkalemia on patient outcomes and treatment adherence
- Evaluate the clinical evidence supporting non-steroidal MRAs, particularly finerenone, and understand their role in modern cardiovascular therapeutic strategies
- Apply practical strategies for implementing breakthrough MRA therapies while managing potassium levels and optimizing patient safety profiles
- Distinguish between different approaches to mineralocorticoid pathway modulation, including receptor antagonism and aldosterone synthesis inhibition
- Integrate evidence-based protocols for MRA therapy selection and monitoring in patients with hypertension and heart failure
- Assess patient-specific factors that influence MRA therapy choice and develop personalized treatment approaches for diverse cardiovascular populations
Target Audience
- Cardiologists and interventional cardiologists managing heart failure and hypertensive patients
- Clinical pharmacologists specializing in cardiovascular therapeutics
- Heart failure specialists and advanced heart failure practitioners
- Cardiovascular medicine fellows and cardiology residents
- Nephrology specialists managing patients with cardiovascular comorbidities
Faculty Biographies
Vijay Chopra
Dr Vijay Chopra is the Senior Director of Clinical Cardiology, Heart Failure and Research in the Heart Failure Programme at the Max Super Specialty Hospital in Saket, New Delhi, India.
Javed Butler
Dr Javed Butler is President, Baylor Scott and White Research Institute, Senior Vice President for the Baylor Scott and White Health and Professor of Medicine at the University of Mississippi, US.
John JV McMurray
Prof John McMurray is Professor of Medical Cardiology and Deputy Director of the Institute of Cardiovascular and Medical Sciences at the University of Glasgow, and honorary Consultant Cardiologist at the Queen Elizabeth University Hospital, Glasgow.
