Aortic Valve Endovascular

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Aortic Valve Endovascular Simulation Course


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Course Overview

This course provides structured simulation-based training in endovascular aortic valve procedures, focusing on access planning, anatomical orientation, valve navigation, deployment, and management of procedural challenges. Training is conducted in a high-fidelity simulation environment to enable safe repetition and skill acquisition.

Learning Objectives
  • Understand aortic root anatomy and procedural workflow
  • Learn safe vascular access and closure principles
  • Develop valve navigation and deployment skills
  • Recognize procedural risks
Learning Methodology
  • High-fidelity endovascular simulator training
  • Stepwise procedural progression
  • Faculty-guided hands-on practice
  • Scenario-based complication training
Learning Outcomes
  • Perform simulated valve deployment with anatomical accuracy
  • Maintain controlled device positioning
  • Identify and respond to deployment-related complications
Eligibility Criteria
  • Postgraduate residents in cardiology and related specialties
  • Fellows in interventional cardiology / structural heart programs
  • Practicing cardiologists seeking simulation-based training
  • Early-career consultants involved in endovascular procedures
Course Modules
Module 1: Vascular Access & Setup
  • Patient and vascular access planning
  • Femoral access techniques and sheath placement
  • Device preparation and catheter setup
  • Radiation safety and procedural ergonomics
Module 2: Aortic Root Anatomy & Orientation
  • Aortic root anatomy and fluoroscopic landmarks
  • Valve annulus assessment and orientation
  • Identification of coronary ostia and sinuses
  • Imaging interpretation for procedural guidance
Module 3: Valve Crossing & Positioning
  • Wire and catheter navigation across the native valve
  • Stable positioning within the aortic annulus
  • Alignment techniques for accurate valve placement
  • Control of device movement during positioning
Module 4: Valve Deployment & Optimization
  • Stepwise valve deployment techniques
  • Depth and orientation optimization
  • Assessment of valve expansion and positioning
  • Post-deployment evaluation and fine adjustments
Module 5: Complication Recognition & Bailout Strategies
  • Identification of deployment-related complications
  • Management of malposition and paravalvular leak
  • Strategies for hemodynamic instability
  • Safe bailout and procedural recovery techniques
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