Prostatic Artery Embolization (PAE) by Mentice is a simulation software module designed to train interventional radiologists in the technically demanding procedure of PAE. The software is based on real patient anatomies and case data, developed in collaboration with leading experts in the field. It provides a hyper-realistic, hands-on training environment that covers the full spectrum of skills required for PAE, including identification of the prostatic artery, navigation of highly variable pelvic vasculature, and avoidance of non-target embolization. The module features fully guided cases with hints, tips, and tricks, as well as angiographic anatomy labeling and 3D anatomical representations. Users can practice microcatheter and microwire manipulation, perform cone beam computed tomography, and visualize the effects of embolization in real time. The software is integrated with the VIST® G7 and G7+ simulation platforms, offering advanced haptic feedback and procedural realism. This enables clinicians to reduce the steep learning curve associated with PAE, improve technical competence, and enhance patient safety without risk.

Key Features

Real Patient-Based Anatomies and Cases Training material derived from actual clinical data.

• Highly detailed, variable anatomies for realistic practice.
• Patient-specific case scenarios for advanced planning.

Fully Guided, Interactive Training Step-by-step procedural guidance.

• Hints, tips, and tricks from leading experts.
• Angiographic anatomy labeling and 3D visualization.

Advanced Device and Imaging Simulation Covers all technical aspects of PAE.

• Microcatheter and microwire manipulation in complex vasculature.
• Cone beam computed tomography and real-time embolization visualization.

Complication Management and Safety Focus on avoiding non-target embolization.

• Visual cues for optimal device positioning.
• Training to recognize and manage collateral vasculature.

Benefits

Reduces Learning Curve for Complex Procedures Accelerates skill acquisition for PAE.

• Enables hands-on practice before treating real patients.
• Drastically shortens the number of cases needed to achieve proficiency.

Improves Technical Competence and Patient Safety Enhances operator confidence and outcomes.

• Teaches advanced device handling and anatomical recognition.
• Reduces risk of complications through simulation-based rehearsal.

Supports Self-Learning and Continuous Education Adaptable for individual and institutional training.

• Self-paced, repeatable cases for ongoing skill development.
• Used by hospitals, societies, and device companies worldwide.