Transarterial Chemoembolization

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Transarterial Chemoembolization (TACE) Simulation Course


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Course Overview

This course provides simulation-based training in hepatic arterial interventions, with a focus on selective and super-selective catheterization, accurate tumor targeting, and controlled chemoembolization delivery. The program emphasizes anatomical understanding, procedural sequencing, and safety principles, enabling participants to practice complex hepatic interventions in a realistic, risk-free simulation environment.

Learning Objectives
  • Understand hepatic vascular anatomy
  • Learn tumor-targeted embolization
Learning Methodology
  • Hepatic intervention simulation
  • Faculty-guided case scenarios
Learning Outcomes
  • Perform TACE simulations
  • Assess embolization endpoints
Eligibility Criteria
  • Postgraduate residents in Radiology or Oncology
  • Fellows in Interventional Radiology / Endovascular specialties
  • Practicing interventional radiologists involved in hepatic procedures
  • Clinicians seeking simulation-based TACE training
Course Modules
Module 1: Hepatic Anatomy & Tumor Mapping
  • Hepatic arterial anatomy and common variants
  • Tumor vascular supply identification
  • Segmental and subsegmental mapping
  • Angiographic interpretation for treatment planning
Module 2: Selective & Super-Selective Access
  • Guide catheter and microcatheter selection
  • Selective catheterization of tumor-feeding arteries
  • Super-selective navigation techniques
  • Stability and support optimization
Module 3: Chemoembolization Delivery
  • Chemoembolic agent preparation
  • Controlled delivery techniques
  • Flow control and reflux prevention
  • Real-time assessment during embolization
Module 4: Post-Procedure Assessment
  • Angiographic endpoints of embolization
  • Tumor devascularization evaluation
  • Recognition of non-target embolization
  • Procedure documentation and review
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