Coronary CT Angiography

Coronary CT Angiography has emerged as a first-line, non-invasive imaging modality for assessing coronary anatomy, plaque burden, stenosis significance, and risk stratification. This session provides a detailed overview of the technology, acquisition protocols, interpretation strategies, and clinical applications of CCTA. With growing demand for a dedicated cardiology conference, this session equips clinicians with the practical knowledge required to integrate CCTA into diagnostic workflows.

The description covers scanner types, radiation protocols, contrast administration, heart rate optimization, motion correction, and image reconstruction techniques. Participants will learn to evaluate plaque morphology, luminal stenosis, high-risk plaque features (positive remodeling, low attenuation plaque, napkin-ring sign), and non-obstructive disease patterns. The session details how CCTA compares with stress imaging, invasive angiography, and emerging tools like FFR-CT.

A major theme focuses on applying advanced CCTA interpretation techniques in daily practice. This includes identifying artifact mimics, assessing bypass grafts and stents, evaluating anomalous coronary origins, and integrating CCTA findings with clinical risk scores. Participants will also understand how CCTA improves decision-making in stable chest pain, intermediate-risk patients, young populations, and unclear presentations.

Future directions include photon-counting CT, automated plaque quantification, machine learning triage, and hybrid imaging combining CCTA with perfusion CT or PET. By the end, attendees will be ready to use CCTA confidently in diverse clinical settings.

Core Elements of CCTA

Acquisition and Optimization

  • Controlling heart rate, contrast timing, and radiation dose.
  • Using motion correction to improve image quality.

Plaque and Stenosis Evaluation

  • Identifying morphology, burden, and high-risk features.
  • Differentiating obstructive vs. non-obstructive patterns.

Comparative and Functional Insights

  • Knowing when to use CCTA vs. stress testing.
  • Integrating FFR-CT for functional assessment.

Specialized Imaging Scenarios

  • Evaluating grafts, stents, anomalies, and congenital variants.
  • Avoiding pitfalls and artifacts during interpretation.

Clinical and Operational Benefits

Earlier Detection of Coronary Disease
CCTA identifies disease before symptoms progress.

Better Risk Stratification
High-risk plaque detection guides preventive therapy.

Reduced Need for Invasive Testing
Non-invasive clarity avoids unnecessary procedures.

Improved Patient Understanding
Visual imaging enhances communication and adherence.

Streamlined Chest Pain Pathways
CCTA accelerates triage and reduces hospital stay.

 

Better Alignment With Guidelines
CCTA is now first-line for stable chest pain evaluation.

Related Sessions You May Like

Join the Global Cardiology & Cardiovascular Science Community

Join leading cardiologists, cardiovascular scientists, and healthcare experts from around the world. Present your pioneering research and explore the latest breakthroughs in heart health, cardiovascular diseases, and cutting-edge treatments driving the future of cardiology.

Copyright 2024 Mathews International LLC All Rights Reserved

Watsapp
Top