REFRESHER COURSE

RC 1303 - New techniques in cardiac CT: game changers or money makers?

Lectures

1
RC 1303_1 - A. Morphology matters: cardiac CT can improve the outcome

RC 1303_1 - A. Morphology matters: cardiac CT can improve the outcome

18:47Giuseppe Muscogiuri, Milan / IT

Learning Objectives
1. To underline the high predictive value of cardiac CT.
2. To emphasise the impact of cardiac CT on the outcome.
3. To discuss the role of cardiac CT in the clinical management of coronary artery disease patients.

2
RC 1303_2 - B. CT perfusion: integration of function will change the game

RC 1303_2 - B. CT perfusion: integration of function will change the game

20:28Rozemarijn Vliegenthart, Groningen / NL

Learning Objectives
1. To learn about the technical challenges of performing CT perfusion.
2. To understand the opportunities of combining functional and morphological information by adding perfusion to cardiac CT.
3. To become familiar with the interpretation of CT perfusion results.

3
RC 1303_3 - C. CT-derived fractional flow reserve (FFR) is the future!

RC 1303_3 - C. CT-derived fractional flow reserve (FFR) is the future!

18:15Rodrigo Salgado, Antwerp / BE

Learning Objectives
1. To understand the principle of CT derived fractional flow reserve (CT FFR).
2. To learn about the possible added value of CT derived FFR to cardiac CT.
3. To discuss the influence of availability of CT derived FFR in the clinical management of CAD patients.

RC 1303-1
A. Morphology matters: cardiac CT can improve the outcome
Learning Objectives
1. To underline the high predictive value of cardiac CT. 2. To emphasise the impact of cardiac CT on the outcome. 3. To discuss the role of cardiac CT in the clinical management of coronary artery disease patients.
RC 1303-2
B. CT perfusion: integration of function will change the game
Learning Objectives
1. To learn about the technical challenges of performing CT perfusion. 2. To understand the opportunities of combining functional and morphological information by adding perfusion to cardiac CT. 3. To become familiar with the interpretation of CT perfusion results.
RC 1303-3
C. CT-derived fractional flow reserve (FFR) is the future!
Learning Objectives
1. To understand the principle of CT derived fractional flow reserve (CT FFR). 2. To learn about the possible added value of CT derived FFR to cardiac CT. 3. To discuss the influence of availability of CT derived FFR in the clinical management of CAD patients.

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