3D ECHO 360° – Full Scientific Program (ALL COURSES-Basic and Advanced)

Topics And Speakers:

• 01. Why do we need 3D echo – W. Zoghbi (Houston, US)
• 02. Real-time 3D echo. How it works – L. P. Badano (Padua, IT)
• 03. How to acquire and display the 3D data sets – M. J. Monaghan (London, UK)
• 04. What lies behind Understanding 3D echo anatomy – F. Faletra (Lugano, CH)
• 05. The left ventricle – M.J. Monaghan (London, UK)
• 06. The right ventricle – D. Muraru (Padua, IT)
• 07. The left atrium – K. Addetia (Chicago, US)
• 08. The right atrium – L.P. Badano (Padua, IT)
• 09. Masses, artifacts, normal variants – F. Faletra (Lugano, CH)
• 10. Cardiomyopathies – D. Muraru (Padua, IT)
• 11. Ischemic heart disease – V. Delgado (Leiden, NL)
• 12. Right heart – L.P. Badano (Padua, IT)
• 13. The regurgitant mitral valve – R.M. Lang (Chicago, US)
• 14. The stenotic mitral valve – D. Muraru (Padua, IT)
• 15. The regurgitant aortic valve – J.L. Vanoverschelde (Bruxelles, BE)
• 16. Quantitative volume color flow Doppler for the regurgitant valve – M.A. Vannan (Atlanta, US)
• 17. Left atrial size and function as predictors of sinus rhythm restore and persistence after cardioversion – U. Cucchini (Padua, IT)
• 18. Left atrial appendage closure – G. Tarantini (Padua, IT)
• 19. Cardiosound to guide pulmonary vein ablation procedure – E. Merola (Udine, IT)
• 20. The use of NOAC before cardioversion – E. Bertaglia (Padua, IT)
• 21. The tricuspid valve – R.M. Lang (Chicago, US)
• 22. The aortic root – M.A. Vannan (Atlanta, US)
• 23. Simple congenital heart diseases – J. Simpson (London, UK)
• 24. Complex congenital heart diseases – O. Miller (London, UK)
• 25. Chamber quantification 2015 – R.M. Lang (Chicago, US)
• 26. Hypertension – J.L. Zamorano (Madrid, ES)
• 27. Cardiotoxicity – L.P. Badano (Padua, IT)

Advanced Section:

• 01. What is fusion imaging Does it have a role – R. M. Lang (Chicago, US)
• 02. 3D echo and X-ray fusion to guide cardiac procedures – J. L. Zamorano (Madrid, ES)
• 03. Advanced quantification of the left ventricle shape and strain – D. Muraro (Padua, IT)
• 04. Automated quantitave 3-D TEE during MitraClip procedure – M.A. Vannan (Atlanta, US)
• 05. Combined Imaging for TAVI – K. Addetia (Chicago, US)
• 06. What is the role of 3-D Echo in TAVI planning in the real-world – M. A. Vannan (Atlanta, US)
• 07. CT or 3D to size the aortic prosthesis for TAVI – V. Delgado (Leiden, NL)
• 08. Tips and tricks in guiding the TAVI procedure – M. J. Monaghan (London, UK)
• 09. Quantification of mitral regurgitation – P. Lancellotti (LiŠge, BE)
• 10. Geometry and function of the mitral annulus – W. Zoghbi (Houston, US)
• 11. Tips and tricks in guiding the MitraClip procedure – V. Delgado (Leiden, NL)
• 12. Periprosthetic leaks assessment and closure – J. L. Zamorano (Madrid, ES)
• 13. Left atrial size and function as predictors of sinus rhythm restore and persistence after cardioversion – U. Cucchini (Padua, IT)
• 14. Left atrial appendage closure – G. Tarantini (Padua, IT)
• 15. Cardiosound to guide pulmonary vein ablation procedure – E. Merola (Udine, IT)
• 16. The use of NOAC before cardioversion – E. Bertaglia (Padua, IT)
• 17. 3D echo to guide electrophysiological procedures – F. Faletra (Lugano, CH)
• 18. Closure of left atrial appendage – V. Delgado (Leiden, NL)
• 19. Closure of atrial and ventricular septal defects – M. Carminati (San Donato, IT)
• 20. How good is your knowledge.in fluoroscopic anatomy – F. Faletra (Lugano, CH)
• 21. After surgical valve replacement – L. P. Badano (Padua, IT)
• 22. In TAVI procedure – M. J. Monaghan (London, UK)
• 23. In MitraClip procedure – V. Delgado (Leiden, NL)
• 24. After surgery for congenital heart diseases – O. Miller (London, UK)
• 25 Improved workflow for 3D imaging in the cath lab
• 26 Computerized reconstruction of cardiac valves challenges and opportunities
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