• KEYNOTE -Towards multidimensional imaging, integrating anatomy and physiology in CHD 👤 Luc Mertens, Toronto
• 3D echocardiography and integration of hemodynamics. Can we predict hemodynamic results of valve repair? 👤 Nina Hakacova, Lunds
• 3D Echocardiography for guiding interventional valve procedures in CHD 👤 Xavier Iriart, Bordeaux
• Fusion imaging and its role in surgical decision making. The multimodality future 👤 Israel Valverde, Sevilla/Toronto

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20 minutes discussion 

Break (15 minutes) 

• KEYNOTE Novel insights into cardiac structure and cardiac development 👤 TBD
• Spatial resolution in echocardiography: can we still improve it? 👤 Mathieu Pernot, Paris
• Myocardial structure assessment – can shear wave ultrasound assess stiffness and fiber orientation? 👤 Annette Caenen, Ghent
• 3D ultrafast ultrasound imaging – the future for neonatal cardiac anatomy assessment 👤 Clement Papadacci, Paris

• KEYNOTE – Myocardial elastography with natural and induced shear waves in pediatric echocardiography – current state of the art 👤 Olivier Villemain, Bordeaux
• Stiffness assessment in single ventricles; the new frontier? 👤 Thomas Salaets, Leuven
• Myocardial work assessment in pediatric heart disease based on stiffness-strain analysis. the next frontier? 👤 Maelys Venet, Bordeaux
• The relationship between tissue and flow properties in the fetal heart 👤 Solveig Fadnes, Trondheim

• KEYNOTE – Blood Speckle Tracking in Pediatric and Congenital Heart Disease- what does it add? 👤 Siri Ann Nyrnes, Trondheim
• Intraventricular Pressure Difference by Blood Speckle Tracking- can we assess diastolic suction? 👤 Kristian Sorensen, Trondheim
• Coronary perfusion quantification by high frame rate imaging: do we have to use microbubbles in pediatrics? 👤 Hendrik Vos, Ghent
• Myocardial blood volume assessment in pediatric heart disease- what does it add? 👤 Minh Nguyen, Houston

• KEYNOTE – Speckle tracking in Pediatrics: limits and technical challenges 👤 Jan d’Hooge, Leuven
• RV remodeling in tetralogy of Fallot- influence of dyssynchrony and ventricular interactions 👤 Mark Friedberg, Toronto
• Atrial strain for assessing diastolic function in pediatric heart disease 👤 Minh Nguyen, Houston
• Artificial intelligence how can it advance pediatric echocardiography 👤 Lasse Lovstakken, Norway

• KEYNOTE – Regulation of Brain Perfusion in Children with CHD 👤 Kenneth Brady, Chicago
• Neuromonitoring (for children with congenital heart disease) – A Strategy for Artificial Intelligence (AI) With Clinical Impact 👤 Joppe Nijman, Utrecht
• Brain perfusion in newborns – impact of  patent ductus arteriosus on the brain 👤 Elise Langouet, Bordeaux
• Neonatal cardiac surgeries and brain perfusion 👤 Christopher Haller, Toronto

• NeoDoppler – how and why 👤 Siri Ann Nyrnes, Trondheim
• 2D Ultrafast Doppler: quantification and arteries-veins discrimination 👤 Nikan Fakhari, Toronto
• Functional Ultrasound (fUS) – ready to go in clinical practice? 👤 Charlie Demene, Paris
• Brain perfusion monitoring: do we need new equipment? 👤 Jérôme Baranger, Paris

• Heart and brain: developmental link 👤 Luc Mertens, Toronto
• Shear wave elastography for newborn brain 👤 Mathieu Pernot. Paris
• Cardiac and cerebral MRI in neonates: should we systematically combine both? 👤 Israel Valverde, Sevilla/Toronto
• Transcranial ultrafast ultrasound localization microscopy 👤 Charlie Demene, Paris