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Biography
Professor Lars Søndergaard is a consultant cardiologist at Rigshospitalet – Copenhagen, Denmark. Professor of Cardiology at University of Copenhagen, he published over 300 peer reviewed articles, and more than 15 textbook chapters. His research interests are focused on adults with congenital heart diseases and catheter-based heart valve interventions, as well as congenital and structural heart diseases. He led the first-in-human transcatheter mitral valve implantation (CardiAQ) in 2012 and he actively participated to several trials, including NOTION (transcatheter vs. surgical aortic valve replacement in patients with aortic stenosis and low surgical risk), and the REDUCE randomised trial (PFO vs anti-platelet therapy after cryptogenic stroke).
Featured Courses
Didier Tchétché Lars Søndergaard Ran Kornowski et al
Published:
Learning objectives
- Recall the latest data showing why durability and hemodynamics matter for initial valve selection
- Discuss the latest techniques to help achieve optimal outcomes for patients with longer life expectancy
- Review TAVI cases that highlight procedure optimisation with the Evolut pro+ platform
Roxana Mehran Nicolas M Van Mieghem David Hildick-Smith et al
- 1 EBAC
Published:
Learning objectives
- Describe the practical implications of TAVI in the context of coronary artery disease, atrioventricular valve disease and transcatheter heart valve degeneration
- Select appropriate tools for calcified coronary artery disease, including mechanical circulatory support and invasive imaging techniques
- Understand coronary physiology, novel recanalization and goal-oriented planning for chronic total occlusion
- Evaluate the role of novel oral anticoagulants in transcatheter aortic valve implantation
- Discuss the need for gender-specific trials and renal denervation
Roxana Mehran Lars Søndergaard David Hildick-Smith et al
- 1 EBAC
Published:
Learning objectives
- Describe the practical implications of TAVI in the context of coronary artery disease, atrioventricular valve disease and transcatheter heart valve degeneration
- Select appropriate tools for calcified coronary artery disease, including mechanical circulatory support and invasive imaging techniques
- Understand coronary physiology, novel recanalization and goal-oriented planning for chronic total occlusion
- Evaluate the role of novel oral anticoagulants in transcatheter aortic valve implantation
- Discuss the need for gender-specific trials and renal denervation
Kendra J Grubb Lars Søndergaard Didier Tchétché et al
Published:
Learning objectives
- Describe the practical implications of TAVI in the context of coronary artery disease, atrioventricular valve disease and transcatheter heart valve degeneration
- Select appropriate tools for calcified coronary artery disease, including mechanical circulatory support and invasive imaging techniques
- Understand coronary physiology, novel recanalization and goal-oriented planning for chronic total occlusion
- Evaluate the role of novel oral anticoagulants in transcatheter aortic valve implantation
- Discuss the need for gender-specific trials and renal denervation
Kendra J Grubb Lars Søndergaard Didier Tchétché et al
Published:
Learning objectives
- Describe the practical implications of TAVI in the context of coronary artery disease, atrioventricular valve disease and transcatheter heart valve degeneration
- Select appropriate tools for calcified coronary artery disease, including mechanical circulatory support and invasive imaging techniques
- Understand coronary physiology, novel recanalization and goal-oriented planning for chronic total occlusion
- Evaluate the role of novel oral anticoagulants in transcatheter aortic valve implantation
- Discuss the need for gender-specific trials and renal denervation
Nicolas M Van Mieghem Lars Søndergaard Azeem Latib et al
- 1 EBAC
Published:
Learning objectives
- Describe the practical implications of TAVI in the context of coronary artery disease, atrioventricular valve disease and transcatheter heart valve degeneration
- Select appropriate tools for calcified coronary artery disease, including mechanical circulatory support and invasive imaging techniques
- Understand coronary physiology, novel recanalization and goal-oriented planning for chronic total occlusion
- Evaluate the role of novel oral anticoagulants in transcatheter aortic valve implantation
- Discuss the need for gender-specific trials and renal denervation
Nicolas M Van Mieghem Lars Søndergaard Azeem Latib et al
- 1 EBAC
Published:
Learning objectives
- Describe the practical implications of TAVI in the context of coronary artery disease, atrioventricular valve disease and transcatheter heart valve degeneration
- Select appropriate tools for calcified coronary artery disease, including mechanical circulatory support and invasive imaging techniques
- Understand coronary physiology, novel recanalization and goal-oriented planning for chronic total occlusion
- Evaluate the role of novel oral anticoagulants in transcatheter aortic valve implantation
- Discuss the need for gender-specific trials and renal denervation
Roxana Mehran Joost Daemen Lars Søndergaard et al
- 1.00 EBAC
Published:
Learning objectives
- Discuss the expanding number of indications in TAVI
- Select appropriate devices for specific patient groups
- Recall advances in invasive imaging techniques to aid clinical decision making
- Summarise the essential principles of mechanical circulatory support
Ajay J Kirtane Lars Søndergaard Margaret B McEntegart et al
- 1.00 EBAC
Published:
Learning objectives
- Discuss the expanding number of indications in TAVI
- Select appropriate devices for specific patient groups
- Recall advances in invasive imaging techniques to aid clinical decision making
- Summarise the essential principles of mechanical circulatory support
Azeem Latib Kendra J Grubb Holger Thiele et al
- 1.00 EBAC
Published:
Learning objectives
- Discuss the expanding number of indications in TAVI
- Select appropriate devices for specific patient groups
- Recall advances in invasive imaging techniques to aid clinical decision making
- Summarise the essential principles of mechanical circulatory support