Renal Denervation: 60 Second Insights
Published: 22 March 2019
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Views:
8 -
Likes:
7
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Up Next
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Part 1 | Session 2 Aloke Finn
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Part 1 | Session 3 David Kandzari
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Part 1 | Session 4 Horst Sievert
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Part 1 | Session 5 Ajay Kirtane
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Part 1 | Session 6 Robert Schwartz
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Part 2 | Session 1 Justin Davies
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Part 2 | Session 2 David Kandzari
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Part 2 | Session 3 Horst Sievert
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Part 2 | Session 4 Ajay Kirtane
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Part 2 | Session 5 Robert Schwartz
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Part 2 | Session 6 Patrick Serruys
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Part 2 | Session 7 Gerald Werner
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Part 2 | Session 8 Aloke Finn
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Part 3 | Session 1 Justin Davies
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Part 3 | Session 2 Aloke Finn
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Part 3 | Session 3 David Kandzari
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Part 3 | Session 4 Horst Sievert
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Part 3 | Session 5 Ajay Kirtane
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Part 3 | Session 6 Robert Schwartz
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Part 4 | Session 1 Justin Davies
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Part 4 | Session 2 Aloke Finn
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Part 4 | Session 3 David Kandzari
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Part 4 | Session 4 Horst Sievert
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Part 4 | Session 5 Ajay Kirtane
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Part 4 | Session 6 Robert Schwartz
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Part 5 | Session 1 Justin Davies
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Part 5 | Session 2 Aloke Finn
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Part 5 | Session 3 David Kandzari
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Part 5 | Session 4 Horst Sievert
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Part 5 | Session 5 Ajay Kirtane
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Part 5 | Session 6 Robert Schwartz
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Part 5 | Session 7 Gerald Werner
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Part 6 | Session 1 Justin Davies
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Part 6 | Session 2 Aloke Finn
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Part 6 | Session 3 David Kandzari
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Part 6 | Session 4 Horst Sievert
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Part 6 | Session 5 Ajay Kirtane
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Part 6 | Session 6 Robert Schwartz
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Part 6 | Session 7 Gerald Werner
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Part 7 Justin Davies
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Part 8 Justin Davies
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Part 9 | Session 1 Justin Davies
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Part 9 | Session 2 David Kandzari
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Part 10 | Session 1 Justin Davies
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Part 10 | Session 2 David Kandzari
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Part 11 | Session 1 Justin Davies
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Part 11 | Session 2 Aloke Finn
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Part 11 | Session 3 David Kandzari
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Part 11 | Session 4 Horst Sievert
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Part 11 | Session 5 Ajay Kirtane
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Part 11 | Session 6 Robert Schwartz
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Part 12 | Session 1 Justin Davies
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Part 12 | Session 2 Aloke Finn
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Part 12 | Session 3 David Kandzari
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Part 12 | Session 4 Horst Sievert
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Part 12 | Session 5 Ajay Kirtane
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Part 12 | Session 6 Robert Schwartz
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Part 13 | Session 1 Justin Davies
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Part 13 | Session 2 Aloke Finn
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Part 13 | Session 3 David Kandzari
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Part 13 | Session 4 Horst Sievert
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Part 13 | Session 5 Ajay Kirtane
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Part 13 | Session 6 Robert Schwartz
Overview
A short series of 60-second insight videos on renal denervation. Hear the expert views in under one minute!
More from this programme
Part 1
Thinking about patient preference, what role does RDN have in blood pressure control?
Part 2
What role do you see for renal denervation in control of blood pressure in your patients?
Part 3
Where does renal denervation fit in your current clinical practice?
Part 4
What are the biggest barriers to blood pressure control in your patients?
Part 5
Which patient groups are most receptive to RDN?
Part 6
What is needed to get widespread adoption into clinical practice?
Part 7
How have SPYRAL HTN-OFF and SPYRAL HTN-ON studies influenced your clinical practice?
1 session | |
Justin Davies | Watch now |
Part 8
Thinking about the SPYRAL HTN-OFF and SPYRAL HTN-ON studies, what are the take-home messages for you?
1 session | |
Justin Davies | Watch now |
Part 9
Thinking about the SPYRAL HTN-OFF and SPYRAL HTN-ON studies, for you, what are the key results?
2 sessions | |
Justin Davies | Watch now |
David Kandzari | Watch now |
Part 10
Can you give an overview of the RDN SPYRAL clinical trial program?
2 sessions | |
Justin Davies | Watch now |
David Kandzari | Watch now |
Part 11
Thinking about compliance, what are the advantages of RDN over pharmacological therapy?
Part 12
How does renal denervation work?
Part 13
Does renal denervation work?
Faculty Biographies
Justin E Davies
Dr Justin Davies is a Senior Research Fellow and Consultant Cardiologist at Imperial College London. He also completed his undergraduate training and continued on to complete his PhD at Imperial after being awarded a British Heart Foundation research fellowship.
Now a leading clinical academic in the field of interventional cardiology, Dr Davies has pioneered several new techniques, including coronary wave intensity and instantaneous wave-free ratio (iFR). He is also published extensively in the field of hypertension and coronary and large artery physiology.