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Titlebook: Edge-to-Edge Mitral Repair; From a Surgical to a Ottavio Alfieri,Michele De Bonis,Giovanni La Canna Book 2015 Springer International Publis

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answer. While the technique seemed to be reliable and easy to apply in different settings, the clinical and pathophysiological consequences of creating a double-orifice valve were unknown. The main questions were concerning the hemodynamics of a double-orifice valve: How much the double-orifice con
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tory: i.e., both shortening [1] and elongation [2] of the anterior leaflet), which probably illustrates confusion in the interpretation of the disease. Mitral regurgitation due to HCM is mainly functional (secondary) as a consequence of systolic anterior motion (SAM) of the anterior leaflet. Two dys
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this technique is applied in the central part of the anterior and posterior MV leaflets, two orifices are created and the effective MV area is significantly reduced.3D-computational models and in vitro studies have demonstrated that the hemodynamic performance of a double orifice valve is similar t
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Tectonics and Structure of China, a number of trans-catheter technologies to perform percutaneous mitral valve repair. The evolution from a standard open heart surgical to percutaneous procedure involved the application of the technique in minimally invasive robotic surgery and direct access (trans-atrial) off-pump suture-based rep
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China’s Emerging Global Businessesitation (MR) who are not eligible to surgery due to advanced age, comorbidities and heart dysfunction. One of these technological improvements involved the creation of the MitraClip System which mimics the surgical edge-to-edge stitch by implanting a clip via a transatrial transfemoral access under
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