Key result
Hybrid Sapien XT placement offers an alternative to standard surgery for calcified mitral valves.
Describes a hybrid technique for mitral valve replacement using a transcatheter valve in high-risk patients to decrease surgical risk and technical complexity.
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Provides early experience with hybrid mitral replacement; leaves open comparative efficacy versus conventional surgery.
In some high-risk patients, standard mitral valve replacement can represent a challenging procedure, requiring a risky extensive decalcification of the annulus. In particular, high-risk redo patients and patients with a previously implanted transcatheter aortic valve, who develop calcific mitral disease, would benefit from the development of new, minimally invasive, transcatheter or hybrid techniques for mitral valve replacement. In particular, mixing transcatheter valve therapies and well-established minimally invasive techniques for mitral replacement or repair can help in decreasing the surgical risk and the technical complexity. Thus, placing transcatheter, balloon-expandable Sapien™ XT stent-valves in calcified, degenerated mitral valves through a right thoracotomy, a left atriotomy and on an on-pump fibrillating heart, represents an attractive alternative to standard surgery in redo patients, in patients with concomitant transcatheter aortic stent-valves in place and in patients with a high-risk profile. We describe this hybrid technique in detail.
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Ferrari et al. (2013) studied Calcific mitral disease. On-pump fibrillating heart mitral valve replacement with the SAPIEN XT transcatheter heart valve was evaluated. A hybrid technique using transcatheter Sapien XT stent-valves in calcified mitral valves via right thoracotomy on an on-pump fibrillating heart is described as an alternative to standard surgery.
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