Long-term follow-up after sutureless Perceval S valve implantation as bail-out strategy in a hostile environment
Author(s) -
Constantin Mork,
Luca Koechlin,
Thibault Schaeffer,
Friedrich Eckstein,
Oliver Reuthebuch
Publication year - 2020
Publication title -
cardiovascular medicine
Language(s) - English
Resource type - Journals
eISSN - 1664-204X
pISSN - 1664-2031
DOI - 10.4414/cvm.2020.02093
Subject(s) - aortic root , aortic valve replacement , term (time) , medicine , aortic valve , surgery , cardiology , aorta , physics , quantum mechanics , stenosis
Homograft implantation accounts for less than 1% of aortic valve replacements [1]. This technique is used for a variety of complex aortic valve and root diseases because of its various advantages, including an excellent haemodynamic profile, good perioperative haemostasis, a low risk for thromboembolism and a decreased risk for prosthesis infection [1]. Thus, homografts are preferentially implanted in cases of advanced endocarditis. On the other hand, reoperations of a homograft are considered to be challenging owing to potentially severe adhesions and calcifications. Hence, clamping and suturing may increase the risk of neurological complications [1]. The Perceval S prosthesis (fig. 1) is, as a result of its sutureless and rapid deployment design, a potential substitute for sewing the valve in a calcified setting. Its elastic nitinol stent securely anchors the valve without the need for any sutures [2, 3].
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