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The future of heart valve banking and of homografts: perspective from the Deutsches Herzzentrum Berlin

机译:心脏瓣膜库和同种异体移植的未来:柏林德意志大学的视角

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摘要

Ever since the early days of homograft implantation in 1956, and the introduction into clinical practice by Ross and Barrat Boyes, homograft heart valves have proven to have many advantages. Its disadvantages became evident during long-term follow up. Factors, such as donor and recipient morbidity, tissue banking techniques, and the often complex surgical technique required to implant, are of great influence on the long term results. Because of European Directives, legally binding quality assurance regulations have been introduced in homograft banks. However, still not all processing methods have been scientifically sub-structured on their effects on the final product and its durability. The donor shortage has stimulated researchers and industries to develop and improve mechanical and biological valve substitutes such as the stentless bioprostheses. In general, candidates for homograft valve implantation include patients with: endocarditis, congenital defects and women who wish to become pregnant. For each category of patients different implantation techniques are required. The results of homograft banking and homograft transplantation in the German Heart Institute Berlin are satisfactory. Freedom of re-infection rate after homograft implantation is 91.9% +/- 3.6% after 15 years. Current developments show an increased interest in tissue engineered as well as in de- and re-cellularization of heart valve homografts. The advantages and disadvantages of the several processing techniques have not yet been proven in long term clinical results. For homograft bankers these developments pose as a challenge to join forces and to initiate cooperate projects aimed at scientific and organizational development.
机译:自从1956年开始进行同种异体移植,以及Ross和Barrat Boyes引入临床实践以来,同种异体心脏瓣膜已被证明具有许多优势。在长期随访中,其弊端显而易见。诸如供体和受体的发病率,组织库技术以及植入所需的通常复杂的外科手术技术等因素对长期结果影响很大。根据欧洲指令,同质移植银行已引入具有法律约束力的质量保证法规。但是,仍然不是所有的加工方法都对它们对最终产品的影响及其耐用性进行了科学的亚结构化。供体的短缺刺激了研究人员和工业界开发和改进机械和生物瓣膜替代物,例如无支架生物假体。通常,同种异体瓣膜植入的候选人包括心内膜炎,先天性缺陷和希望怀孕的妇女。对于每种类型的患者,需要不同的植入技术。柏林德国心脏研究所的同种异体移植术和同种异体移植术的结果令人满意。 15年后,同种异体植入后再感染的自由度为91.9%+/- 3.6%。当前的发展显示出对组织工程以及对心脏瓣膜同种移植物的去细胞和再细胞化的兴趣增加。几种处理技术的优缺点尚未在长期临床结果中得到证实。对于同僚银行家来说,这些发展对联合起来并发起旨在科学和组织发展的合作项目构成了挑战。

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