CHAPTER 6. Adhesives for Medical Applications

K. Richter, M. Pinheiro, Kai Borcherding, A. Hartwig, J. Byern, I. Grunwald
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引用次数: 1

Abstract

Adhesives are not only being used increasingly in the design of medical devices, but also in the field of application, both directly on and in humans, for example as a replacement for the suturing and stapling of tissue through adhesive bonding. The advantages of using adhesives include less tissue damage, no incorporated materials that require removal, and a better biocompatibility. In this context, adhesives in the broader sense also perform functions that conventional methods cannot, for example as sealants or blood hemostats. In addition to fully synthetic and semi-synthetic adhesives, an increasing number of formulations are finding their way into research as well as clinical trials or clinical applications that are based on concepts taken from nature (biomimetic) or are a combination of biological and chemical components or are of completely biological origin. The importance of medical adhesives is evident not only in the almost double-digit annual growth rates, but also in the number of publications in this field. The constantly increasing requirements for the approval (CE marking in the EU, 510k or PMA in the USA) of new adhesives (fully synthetic, semi-synthetic, or biological) and the development of such systems in accordance with these requirements and those of the user (medical practitioners) still represent major challenges. This is partly due to the fact that development scenarios, such as the technology-push and market-pull approaches, are currently not being applied in a holistic and interdisciplinary manner.
第六章。医用粘合剂
粘合剂不仅越来越多地用于医疗设备的设计,而且还用于直接在人体上和人体上的应用领域,例如作为通过粘合剂粘合缝合和装订组织的替代品。使用粘合剂的优点包括较少的组织损伤,没有需要去除的合并材料,以及更好的生物相容性。在这种情况下,粘接剂在更广泛的意义上也执行常规方法不能执行的功能,例如作为密封剂或止血剂。除了全合成和半合成粘合剂之外,越来越多的配方正在进入研究以及临床试验或临床应用,这些配方基于取自自然(仿生)的概念,或者是生物和化学成分的组合,或者完全是生物来源。医用粘合剂的重要性不仅体现在几乎两位数的年增长率上,而且体现在该领域的出版物数量上。新粘合剂(全合成、半合成或生物)的批准要求不断增加(欧盟的CE标志,美国的510k或PMA),以及根据这些要求和用户(医疗从业者)的要求开发此类系统仍然是主要挑战。部分原因是,诸如技术推动和市场拉动方法等发展方案目前没有以整体和跨学科的方式得到应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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