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塑化技术的历史与发展

History and development of plastination techniques.

作者信息

von Horst Christoph, von Hagens Rurik, Sora Constantin-Mircea, Henry Robert W

机构信息

HC Biovision, Mainburg, Germany.

Institute for Plastination, Heidelberg, Germany.

出版信息

Anat Histol Embryol. 2019 Nov;48(6):512-517. doi: 10.1111/ahe.12497. Epub 2019 Sep 18.

Abstract

Plastination was a game-changing invention for macroscopic anatomical preparation. The method yielded dry, odourless, tangible and durable specimens which allowed new exhibition and teaching set-ups and paved the way for sophisticated preparations and spectacular positioning of specimens. Despite the impact of the new method, there have been similar techniques in place before. Exsiccation techniques, polymer embeddings and specimen impregnation with hardening substances were earlier methods which already included the main concepts that were later combined and refined in plastination. S10 silicone plastination, the technique most commonly known and applied, was followed by plastination methods suitable for research and sectional anatomy teaching. Numerous variations of sheet plastination techniques allow research applications and new ways of presenting topographic relations and mesoscopic insights. Besides the development of plastination techniques in sensu stricto, related techniques had a renaissance with new applications and developments, including corrosion casting and diaphonization methods. This brief review shall provide a historical context of plastination including some anecdotal spotlights on the ideas and innovations that lead to nowadays plastination techniques.

摘要

塑化技术是宏观解剖标本制备方面一项具有变革性的发明。该方法能得到干燥、无味、可触摸且耐用的标本,这使得新的展览和教学设置成为可能,并为精致的标本制备和引人注目的标本摆放铺平了道路。尽管这种新方法产生了巨大影响,但在此之前就已经存在类似技术。干燥技术、聚合物包埋以及用硬化物质浸渍标本是早期的方法,这些方法已经包含了后来在塑化技术中被结合和完善的主要概念。最广为人知且应用最普遍的技术是S10硅橡胶塑化技术,随后出现了适用于研究和断层解剖学教学的塑化方法。薄片塑化技术的众多变体使得研究应用以及呈现地形关系和微观见解的新方式成为可能。除了狭义上塑化技术的发展,相关技术也因新的应用和发展而复兴,包括腐蚀铸型和透明化方法。这篇简短的综述将提供塑化技术的历史背景,包括一些关于促成当今塑化技术的理念和创新的趣闻轶事。

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