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低温/生物耐久性/S10/冯·哈根斯-硅胶塑化技术

Cold temperature/Biodur /S10/von Hagens'-Silicone plastination technique.

作者信息

Henry Robert W, von Hagens Gunther, Seamans Gary

机构信息

Lincoln Memorial University, Harrogate, TN, USA.

University of Tennessee, Knoxville, TN, USA.

出版信息

Anat Histol Embryol. 2019 Nov;48(6):532-538. doi: 10.1111/ahe.12472. Epub 2019 Aug 4.

Abstract

Plastination is a late 20th century preservation methodology which replaces tissue fluid within a specimen with a curable polymer, such as silicone. Plastination yields superb, beautiful, well-preserved specimens each with their own unique qualities. Silicone polymer is used around the world to preserve macroscopic cadavers or portions/organs thereof. Plastination was conceived by Dr. Gunther von Hagens, Universität Heidelberg, Heidelberg, Germany prior to 1977. Silicone polymer was the primary polymer which emerged initially for plastination. The Biodur line of silicone polymer and additives was chosen and manufactured because it has consistently produced the best plastinates since the inception of plastination. Since the discovery of silicone, generic and similar silicone polymers are known and used around the World by many industries and used in numerous products. The plastination process has four steps: Specimen preparation, Specimen dehydration and degreasing, Vacuum-forced impregnation of specimens and Specimen hardening.

摘要

塑化是20世纪后期的一种保存方法,它用可固化的聚合物(如硅树脂)替代标本中的组织液。塑化能产生极好、美观且保存完好的标本,每个标本都有其独特的品质。硅树脂聚合物在全球被用于保存大体尸体或其部分/器官。塑化由德国海德堡大学的冈瑟·冯·哈根斯博士于1977年之前构想出来。硅树脂聚合物是最初用于塑化的主要聚合物。之所以选择并生产BioDur系列硅树脂聚合物和添加剂,是因为自塑化技术诞生以来,它一直能生产出最佳的塑化标本。自硅树脂被发现以来,通用的和类似的硅树脂聚合物在世界各地被许多行业所熟知和使用,并用于众多产品中。塑化过程有四个步骤:标本制备、标本脱水和脱脂、标本的真空强制浸渍以及标本硬化。

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