Schüngel P
Anat Anz. 1986;161(1):69-79.
In 1951 Plastoid was introduced into the anatomical reconstruction technique of vascular system by Schummer. Now the present study shows Plastoid as a casting-material even for scanning electron microscope-technique superior to other resins used for this purpose. Its special benefit is well-founded in intensive temperature stability, variable polymerization time, changeable viscosity and last not least in his low priced application-mode. Plastoid corrosion-casting models exhibit endothel nuclear impressions and cell borders, smooth muscle layers ("Plastic-Strips") (Castenholz et al. 1982) and inner elastic elements of blood vessels in scanning electron microscopy.
1951年,舒默将塑料铸型引入血管系统的解剖重建技术。现在,本研究表明,塑料铸型作为一种用于扫描电子显微镜技术的铸型材料,优于其他用于此目的的树脂。它的特殊优势源于其良好的温度稳定性、可变的聚合时间、可变化的粘度,最后但同样重要的是其低成本的应用方式。在扫描电子显微镜下,塑料铸型腐蚀模型呈现出内皮细胞核印记、细胞边界、平滑肌层(“塑料条带”)(卡斯滕霍尔茨等人,1982年)以及血管的内弹性元件。