绘画塑化的神经血管通路:着色技术的评价

Q4 Medicine
A. Raoof, C. Marchese, L. Marchese, N. Mirafzali
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引用次数: 4

摘要

神经血管结构的绘画被用来突出这些结构,以促进解剖学的研究。之前在密歇根大学,神经血管途径的塑化是用Tamiya®丙烯酸涂料用刷子使用传统的应用程序。随着时间的推移,油漆明显变质。人们认为,油漆脱落是因为硅酮表面没有为油漆提供足够的附着力。因此,本项目旨在测试新产品和新的应用方法,以提高突出产品应用于塑化神经血管通路时的存活率。选择各种产品(油漆、溶剂和底漆)和方法进行测试。其中,在催化剂(CT 32,道康宁)和硅酸乙酯(Silbond-40®)在涂料上的应用之前,将丙烯酸涂料应用于样品,提供了一种坚固耐用的涂料,可以承受剧烈的处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Painting Plastinated Neurovascular Pathways: Evaluation of Coloring Techniques
Painting of neurovascular structures has been used to highlight these structures to facilitate the study of anatomy. Previously at the University of Michigan, neurovascular pathways of plastinates were painted with Tamiya ® Acrylic paints using conventional application with a brush. With continued handling over time, significant deterioration of the paint was observed. It was believed that the paint chipped off because the silicone surface did not provide adequate adhesion for the paint. Therefore, this project was designed to test new products and new application methods that might improve survival of the highlighting product when applied to the plastinated neurovascular pathways. Various products (paints, solvents, and base coats) and methods were selected for testing. Of these, acrylic paint applied to the specimen prior to catalyst (CT 32, Dow Corning) and application of ethyl silicate (Silbond-40 ® ) over the paint, provided a strong and durable paint that could withstand vigorous handling.
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来源期刊
Journal of Plastination
Journal of Plastination Health Professions-Medical Laboratory Technology
CiteScore
0.40
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0.00%
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