Silicone-Based Coloration Technique Developed to Highlight Plastinated Specimens

Q4 Medicine
J. McCreary, S. Iliff, D. Hermey, Lincoln Memorial, K. McCreary, R. Henry, J. McCreary
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引用次数: 9

Abstract

Coloration is helpful in bringing differentiating characteristics to human plastinates in order to provide a more effective teaching model. Following the cold-temperature Biodur ® S10 technique, a pigmented mixture was added to the musculature, veins and arteries of a fully plastinated human upper extremity, revealing effective and durable visual results. Various methods, testing steps, durability testing and sample tissues were used in defining the final paint solution. The end result was a durable and aesthetically pleasing teaching specimen and the discovery of an easily-followed coloration technique to be used on plastinated specimens.
硅基着色技术的发展突出塑化标本
着色有助于给人体塑化体带来不同的特征,从而提供一种更有效的教学模式。在低温Biodur®S10技术之后,将色素混合物添加到完全塑化的人类上肢的肌肉组织、静脉和动脉中,显示出有效和持久的视觉效果。在确定最终的涂料溶液时,使用了各种方法、测试步骤、耐久性测试和样品组织。最终的结果是一个耐用和美观的教学标本,并发现了一种易于遵循的着色技术,可用于塑化标本。
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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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