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三维解剖模型的演变:简要历史概述。

The Evolution of 3D Anatomical Models: A Brief Historical Overview.

机构信息

Halmos College of Natural Sciences and Oceanography, Nova Southeastern University, Fort Lauderdale, Florida, USA.

Department of Neurosurgery, Rutgers Robert Wood Johnson Medical School & University Hospital, New Brunswick, New Jersey, USA.

出版信息

World Neurosurg. 2021 Nov;155:135-143. doi: 10.1016/j.wneu.2021.07.133. Epub 2021 Aug 5.

Abstract

For thousands of years, anatomical models have served as essential tools in medical instruction. While human dissections have been the regular source of information for medical students for the last few centuries, the scarcity of bodies and the religious and social taboos of previous times made the process of acquiring human cadavers a challenge. The dissection process was dependent on the availability of fresh cadavers and thus was met with a major time constraint; with poor preservation techniques, decomposition turned the process of employing bodies for instruction into a race against time. However, the advent of anatomical models has countered this issue by supplying accurate anatomical detail in a physical, three-dimensional form superior to that of the two-dimensional illustrations previously used as the primary adjunct to dissection. Artists worked with physicians and anatomists to prepare these models, creating an interdisciplinary interaction that advanced anatomical instruction at a tremendous rate. These models have taken the form of metal, wood, ivory, wax, papier-mâché, plaster, and plastic and have ultimately evolved into computerized and digital representations currently. We provide a brief historical overview of the evolution of anatomical models from a unique neuroanatomical perspective.

摘要

几千年来,解剖模型一直是医学教学的重要工具。虽然在过去的几个世纪里,人体解剖一直是医学生获取信息的常规来源,但由于尸体的稀缺以及过去的宗教和社会禁忌,获取人体尸体成为了一项挑战。解剖过程依赖于新鲜尸体的可用性,因此受到了重大的时间限制;由于保存技术不佳,尸体在用于教学时的分解过程变成了与时间的赛跑。然而,解剖模型的出现通过以物理的、三维的形式提供精确的解剖细节,克服了这一问题,这种形式优于以前作为解剖主要辅助手段的二维插图。艺术家与医生和解剖学家合作来准备这些模型,这种跨学科的互动极大地促进了解剖教学的发展。这些模型的形式有金属、木材、象牙、蜡、纸浆、石膏和塑料,最终发展成为目前的计算机化和数字化模型。我们从独特的神经解剖学角度简要概述了解剖模型的演变历史。

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