Sandhya Tamgadge, Avinash P Tamgadge, Amisha Nayak
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引用次数: 0
摘要
背景:颌骨的口腔病变已经在文献中通过高质量的二维临床、放射学和组织病理学图像得到了很好的解释。但是临床医生和大多数时候的学生也不能通过文字描述和现有的二维图像来理解组织病理学方面。这篇文章是初步的尝试,以作者自己设计的三维和栩栩如生的粘土模型来解释牙瘤的组织病理学方面的关键事件,以便于口腔和普通病理学家、学生以及患者更好地理解,这是这篇短文的独特之处。目的:利用各种三维动画软件和粘土模型制作牙瘤的三维动画视频和图像。方法:采用3Dmax (Autodesk Media and Entertainment)软件和Adobe premiere pro 5.5视频编辑软件(Adobe Systems)软件对牙瘤组织病理学方面进行初步的3D图像和视频设计。此外,模型是用儿童彩色粘土材料制作的。观察:通过粘土模型和3D动画视频,呈现出栩栩如生的疾病画面。结论:三维动画和粘土模型解释组织病理学在组织学和组织病理学方面具有广阔的应用前景。
Odontoma - Basic Third Dimensional Histopathology Model Using 3D Animation Software and Clay Model.
Background: Oral lesions of the jaw has been well explained in the literature through high-quality 2D clinical, radiographic, and histopathological images. But the clinicians and most of the times students too, don't understand the histopathological aspect through the description of text and existing 2D images. This article is preliminary attempt to explain the key events of histopathological aspects of odontoma in third dimension and clay models in a life-like manner which author herself has designed, for better understanding not only by oral and general pathologists, and students but also by patients, which is the unique feature of this short manuscript.
Aim: To create 3D animation video and images of odontoma using various 3D animation softwares and clay models.
Methodology: Preliminary 3D images and videos on histopathological aspect of odontoma were designed by using 3Dmax (Autodesk Media and Entertainment) and Adobe premiere pro 5.5 software which is a video editing software (Adobe Systems). Additionally models were prepared using kids' colourful clay material.
Observation: The clay model and 3D animation videos gave life like picture of a disease.
Conclusion: 3D animation and clay models to explain histopathology has promising future for histology and histopathology.