首页> 外文期刊>Virchows Archiv: an international journal of pathology >The virtual case: a new method to completely digitize cytological and histological slides.
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The virtual case: a new method to completely digitize cytological and histological slides.

机译:虚拟案例:一种将细胞学和组织学切片完全数字化的新方法。

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The purpose of this study was to present a new method for handling histological/cytological cases. Thanks to the introduction of information technology in pathology, including the amenities afforded by robotic microscopes and digital imaging, tissue slides can be represented and evaluated using digital techniques in order to construct virtual cases through completely automated procedures. A virtual case (VC) is composed of a collection of digital images representing a histological/cytological slide at all magnification levels together with all relevant clinical data. In the present study, we describe an automated system to manage robotic microscope and image acquisition for the proper construction of VCs. These can then be viewed on a computer by means of an interface ("user-friendly") that allows one to select the more appropriate fields and to examine them at different magnifications, rapidly going from panoramic views to high resolution and vice versa. In comparison with glass slides, VCs have several advantages arising from their digital nature and can be considered a common platform for a wide range of applications such as teleconsultation, education, research, and quality control and proficiency tests.
机译:这项研究的目的是提出一种处理组织学/细胞学病例的新方法。由于病理学中引入了信息技术,包括机器人显微镜和数字成像所提供的便利,因此可以使用数字技术来表示和评估组织玻片,以便通过完全自动化的程序构建虚拟病例。虚拟病例(VC)由代表所有放大水平的组织学/细胞学切片的数字图像以及所有相关临床数据组成。在本研究中,我们描述了一种用于管理机器人显微镜和图像采集以自动构建VC的自动化系统。然后可以通过界面(“用户友好”)在计算机上查看这些图像,该界面允许人们选择更合适的视场并以不同的放大倍率对其进行检查,从而从全景视图迅速变为高分辨率,反之亦然。与玻璃载玻片相比,VC具有数字化优势,可以被认为是远程咨询,教育,研究,质量控制和能力验证等广泛应用的通用平台。

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