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当前在细胞病理学中应用全玻片成像的现状:优势和陷阱。

Current state of whole slide imaging use in cytopathology: Pros and pitfalls.

机构信息

Department of Pathology and Diagnostics, University and Hospital Trust of Verona, Verona, Italy.

出版信息

Cytopathology. 2020 Sep;31(5):372-378. doi: 10.1111/cyt.12806. Epub 2020 Mar 13.

Abstract

Whole slide imaging (WSI) allows generation of large whole slide images and their navigation with zoom in and out like a true virtual microscope. It has become widely used in surgical pathology for many purposes, such as education and training, research activity, teleconsultation, and primary diagnosis. However, in cytopathology, the use of WSI has been lagging behind histology, mainly due to the cytological specimen's characteristics, as groups of cells of different thickness are distributed throughout the slide. To allow the same focusing capability of light microscope, slides have to be scanned at multiple focal planes, at the cost of longer scan times and larger file size. These are the main technical pitfalls of WSI for cytopathology, partly overcome by solutions like liquid-based preparations. Validation studies for the use in primary diagnosis are less numerous and more heterogeneous than in surgical pathology. WSI has been proved effective for training students and successfully used in proficiency testing, allowing the creation of digital cytology atlases. Longer scan times are also a barrier for use in rapid on-site evaluation, but WSI retains its advantages of easy sharing of images for consultation, multiple simultaneous viewing in different locations, the possibility of unlimited annotations and easy integration with medical records. Moreover, digital slides set the laboratory free from reliance on a physical glass slide, with no more concern of fading of stain or slide breakage. Costs are still a problem for small institutions, but WSI can also represent the beginning of a more efficient way of working.

摘要

全玻片成像(WSI)允许生成大的全玻片图像,并像真正的虚拟显微镜一样进行缩放。它已广泛应用于外科病理学,用于许多目的,如教育和培训、研究活动、远程咨询和初步诊断。然而,在细胞学中,WSI 的使用落后于组织学,主要是由于细胞学标本的特点,因为不同厚度的细胞群分布在整个载玻片上。为了允许具有相同的光学显微镜聚焦能力,载玻片必须在多个焦平面上进行扫描,这导致扫描时间更长,文件更大。这些是细胞学中 WSI 的主要技术难题,部分通过液体基制剂等解决方案得到解决。用于初步诊断的验证研究比外科病理学的研究数量更少,且更具异质性。WSI 已被证明对学生培训有效,并成功用于能力验证,允许创建数字细胞学图谱。较长的扫描时间也是在现场快速评估中使用的障碍,但 WSI 仍然具有易于咨询图像共享、在不同地点同时进行多个视图、无限注释的可能性以及与病历轻松集成的优势。此外,数字幻灯片使实验室摆脱了对物理载玻片的依赖,不再担心染色褪色或载玻片破裂。对于小机构来说,成本仍然是一个问题,但 WSI 也可以代表更高效工作方式的开始。

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