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全玻片成像:病理组织学的未来图景。

Whole slide imaging: The futurescape of histopathology.

机构信息

Department of Histopathology, Anand Diagnostic Laboratory (A Neuberg Associate), Bangalore, Karnataka, India.

出版信息

Indian J Pathol Microbiol. 2021 Jan-Mar;64(1):8-13. doi: 10.4103/IJPM.IJPM_356_20.

Abstract

The last two decades have seen considerable progress in the use of digital technology in histopathology. Digital photography of microscopic slides and the use of static images gave way to robotic microscopes. These technologies had their own limitations that precluded their widespread use. Creation of whole slide scanners that can produce digitized whole slide images (WSI) and the "comparable to conventional microscope" experience opened multiple avenues for their utilization not only in specific applications such as expert consults, quality assessment programs, education and archiving, but also for routine day-to-day reporting. Industry pressures driven by consumer requirements have led to great development in image quality, speed of scanning, size of stored files, and capital cost of scanners. User-friendly software and analytical algorithms have further enhanced user experience. Challenges that need to be either accepted or overcome would include capital expense not significantly yielding a return on investment, and management of storage space. This review attempts to take the reader through the evolution of WSI scanners and to share the author's experience with WSI for routine histopathology reporting, education, and external quality assessment along with a review of available literature.

摘要

在过去的二十年中,数字技术在组织病理学中的应用取得了相当大的进展。显微镜载玻片的数字摄影和静态图像的使用让位于机器人显微镜。这些技术有其自身的局限性,限制了它们的广泛应用。全玻片扫描仪的创建可以生成数字化的全玻片图像 (WSI),并且“与传统显微镜相当”的体验为其在特定应用中的利用开辟了多种途径,不仅在专家咨询、质量评估计划、教育和存档等特定应用中,而且在常规日常报告中也有广泛应用。受消费者需求推动的行业压力,使得图像质量、扫描速度、存储文件大小和扫描仪的资本成本都得到了极大的发展。用户友好的软件和分析算法进一步增强了用户体验。需要接受或克服的挑战包括资本支出不会显著带来投资回报,以及存储空间的管理。本文试图引导读者了解 WSI 扫描仪的发展历程,并分享作者在常规组织病理学报告、教育和外部质量评估方面使用 WSI 的经验,同时回顾现有文献。

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