Leong F J, Leong A S
Mirada Solutions, Oxford, UK.
J Postgrad Med. 2004 Jan-Mar;50(1):62-9.
Digital imaging has made major inroads into the routine practice of anatomical pathology and replaces photographic prints and Kodachromes for reporting and conference purposes. More advanced systems coupled to computers allow greater versatility and speed of turnaround as well as lower costs of incorporating macroscopic and microscopic pictures into pathology reports and publications. Digital images allow transmission to remote sites via the Internet for consultation, quality assurance and educational purposes, and can be stored on and disseminated by CD-ROM. Total slide digitisation is now a reality and will replace glass slides to a large extent. Three-dimensional images of gross specimens can be assembled and posted on websites for interactive educational programmes. There are also applications in research, allowing more objective and automated quantitation of a variety of morphological and immunohistological parameters. Early reports indicate that medical vision systems are a reality and can provide for automated computer-generated histopathological diagnosis and quality assurance.
数字成像已在解剖病理学的常规实践中取得重大进展,并取代了用于报告和会议目的的照片冲印件和柯达彩色幻灯片。与计算机相连的更先进系统具有更高的通用性和更快的周转速度,同时将大体和显微镜图像纳入病理报告及出版物的成本更低。数字图像可通过互联网传输到远程站点用于会诊、质量保证和教育目的,还可存储在光盘上并通过光盘传播。全玻片数字化现已成为现实,并将在很大程度上取代玻璃玻片。大体标本的三维图像可进行组装并发布在网站上用于互动式教育项目。在研究中也有应用,可对各种形态学和免疫组织学参数进行更客观、自动化的定量分析。早期报告表明医学视觉系统已成为现实,能够实现计算机自动生成组织病理学诊断及质量保证。