School of Electrical and Computer Engineering, Georgia Institute of Technology, USA.
Adv Anat Pathol. 2010 Mar;17(2):130-49. doi: 10.1097/PAP.0b013e3181cfb788.
The vast advancements in telecommunications and converting medical information to a digital format have increased the number of applications within telemedicine. Telepathology, in simplest terms, is the practice of formally rendering a pathologic diagnosis based upon examination of an image rather than of a glass slide through traditional microscopy. The use of telepathology for clinical patient care has so far been limited to relatively few large academic institutions. Although a number of challenges remain, there is increasing demand for the use of information technology in pathology as a whole owing to the expansion of health care networks and the opportunity to enhance the quality of service delivered to patients. The software used to acquire, display, and manage digital images for clinical patient care may be subject to national and federal regulations just as is any other electronic information system. Despite the barriers, telepathology systems possess the capability to help manage pathology cases on a global scale, improve laboratory workload distribution, increase standardization of practice and enable new classes of ancillary studies to facilitate diagnosis and education even in the most remote parts of the earth.
电信技术的巨大进步和将医学信息转换为数字格式,增加了远程医疗的应用数量。从最简单的术语来说,远程病理学是一种基于对图像而不是传统显微镜下的玻璃载片进行检查来正式做出病理诊断的实践。远程病理学在临床患者护理中的应用迄今为止仅限于少数几个大型学术机构。尽管仍然存在许多挑战,但由于医疗保健网络的扩展以及为患者提供服务质量的机会,整个病理学领域对信息技术的使用需求不断增加。用于获取、显示和管理临床患者护理数字图像的软件可能像任何其他电子信息系统一样受到国家和联邦法规的约束。尽管存在障碍,但远程病理学系统具备帮助管理全球范围内病理学病例、改善实验室工作负载分配、提高实践标准化并启用新类别的辅助研究以促进诊断和教育的能力,即使在地球最偏远的地区也是如此。