Singh Rajendra, Chubb Lauren, Pantanowitz Liron, Parwani Anil
Department of Dermatology, University of Pittsburgh Medical Center, Pittsburgh, PA, USA.
J Pathol Inform. 2011;2:23. doi: 10.4103/2153-3539.80719. Epub 2011 May 11.
As digital slides need a lot of storage space, lack of a singular method to acquire and store these large, two-dimensional images has been a major stumbling block in the universal acceptance of this technology. The DICOMS Standard Committee Working Group 26 has put in a tremendous effort to standardize storage methods so that they are more in line with currently available PACS in most hospitals for storage of radiology images. A recent press release (Supplement 145) of these standards was hailed by one and all involved in the field of digital pathology as it will make it easier for hospitals to integrate digital pathology into their already established systems without adding too much overhead costs. Besides, it will enable different vendors developing the scanners to upgrade their products to storage systems that are common across all systems.
由于数字幻灯片需要大量存储空间,缺乏一种单一的方法来获取和存储这些大型二维图像一直是这项技术被广泛接受的主要绊脚石。DICOMS标准委员会第26工作组付出了巨大努力来规范存储方法,使其更符合大多数医院目前用于存储放射影像的PACS系统。这些标准最近发布的一份新闻稿(补编145)受到了数字病理学领域所有相关人员的欢迎,因为这将使医院更容易将数字病理学集成到其已建立的系统中,而无需增加过多的间接成本。此外,这将使不同的扫描仪开发供应商能够将其产品升级到所有系统通用的存储系统。