Department of Pathology, University Medical Centre Utrecht, Utrecht, The Netherlands.
Histopathology. 2019 Nov;75(5):621-635. doi: 10.1111/his.13953. Epub 2019 Sep 12.
The introduction of fast and robust whole slide scanners has facilitated the implementation of 'digital pathology' with various uses, the final challenge being full digital diagnostics. In this article, we describe the implementation process of a fully digital workflow for primary diagnostics in 2015 at the University Medical Centre in Utrecht, The Netherlands, as one of the first laboratories going fully digital with a future-proof complete digital archive. Furthermore, we evaluated the experience of the first 2 years of working with the system by pathologists and residents. The system was successfully implemented in 6 months, including a European tender procedure. Most pathologists and residents had high confidence in working fully digitally, the expertise areas lagging behind being paediatrics, haematopathology, and neuropathology. Reported limitations concerned recognition of microorganisms and mitoses. Neither the age of respondents nor the number of years of pathology experience was correlated with the confidence level regarding digital diagnostics. The ergonomics of digital diagnostics were better than those of traditional microscopy. In this article, we describe our experiences in implementing our fully digital primary diagnostics workflow, describing in depth the implementation steps undertaken, the interlocking components that are required for a fully functional digital pathology system (laboratory management, hospital information systems, data storage, and whole slide scanners), and the changes required in workflow and slide production.
快速且强大的全玻片扫描仪的引入促进了“数字病理学”的实施,具有多种用途,最终的挑战是全数字化诊断。在本文中,我们描述了 2015 年荷兰乌得勒支大学医学中心在初级诊断中实施全数字化工作流程的过程,该实验室是首批使用具有未来证明的完整数字档案实现全数字化的实验室之一。此外,我们还评估了病理学家和住院医师使用该系统前 2 年的经验。该系统在 6 个月内成功实施,包括一个欧洲招标程序。大多数病理学家和住院医师对全数字化工作具有高度信心,落后的专业领域是儿科、血液病理学和神经病理学。报告的限制涉及微生物和有丝分裂的识别。受访者的年龄或病理经验年限均与数字诊断的信心水平无关。数字诊断的人体工程学优于传统显微镜。在本文中,我们描述了实施我们的全数字化初级诊断工作流程的经验,详细描述了所采取的实施步骤、全功能数字病理学系统所需的互锁组件(实验室管理、医院信息系统、数据存储和全玻片扫描仪)以及工作流程和幻灯片制作所需的更改。