Department of Dermatology, Course of Integrated Medicine, Graduate School of Medicine, Osaka University, Suita, Osaka, Japan.
Diagn Pathol. 2012 Dec 13;7:177. doi: 10.1186/1746-1596-7-177.
An online consultation system using virtual slides (whole slide images; WSI) has been developed for pathological diagnosis, and could help compensate for the shortage of pathologists, especially in the field of dermatopathology and in other fields dealing with difficult cases. This study focused on the performance and future potential of the system.
In our system, histological specimens on slide glasses are digitalized by a virtual slide instrument, converted into web data, and up-loaded to an open server. Using our own purpose-built online system, we then input patient details such as age, gender, affected region, clinical data, past history and other related items. We next select up to ten consultants. Finally we send an e-mail to all consultants simultaneously through a single command. The consultant receives an e-mail containing an ID and password which is used to access the open server and inspect the images and other data associated with the case. The consultant makes a diagnosis, which is sent to us along with comments. Because this was a pilot study, we also conducted several questionnaires with consultants concerning the quality of images, operability, usability, and other issues.
We solicited consultations for 36 cases, including cases of tumor, and involving one to eight consultants in the field of dermatopathology. No problems were noted concerning the images or the functioning of the system on the sender or receiver sides. The quickest diagnosis was received only 18 minutes after sending our data. This is much faster than in conventional consultation using glass slides. There were no major problems relating to the diagnosis, although there were some minor differences of opinion between consultants. The results of questionnaires answered by many consultants confirmed the usability of this system for pathological consultation. (16 out of 23 consultants.)
We have developed a novel teledermatopathological consultation system using virtual slides, and investigated the usefulness of the system. The results demonstrate that our system can be a useful tool for international medical work, and we anticipate its wider application in the future.
The virtual slides for this article can be found here: http://www.diagnosticpathology.diagnomx.eu/vs/1902376044831574.
已经开发出一种使用虚拟幻灯片(全玻片图像;WSI)的在线咨询系统,用于病理诊断,可以帮助弥补病理学家的短缺,特别是在皮肤科病理学领域和处理疑难病例的其他领域。本研究重点介绍了该系统的性能和未来潜力。
在我们的系统中,载玻片上的组织学标本通过虚拟幻灯片仪器数字化,转换为网络数据,并上传到开放服务器。使用我们自己专门构建的在线系统,我们输入患者的详细信息,如年龄、性别、受影响区域、临床数据、病史和其他相关项目。然后,我们选择多达十位顾问。最后,我们通过一个命令同时向所有顾问发送电子邮件。顾问收到一封包含 ID 和密码的电子邮件,用于访问开放服务器并检查与案例相关的图像和其他数据。顾问做出诊断,并将其与评论一起发送给我们。由于这是一项试点研究,我们还与顾问一起就图像质量、可操作性、可用性等问题进行了几次问卷调查。
我们为 36 例病例征求了咨询意见,包括肿瘤病例,并在皮肤科病理学领域涉及一位至八位顾问。在发送方或接收方都没有注意到图像或系统功能方面的问题。最快的诊断在发送数据后仅 18 分钟就收到了。这比使用玻璃载玻片的传统咨询要快得多。虽然顾问之间存在一些意见分歧,但没有与诊断有关的重大问题。许多顾问回答的问卷调查结果证实了该系统用于病理咨询的可用性。(23 位顾问中的 16 位。)
我们开发了一种使用虚拟幻灯片的新型远程皮肤病学咨询系统,并研究了该系统的实用性。结果表明,我们的系统可以成为国际医疗工作的有用工具,我们预计它将在未来得到更广泛的应用。
本文的虚拟幻灯片可在此处找到:http://www.diagnosticpathology.diagnomx.eu/vs/1902376044831574。