Alfaro Ferreres Luis
Unidad de Anatomía Patológica, Hospital Vithas, Castellón, España; Unidad de Anatomía Patológica, Fisabio Oftalmología Médica, Valencia, España; Universidad CEU-Cardenal Herrera, Castellón, España.
Rev Esp Patol. 2022 Jan-Mar;55(1):12-18. doi: 10.1016/j.patol.2021.03.003. Epub 2021 May 28.
Remote diagnosis of frozen sections is an important asset for hospitals that do not have full-time pathologists. Ongoing advances in information technology are constantly being incorporated and we have used real time high-definition video.
Our microscope was connected to a video camera with a 1080p resolution and its signal sent to the computer where OBS software encoded and transmitted video streams to YouTube and Twitch distribution platforms.
The high-quality image thus achieved allows an accurate, remote evaluation of frozen sections. Access through web pages allows them to be reviewed anywhere from any device with an Internet connection.
Remote intraoperative diagnosis is a challenge for pathologists and image quality is a critical requirement for its implementation, which can be solved by video streaming technology. The proper training of technicians is essential. This system can also be applied to many other areas of pathology, such as teaching and consultation.
对于没有全职病理学家的医院来说，冰冻切片的远程诊断是一项重要资产。信息技术的不断进步持续被融入其中，我们采用了实时高清视频。
我们的显微镜连接到一台分辨率为1080p的摄像机，其信号发送到计算机，在计算机上OBS软件对视频流进行编码并传输到YouTube和Twitch分发平台。
由此获得的高质量图像能够对冰冻切片进行准确的远程评估。通过网页访问可使任何人在任何具备互联网连接的设备上查看这些切片。
远程术中诊断对病理学家而言是一项挑战，图像质量是其实施的关键要求，而这可通过视频流技术解决。对技术人员进行适当培训至关重要。该系统还可应用于病理学的许多其他领域，如教学和会诊。
