远端神经病理学:提高临床病理诊断正确性的一种手段。

Walter
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引用次数: 6

摘要

一般来说,远端病理学,特别是远端神经病理学是远距离病理学的实践,在视频监视器上观看组织切片的数字化图像,而不是直接通过光学显微镜。为了将数字化图像从远程显微镜传输到远程诊断视频监视器,可以使用不同的技术,如普通电话线,宽带电信信道,甚至互联网。传输的图像可用于初级神经病理诊断、远程会诊、质量保证、能力测试和远程学习。静态成像和动态成像是远程显微镜的两大竞争技术。静态成像系统在诊断神经病理学方面的准确性似乎并不令人满意。相比之下,通过实时传输实时视频图像的动态成像系统和远程神经病理学家控制下的机器人远程显微镜,可以实现高水平的诊断准确性,可以检查整个组织学标本。
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Teleneuropathology: a means to improve the correctness of neuropathological diagnoses in clinical practice.

Telepathology in general, and teleneuropathology in particular is the practice of pathology at a distance, viewing digitized images of histological slides on a video monitor rather than directly through a light microscope. For the transmission of the digitized images from a telemicroscope to the remote diagnostic video monitor, different technologies such as ordinary telephone lines, broadband telecommunications channels, and even the Internet can be used. The transmitted images may serve for primary neuropathological diagnosis, teleconsultation, quality assurance, proficiency testing, and distance learning. Static imaging and dynamic imaging are the two major competing technologies of telemicroscopy. Static-imaging systems appear to have levels of diagnostic accuracy that are not satisfactory for diagnostic neuropathology. In contrast, high levels of diagnostic accuracy can be achieved using dynamic-imaging systems with the transmission of live video images in real time and by using a robotized telemicroscope under the control of the remote teleneuropathologist with the possibility to examine the entire histological specimen.

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