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Current status of telepathology
APMIS, 1994Telepathology is moving from the experimental stage to become a regular feature of pathology practice. This has been made possible by technical advances in telecommunications and image processing. Since 1990 the University Hospital of Tromsø has provided local hospitals in northern Norway with a remote frozen section service and with access to video ...
T J, Eide, I, Nordrum
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Telepathological (Image Transmission) Configuration
Journal of Telemedicine and Telecare, 1996The Laboratory for Biomedical Informatics (LBMI) has developed a digital microscope control module incorporated into an image analysis system. This is now equipped with an ISDN switch box for linking up with a remote computer-based station for delivering histopathological services.
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Telepathology using immunofluorescence/immunoperoxidase microscopy
Journal of Telemedicine and Telecare, 2004We evaluated low-cost, store-and-forward telepathology interpretation of digital images of skin sections stained immunohistochemically, using immunofluorescence (IF) and immunoperoxidase (IP). The sample comprised 17 patients with skin diseases characterized by cutaneous deposition of immunoglobulins, fibrinogen or complement components.
C M, Lanschuetzer +7 more
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Electronic Journal of Pathology and Histology, 2000
AIMS: The telepathology system TPS is the result of a joint development of the Institute of Pathology and the Department of Prenatal Diagnostics and Therapy of the Charité Berlin together with Leica Microsystems Wetzlar. This system is implemented on several workstations of pathologists within the institute and in two frozen section labs.
Peter Hufnagl +1 more
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AIMS: The telepathology system TPS is the result of a joint development of the Institute of Pathology and the Department of Prenatal Diagnostics and Therapy of the Charité Berlin together with Leica Microsystems Wetzlar. This system is implemented on several workstations of pathologists within the institute and in two frozen section labs.
Peter Hufnagl +1 more
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Rinsho byori. The Japanese journal of clinical pathology, 1995
Telepathology, introduced in 1986 by Weinstein, was not adopted in Japan because its image could not be transmitted by the National Television Standard Committee (NTSC) transmission. In 1990 a new system of Hi-Vision (HDTV) with 1125 lines, was implemented in Yamagata University and was highly evaluated.
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Telepathology, introduced in 1986 by Weinstein, was not adopted in Japan because its image could not be transmitted by the National Television Standard Committee (NTSC) transmission. In 1990 a new system of Hi-Vision (HDTV) with 1125 lines, was implemented in Yamagata University and was highly evaluated.
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Two-year evaluation of telepathology
Journal of Telemedicine and Telecare, 2003We evaluated a dynamic telepathology system in routine use after a two-year developmental phase. In two three-month studies, two years apart, all intraoperative frozen sections were examined by one pathologist via the telepathology system. Laboratory technicians sampled tissues at gross examination and were connected with the pathologist by ...
Georg, Hutarew +4 more
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Telepathology and Teleradiology
Electronic Journal of Pathology and Histology, 2000The relationship between telepathology and teleradiology is discussed. Although both disciplines have numerous features in common several differences can be noted. The performance of teleradiology is more advanced than that of telepathology: standards have been developed (DICOM 3) and radiologists are trained to judge digital images which include still
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Smartphone assisted telepathology: A review
Annals of Diagnostic PathologyMany practicing pathologists of the current generation have used smartphone-assisted telepathology at some point in time or the other. The use case may vary-second opinions, social media posts, teaching, and so on. This has largely been made possible by the recent improvements in smartphone cameras, better smartphone microscope adaptors, and faster ...
Nadeem Tanveer, Farhat Naz
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