Using Dynamic Virtual Microscopy to Train Pathology Residents During the Pandemic: Perspectives on Pathology Education in the Age of COVID-19. (7th April 2021)

• Record Type: Journal Article
• Authors: Christian, Robert J.; VanSandt, Mandy
• Is Part Of: Academic pathology. Volume 8(2021:Jan./Dec.)
• Publication Date: 2021-04-07
• Subjects: COVID-19 -- digital pathology -- graduate medical education -- pathology education -- resident education -- telepathology -- video microscopy -- virtual microscopy; Pathology -- Study and teaching (Higher) -- North America -- Periodicals; Pathology; Periodicals; 616.0707117
• DOI: 10.1177/23742895211006819
• Languages: English
• ISSNs: 2374-2895

Abstract

The COVID-19 pandemic has forced educational programs, including pathology residency, to move to a physically distanced learning environment. Tandem microscopic review (also known as "double-scoping") of pathology slides is a traditional cornerstone of pathology education. However, this requires the use of a double- or multi-headed optical light microscope which is unfortunately not amenable to physical distancing. The loss of double-scoping has forced educational innovation in order to continue teaching microscopy. Digital pathology options such as whole slide imaging could be considered; however, financial constraints felt by many departments often render this option cost-prohibitive. Alternatively, a shift toward teaching via dynamic virtual microscopy offers a readily available, physically distanced, and cost-conscious alternative for pathology education. Required elements include a standard light microscope, a mounted digital camera, computers, and videoconferencing software to share a slide image with the learner(s). Through survey data, we show immediate benefits include maintaining the essence of the traditional light microscope teaching experience, and additional gains were discovered such as the ability for educators and learners to annotate images in real time, among others. Existing technology may not be initially optimized for a dynamic virtual experience, resulting in lag time with image movement, problems focusing, image quality issues, and a narrower field of view; however, these technological barriers can be overcome through hardware and software optimization. Herein, we share the experience of establishing a dynamic virtual microscopy educational system in response to the COVID-19 pandemic, utilizing readily available technology in the pathology department of a major academic medical center.