Abstract

BackgroundWe describe development and evaluation of the user-friendly web based virtual microscopy - WebMicroscope for teaching and learning dental students basic and oral pathology. Traditional students microscopes were replaced by computer workstations.MethodsThe transition of the basic and oral pathology courses from light to virtual microscopy has been completed gradually over a five-year period. A pilot study was conducted in academic year 2005/2006 to estimate the feasibility of integrating virtual microscopy into a traditional light microscopy-based pathology course. The entire training set of glass slides was subsequently converted to virtual slides and placed on the WebMicroscope server. Giving access to fully digitized slides on the web with a browser and a viewer plug-in, the computer has become a perfect companion of the student.ResultsThe study material consists now of over 400 fully digitized slides which covering 15 entities in basic and systemic pathology and 15 entities in oral pathology. Digitized slides are linked with still macro- and microscopic images, organized with clinical information into virtual cases and supplemented with text files, syllabus, PowerPoint presentations and animations on the web, serving additionally as material for individual studies. After their examinations, the students rated the use of the software, quality of the images, the ease of handling the images, and the effective use of virtual slides during the laboratory practicals. Responses were evaluated on a standardized scale. Because of the positive opinions and support from the students, the satisfaction surveys had shown a progressive improvement over the past 5 years. The WebMicroscope as a didactic tool for laboratory practicals was rated over 8 on a 1-10 scale for basic and systemic pathology and 9/10 for oral pathology especially as various students’ suggestions were implemented. Overall, the quality of the images was rated as very good.ConclusionsAn overwhelming majority of our students regarded a possibility of using virtual slides at their convenience as highly desirable. Our students and faculty consider the use of the virtual microscope for the study of basic as well as oral pathology as a significant improvement over the light microscope.

Highlights

  • We describe development and evaluation of the user-friendly web based virtual microscopy WebMicroscope for teaching and learning dental students basic and oral pathology

  • Technical details We began working with the WebMicroscope at the Department of Pathology, the University of Medical Sciences in Poznan, Poland, in 2005 as we adapted our research-based technology of robotized microscopy for education

  • The WebMicroscope server software delivers the files from the web server on demand, and virtual slides are displayed in standard HTML frames on a Windows platform with the WebMicroscope plug-in

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Summary

Introduction

We describe development and evaluation of the user-friendly web based virtual microscopy WebMicroscope for teaching and learning dental students basic and oral pathology. Traditional students microscopes were replaced by computer workstations. There is an increasing tendency at medical universities to digitize whole microscope histopathological slides from teaching collections for web-based studies [1]. Virtual microscope - WebMicroscope using digitized slides as Enhanced Compression Wavelet (ecw) file, format slide. Abandoning the use of conventional training microscopes and glass slides, we decided to rely on virtual microscopy to facilitate learning of pathology and to radically redesign laboratory practicals for teaching basic and oral pathology to dental students. This article describes 5 years of our experience with this experiment and some of the surprises we met in the evaluation by the students and staff

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