A Web-Based Virtual Microscopy Platform for Improving Academic Performance in Histology and Pathology Laboratory...

Area of Science:

• Medical Education
• Digital Learning Technologies
• Histology and Pathology

Background:

• Virtual microscopy (VM) offers potential for enhancing student learning in laboratory settings.
• Effective integration strategies for VM in histology and pathology courses require further investigation.
• Previous research has minimally explored optimizing VM use for improved academic outcomes.

Purpose of the Study:

• To evaluate the impact of virtual microscopy (VM) on academic performance in histology and pathology laboratory sessions.
• To compare laboratory test scores between students using traditional light microscopy (LM) and those using LM combined with VM.
• To assess teacher and student perceptions regarding the effectiveness of the VM platform.

Main Methods:

• A comparative study involving 662 histology and 651 pathology students across four years (2014-2017).
• Two groups were established: Light Microscopy (LM) group (2014-2015) and LM + VM group (2016-2017).
• Laboratory test scores were analyzed, controlling for factors like sex, school, course, and lecture grades.

Main Results:

• The LM + VM group showed significantly less score variability and fewer failing grades (OR=0.336, P<0.001).
• Students in the LM + VM group achieved higher scores (OR=2.084, P<0.001) and demonstrated improved learning.
• Positive effects of VM were linked to prior VM experience and synergistic with interim testing; both students and teachers reported enhanced learning.

Conclusions:

• Virtual microscopy integration, particularly with test-enhanced learning, positively impacts student mastery of microscopic content.
• The VM platform is a valuable tool for improving academic performance and reducing failure rates in laboratory courses.
• VM enhances the learning experience and is perceived favorably by both educators and students.