Online education in cytotechnology programs: a pilot study.

Area of Science:

• Medical Education
• Cytotechnology
• Digital Pathology

Background:

• The University of Nebraska Medical Center's cytotechnology program received requests for online education.
• Traditional teaching methods utilize light microscopy (LM).
• Virtual microscopy (VM) offers a digital alternative.

Purpose of the Study:

• To demonstrate that online education with virtual microscopy (VM) yields similar screening and interpretation skills as traditional light microscopy (LM).
• To assess the efficacy of VM as a primary teaching tool in cytotechnology.

Main Methods:

• A pilot study divided students into traditional (LM) and virtual (VM) groups for the first two courses.
• The virtual group used VM exclusively, while the traditional group used LM.
• The virtual group was later assessed using LM to evaluate skill transfer.

Main Results:

• While traditional groups scored slightly higher on initial quizzes (FGT: 92.5 vs 86.8; RT: 96 vs 85.3), final glass slide exams showed the virtual group's proficiency (FGT: 98; RT: 95.3).
• These results indicate that skills learned via VM are transferable to LM.
• The virtual group demonstrated comparable competency in screening and interpretation.

Conclusions:

• Screening and interpretation skills acquired through VM are similar to those developed with traditional LM.
• Virtual microscopy (VM) shows potential as a standalone teaching method in cytotechnology.
• Further studies with the full curriculum are planned to validate these findings.