Teaching Research and Practice of “Medical Microbiology” Experimental Courses with the Aid of Virtual Simulation Technology

Microbiology itself is an important basic discipline, and it is even more necessary to attach great importance to the cultivation of medical students, highlighting the application and practicality of the course to lay a solid foundation for students’ future clinical practice. Focusing on the “Medical Microbiology” experimental course, it is crucial to understand the course characteristics, such as scattered knowledge and large information volume, and adopt appropriate teaching methods to regulate them to promote students’ knowledge absorption, comprehensive understanding, and practical application. For example, virtual simulation teaching can leverage technological advantages to enable experimental practice to be carried out anytime and anywhere, allowing more students to expand their practice around one class period, one unit, or one project, achieving twice the educational effect with half the effort. Therefore, this paper discusses the teaching strategies of “Medical Microbiology” experimental courses assisted by virtual simulation technology, hoping to provide more references for frontline educators.

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Publication Details

Journal
Education Reform and Development
Published
2025-09-04
DOI
https://doi.org/10.26689/erd.v7i8.11792
Primary Topic
Biomedical and Engineering Education
Type
article
Field-Weighted Citation Impact
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article

Teaching Research and Practice of “Medical Microbiology” Experimental Courses with the Aid of Virtual Simulation Technology

Yunjun Sun
Education Reform and Development
Biomedical and Engineering Education
article

Teaching Research and Practice of “Medical Microbiology” Experimental Courses with the Aid of Virtual Simulation Technology

Yunjun Sun
article en

Abstract

Microbiology itself is an important basic discipline, and it is even more necessary to attach great importance to the cultivation of medical students, highlighting the application and practicality of the course to lay a solid foundation for students’ future clinical practice. Focusing on the “Medical Microbiology” experimental course, it is crucial to understand the course characteristics, such as scattered knowledge and large information volume, and adopt appropriate teaching methods to regulate them to promote students’ knowledge absorption, comprehensive understanding, and practical application. For example, virtual simulation teaching can leverage technological advantages to enable experimental practice to be carried out anytime and anywhere, allowing more students to expand their practice around one class period, one unit, or one project, achieving twice the educational effect with half the effort. Therefore, this paper discusses the teaching strategies of “Medical Microbiology” experimental courses assisted by virtual simulation technology, hoping to provide more references for frontline educators.

Education Reform and DevelopmentVol. 7(8)
Shandong University of Finance and Economics (CN)
Openalex Percentile: Top 77%
Biomedical and Engineering Education
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