遗传

• 遗传学教学 •    

“融病例、强互动、以评促学”——OBE理念下《医学遗传学》教学改革与实践成效

梁世倩,樊帆,胡昳旸,赵俊龙,高春辰,王亮,曹秀丽,冯蕾,秦鸿雁   

  1. 空军军医大学基础医学院,医学遗传与发育生物学教研室,西安 710032
  • 发布日期:2026-05-25
  • 基金资助:
    空军军医大学基础医学院教学研究课题(编号:2024-JCYXKT-YB-08)资助

Integrating cases, enhancing interaction, and promoting learning through assessment: teaching reform and practical outcomes of medical genetics under the OBE concept

Shiqian Liang, Fan Fan, Yiyang Hu, Junlong Zhao, Chunchen Gao, Liang Wang, Xiuli Cao, Lei Feng, Hongyan Qin   

  1. Medical Genetics and Developmental Biology, School of Basic Medical Sciences, Air Force Medical University, Xi’an 710032, China
  • Online:2026-05-25
  • Supported by:
    Supported by Teaching and Research Project of the School of Basic Medicine,Air Force Medical University (No. 2024-JCYXKT-YB-08 )

摘要: 新时代的医学遗传学教学要求医学生不仅要掌握扎实的医学遗传学知识,更需要具备诊疗临床遗传病的实践能力。本文系统阐述了成果导向教育(Outcome-Based Education,OBE)理念下医学遗传学教学改革的设计思路与实践探索。通过建设与临床实践高度契合的结构化教学内容、构建以病例为载体的课堂教学体系、开展多元化教学活动、开发无边界教室、建立多元化考核评价体系,实现了知识传授与临床思维训练的深度融合。实践表明,该模式在提升学生病例分析能力、学习动机及创新能力方面成效显著。然而,在实践教学环节也暴露出学生“入门难、方法乱、成果浅”及评价机制不完善等深层挑战。通过借鉴国内典型实践教学案例,本文提出未来需从“资源支撑”与“教学设计”两个维度协同发力:即构建分层递进的实践能力培养链、完善教师发展支持体系,并探索借助人工智能技术建立过程性数据平台与多元评价机制,从而将OBE理念落到实处,推动医学遗传学课程实现从“知识传授”向“能力发展”的深层转化,为培养适应未来医学需求的卓越人才奠定基础。

关键词: 成果导向教育, 医学遗传学, 教学改革

Abstract: In the new era, the teaching of Medical Genetics requires medical students to not only master solid knowledge, but also possess practical abilities in diagnosing and treating clinical genetic diseases. This paper systematically elaborates on the design and practical exploration of teaching reform in the Medical Genetics course under the Outcome-Based Education (OBE) concept. By constructing a structured teaching system closely aligned with clinical practice, building a teaching model centered on clinical cases, carrying out diverse teaching activities, developing a “boundless classroom”, and establishing a multi-dimensional assessment system, we have achieved a deep integration of knowledge transmission and clinical reasoning training. The teaching effectiveness has shown that this model significantly enhances students' case analysis abilities, learning motivation, and innovative capacity. However, the implementation process has also revealed deep-seated challenges in the practical teaching component, such as students facing difficulties in getting started, employing unsystematic methods, producing superficial results, and the imperfection of the evaluation mechanism. Drawing on exemplary domestic teaching cases, this paper proposes that future efforts must synergize two dimensions: “resource support” and “pedagogical design”. This involves constructing a tiered, progressive practical ability training chain, improving the faculty development support system, and exploring the use of artificial intelligence to establish process-oriented data platforms and diversified evaluation mechanisms. By putting the OBE concept into practice, we aim to promote a deep transformation of the Medical Genetics course from “knowledge transmission” to “competency development”, thereby laying a solid foundation for cultivating outstanding medical talent capable of meeting future medical demands.

Key words: outcome-based education, medical genetics, teaching reform