DeepSeek赋能病理学教学改革探索
Exploration of Pathology teaching reform empowered by DeepSeek
随着人工智能大模型DeepSeek的广泛应用,高等医学教育领域也开始使用DeepSeek开展创新性教学改革。通过在高等医学本科院校病理学教学中引入DeepSeek,探索DeepSeek在整合教学资源、开展个性化学习指导及辅助考试等教学活动中的作用。本研究在建立人工智能辅助学习平台的基础上,开设了虚拟病例教学,创建动态病理题库,进行创新性教学实践,总结了DeepSeek在病理学教学改革中的应用效果。实践表明,在病理学教学过程中引入DeepSeek能够显著丰富教学手段,提高教学效率,提升教学效果。但是,在应用DeepSeek的过程中有些问题值得我们重点关注,如数据的准确程度、隐私的保护情况以及学生是否过度依赖人工智能等。针对这些问题,本文从加强数据的规范化管理、完善伦理的审核制度、建立人机协作教学模式等方面提出了应对措施,为病理学的智能化教学改革提供借鉴,推动高等医学教育的创新发展。
With the widespread application of DeepSeek, a large-scale artificial intelligence model, the field of higher medical education has begun to adopt it for innovative teaching reform. This study introduces DeepSeek into Pathology teaching in undergraduate medical education, exploring its role in integrating teaching resources, providing personalized learning guidance, and assisting in examinations. Based on an AI-assisted learning platform, the study implements virtual case teaching, develops a dynamic pathology question bank, and conducts innovative teaching practices, ultimately summarizing the effectiveness of DeepSeek in Pathology teaching reform. The results demonstrate that integrating DeepSeek into Pathology teaching can significantly enrich instructional methods, improve teaching efficiency, and enhance learning outcomes. However, certain issues require attention during its application, such as data accuracy, privacy protection, and potential over-reliance on AI by students. To address these challenges, this paper proposes countermeasures, including strengthening standardized data management, improving ethical review systems, and establishing a human-AI collaborative teaching mode. These recommendations aim to provide insights for the intelligent transformation of Pathology teaching and promote the innovative development of higher medical education.
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2023年中华医学会教育技术分会、全国医学教育发展中心一般项目(2023B336)
中国医科大学关于2023年度本科教学改革研究项目(YDJG20230114)
2024年中国教育发展战略学会终身学习专委会“1+X”专项课题(ZK202413)
辽宁省教育厅2021年度辽宁省普通高等教育本科教学改革研究一般项目(JGLXB2021016)
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