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翻转课堂在研究生分子生物学技术课程中的设计与实践
引用本文:董张及 储丹丹 顾芸 刘梅. 翻转课堂在研究生分子生物学技术课程中的设计与实践[J]. 中华医学教育探索杂志, 2019, 18(2): 135-139
作者姓名:董张及 储丹丹 顾芸 刘梅
作者单位:南通大学江苏省和教育部神经再生重点实验室 226001
基金项目:南通大学研究生教学改革项目(YJG16014);2016年度江苏省研究生优秀课程。
摘    要:分子生物学技术是生物医药相关专业研究生培养中的重要基础实验课程。结合近年来本课程团队的教学经验,探讨将传统的分子生物学实验课程重新设计,改革为研究生主导的研究性实验课程翻转课堂。即,依据研究生科研工作方式,促其在课前研读实验原理、试剂说明、选取和设置对照,利用在线平台充分开展讨论;在课堂上各实验小组进行操作、分析讨论实验结果,教师引导研究生的技术操作以达成实验教学目标、注重考查学生实验设计和结果分析能力;在课程结束后保留在线平台,实现长期学术交流。

关 键 词:翻转课堂  分子生物学技术  自主研究性学习  网络教学

Application of Flipped Classroom in postgraduate molecular biology technology teaching
Dong Zhangji,Chu Dandan,Gu Yun,Liu Mei. Application of Flipped Classroom in postgraduate molecular biology technology teaching[J]. Chinese Journal of Medical Education Research, 2019, 18(2): 135-139
Authors:Dong Zhangji  Chu Dandan  Gu Yun  Liu Mei
Affiliation:Key Laboratory of Neuroregeneration of Jiangsu and Ministry of Education, Nantong University, Nantong 226001, China
Abstract:Techniques in Molecular Biology is an essential course designed for postgraduates majoring in medicine, biology and other related disciplines. We discussed here the significance of redesigning and the practical attempt, which specifically was the flip classroom model of research-based experimental course dominated by postgraduates. In this teaching model, according to the procedure of research work, postgraduates studied the experiment principle, read kit manual and selected controls before class. In the class, students in groups performed experiments and analyzed the experimental results. The teacher led students'' technical operation to achieve the teaching targets and emphasized the evaluation for students'' abilities of experimental design and results analysis. Online platform was maintained even after the course in order to achieve long-term academic communication.
Keywords:Flipped Classroom  Molecular biology technology  Autonomous research learning  Web-based instruction
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