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利用笔式技术、YouTube视频和虚拟会议增强学生与教师及教学内容的互动。

Enhancing student interactions with the instructor and content using pen-based technology, YouTube videos, and virtual conferencing.

作者信息

Cox James R

机构信息

Department of Chemistry, Murray State University, Kentucky, USA.

出版信息

Biochem Mol Biol Educ. 2011 Jan-Feb;39(1):4-9. doi: 10.1002/bmb.20443.

Abstract

This report describes the incorporation of digital learning elements in organic chemistry and biochemistry courses. The first example is the use of pen-based technology and a large-format PowerPoint slide to construct a map that integrates various metabolic pathways and control points. Students can use this map to visualize the integrated nature of metabolism and how various hormones impact metabolic regulation. The second example is the embedding of health-related YouTube videos directly into PowerPoint presentations. These videos become a part of the course notes and can be viewed within PowerPoint as long as students are online. The third example is the use of a webcam to show physical models during online sessions using web-conferencing software. Various molecular conformations can be shown through the webcam, and snapshots of important conformations can be incorporated into the notes for further discussion and annotation. Each of the digital learning elements discussed in this report is an attempt to use technology to improve the quality of educational resources available outside of the classroom to foster student engagement with ideas and concepts. Biochemistry and Molecular Biology Education Vol. 39, No. 1, pp. 4-9, 2011.

摘要

本报告描述了数字学习元素在有机化学和生物化学课程中的应用。第一个例子是使用基于笔的技术和大幅面PowerPoint幻灯片构建一个整合各种代谢途径和控制点的图谱。学生可以使用这个图谱来直观地了解代谢的整体性以及各种激素如何影响代谢调节。第二个例子是将与健康相关的YouTube视频直接嵌入到PowerPoint演示文稿中。只要学生在线,这些视频就成为课程笔记的一部分,并可以在PowerPoint中观看。第三个例子是在使用网络会议软件的在线课程中,使用网络摄像头展示物理模型。通过网络摄像头可以展示各种分子构象,重要构象的快照可以纳入笔记中以供进一步讨论和注释。本报告中讨论的每个数字学习元素都是利用技术来提高课堂外可用教育资源的质量,以促进学生对思想和概念的参与度。《生物化学与分子生物学教育》第39卷,第1期,第4 - 9页,2011年。

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