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Immediate Dissemination of Student Discoveries to a Model Organism Database Enhances Classroom-Based Research Experiences

机译:立即将学生发现传播到模型生物数据库,增强了基于课堂的研究经验

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Use of inquiry-based research modules in the classroom has soared over recent years, largely in response to national calls for teaching that provides experience with scientific processes and methodologies. To increase the visibility of in-class studies among interested researchers and to strengthen their impact on student learning, we have extended the typical model of inquiry-based labs to include a means for targeted dissemination of student-generated discoveries. This initiative required: 1) creating a set of research-based lab activities with the potential to yield results that a particular scientific community would find useful and 2) developing a means for immediate sharing of student-generated results. Working toward these goals, we designed guides for course-based research aimed to fulfill the need for functional annotation of the Tetrahymena thermophila genome, and developed an interactive Web database that links directly to the official Tetrahymena Genome Database for immediate, targeted dissemination of student discoveries. This combination of research via the course modules and the opportunity for students to immediately “publish” their novel results on a Web database actively used by outside scientists culminated in a motivational tool that enhanced students’ efforts to engage the scientific process and pursue additional research opportunities beyond the course.
机译:近年来,基于查询的研究模块在课堂上的使用激增,这在很大程度上是响应国家对教学的呼吁,该教学提供了科学过程和方法论方面的经验。为了增加感兴趣的研究人员对课堂研究的了解并增强其对学生学习的影响,我们扩展了基于查询的实验室的典型模型,以包括针对性传播学生生成的发现的方法。该计划要求:1)创建一组基于研究的实验室活动,并有可能产生特定科学界认为有用的结果; 2)开发一种可立即分享学生产生的结果的方法。为了实现这些目标,我们设计了基于课程的研究指南,旨在满足嗜热四膜膜虫基因组功能注释的需求,并开发了一个交互式Web数据库,该数据库直接链接到官方的四膜膜基因组数据库,以便有针对性地传播学生发现。 。通过课程模块进行的研究相结合,使学生有机会立即将其新颖的结果“发布”在外部科学家积极使用的Web数据库上,最终形成了一种激励性工具,从而增强了学生参与科学过程和寻求更多研究机会的努力超出课程范围。

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