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Modernizing the Analytical Chemistry Laboratory: The Design and Implementation of a Modular Protein-Centered Course

机译:分析化学实验室现代化:模块化蛋白质课程的设计与实现

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Course-based undergraduate research experiences (CUREs) integrate authentic research into undergraduate chemistry laboratories, introducing students to research while simultaneously reinforcing fundamental concepts. Despite their ubiquitous nature in bioanalytical research, few CUREs have been published applying the fundamental techniques of separations, spectroscopy, quantification, and mass spectrometry. To engage students in learning these increasingly essential bioanalytical techniques, we designed and implemented a semester-long project-based course centered around the purification, quantification, and identification of heterologously expressed proteins in five succinct and adaptable modules. Instructors can use these modules to form the foundation of a CURE specific to their research interests. The extensive commercial availability of plasmids for transformation combined with the modular approach to laboratory experiments enables convenient customization to accommodate diverse research goals. Instructors can tailor the modules to meet the curricular requirements and instrumentation capabilities of their institutions and can easily extend the research goals to incorporate more specialized analytical techniques, as needed. Through the implementation of the five modules, students apply the fundaments of acid?base chemistry, statistics, quantification strategies, spectrophotometry, separations, and mass spectrometry, thus covering the material required in most undergraduate introductory analytical courses. Instructors can then use these modules as a backbone to support student-led discovery-based investigations for the remainder of the course. Students demonstrate their understanding through the completion of a comprehensive, publication-style laboratory report as well as a poster presentation at a university-wide undergraduate research symposium. Since first offering this course in 2016, student evaluations have been exceedingly positive, with over 75% of student
机译:基于课程的本科生研究经验(CURE)将真实的研究整合到本科生化学实验室,引导学生进行研究,同时强化基本概念。尽管它们在生物分析研究中无处不在,但应用分离、光谱、定量和质谱等基本技术的治疗方法却很少发表。为了让学生学习这些日益重要的生物分析技术,我们设计并实施了一个为期一学期的项目课程,围绕五个简洁且适用的模块中异源表达蛋白质的纯化、量化和鉴定。教师可以使用这些模块来形成特定于他们研究兴趣的治疗的基础。用于转化的质粒的广泛商业可用性,结合实验室实验的模块化方法,可以方便地定制以适应不同的研究目标。教师可以定制模块,以满足其机构的课程要求和仪器能力,并可以根据需要轻松扩展研究目标,纳入更专业的分析技术。通过五个模块的实施,学生应用acid的基本原理?基础化学、统计学、量化策略、分光光度法、分离和质谱,因此涵盖了大多数本科分析入门课程所需的材料。然后,讲师可以使用这些模块作为主干,在课程的剩余部分支持学生主导的基于发现的调查。学生们通过完成一份全面的、出版物式的实验室报告,以及在大学范围内的本科生研究研讨会上的海报展示来展示他们的理解。自2016年首次开设这门课程以来,学生的评价一直非常积极,超过75%的学生对这门课程持肯定态度

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