谁在那里生长?以课程为基础的本科生研究体验,通过 16S DNA 代谢编码探索人类微生物组

Graham S Sellers, Merideth Freiheit, Michael Robert Winter, Domino Joyce, Darron Cullen, David H Lunt, Katherine Hubbard
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引用次数: 0

摘要

我们介绍了一个为期两周的本科生研究体验课程(CURE),向学生介绍新一代 DNA 测序、分子生物学方法和生物信息学工作流程。CURE 的设计目的是通过支架式实验室和计算实践,让几乎没有技术和生物信息经验的学生了解方案的关键步骤。我们的学生使用 16S 核糖体 RNA 特异引物提取和扩增人类微生物组 DNA,然后构建测序文库,用于基于牛津纳米孔的测序。他们对测序读数进行分类,并使用相关软件包确定生态群落的组成。我们的学生能够成功制备测序文库并分析数据以生成相关数据,这表明他们达到了 CURE 的学习目标。学生们发现,他们已经发展了布鲁姆分类法所定义的更高层次的学习,而且他们在实际工作中的自信心也因完成 CURE 而显著增强。我们分享了在本科课程中实施 CURE 的建议,以及在学校外联活动中使用这些方法的调整建议。我们的 CURE 成功地为学生提供了基因分析方面的培训,培训过程轻松愉快,而且相对省时省钱,为他们将来从事现代分子生物学技术方面的研究或职业做好了准备。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Who Grows There? A Course-based Undergraduate Research Experience to explore the human microbiome through 16S DNA metabarcoding
We describe a two week Course-based Undergraduate Research Experience (CURE) to introduce students to next-generation DNA sequencing, molecular biology methods and a bioinformatic workflow. The CURE is designed to take students with little to no technical and bioinformatic experience through key steps of the protocol through scaffolded laboratory and computational practicals. Our students extract and amplify human microbiome DNA using 16S ribosomal RNA specific primers, then construct a sequencing library for Oxford Nanopore based sequencing. They taxonomically assign the sequencing reads, and determine the ecological community composition using relevant software packages. Our students were able to successfully prepare sequencing libraries and analyse the data to produce relevant figures, demonstrating they met the learning objectives of the CURE. Students identified that they had developed higher level learning as defined by Bloom's taxonomy, and that their confidence in practical work significantly increased as a result of doing the CURE. We share recommendations for implementation of the CURE in undergraduate curricula, and adaptations of the methods for use in schools outreach. Our CURE successfully provides training for students in genetic analysis in an enjoyable and relatively time and cost efficient manner, preparing them for future research or careers in modern molecular biology techniques.
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