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Drawing a Link Between Genetic Inheritance and Meiosis: A Set of Exercises for the Undergraduate Biology Classroom ?

机译:在遗传遗传和减数分裂之间建立联系:针对本科生生物学课堂的一系列练习?

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Alleles are passed from parent to offspring through meiotic cell division and subsequent fusion of gametes. Despite this important link, general biology courses at the high school and college levels frequently discuss meiosis and genetic inheritance as two distinct content areas. As a consequence, students may leave biology courses with a working knowledge of both meiosis and genetic inheritance in isolation rather than understanding them as interconnected topics. In this paper, we describe and provide a series of classroom exercises that prompt students to explore the connection between meiosis and genetic inheritance. Specifically, students draw cells containing chromosomes with labeled alleles to illustrate key steps in the formation of gametes during meiosis and the subsequent fusion of gametes during fertilization. We believe that this approach is appropriate for either group or individual work, during or outside of class time, and we describe potential benefits for students and instructors.
机译:等位基因通过减数分裂细胞分裂和随后的配子融合从父母传给后代。尽管有这个重要的联系,高中和大学级别的普通生物学课程还是经常讨论减数分裂和遗传遗传学这两个不同的内容领域。结果,学生可能会孤立地学习有关减数分裂和遗传遗传学的生物学知识,而不是将它们理解为相互关联的主题。在本文中,我们描述并提供了一系列课堂练习,促使学生探索减数分裂与遗传遗传之间的联系。具体来说,学生绘制包含带有标记等位基因染色体的细胞,以说明减数分裂过程中配子形成以及受精过程中配子融合的关键步骤。我们认为,这种方法适用于上课期间或课外的小组或个人工作,并且我们描述了对学生和教师的潜在好处。

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