首页> 外文期刊>The American Biology Teacher: Journal of the National Association of Biology Teachers >Cootie Genetics: Simulating Mendel's Experiments to Understand the Laws of Inheritance
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Cootie Genetics: Simulating Mendel's Experiments to Understand the Laws of Inheritance

机译:傻瓜遗传学:模拟孟德尔的实验以了解继承法则

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摘要

"Cootie Genetics" is a hands-on, inquiry-based activity that enables students to learn the Mendelian laws of inheritance and gain an understanding of genetics principles and terminology. The activity begins with two true-breeding Cooties of the same species that exhibit five observable trait differences. Students observe the retention or loss of traits among first-generation heterozygotes, hypothesize what happened to these traits, and design an experiment to test their hypo theses by mating the first-generation Cooties. With the second generation, Mendel's principles of segregation and independent assortment of alleles are observed; dominant and recessive traits and tools students need to construct Punnett squares are apparent.
机译:“库蒂遗传学”是一项动手,基于探究的活动,使学生能够学习孟德尔遗传定律并了解遗传学原理和术语。该活动从显示五个可观察到的性状差异的同一个物种的两个真正的Cooties开始。学生观察第一代杂合子中性状的保留或丧失,假设​​这些性状发生了什么,并设计一个实验以通过与第一代Cooties交配来测试其假设。在第二代中,观察到了孟德尔的分离和等位基因独立分类的原理。学生构造庞尼特方格所需的显性和隐性特征和工具显而易见。

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