This activity is designed to help students with the concepts of mitosis and meiosis. Specifically, the activity is designed to help students learn the different recognized stages of mitosis, differentiate homologous and nonhomologous chromosomes and recognize sister chromatids (duplicated chromosomes). In addition, students complete an activity in which they simulate/model the process of meiosis,...

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In this PNAS podcast, the concept of the relatively new "gene drive" biotechnology application is discussed, particularly as it applies to the potential to impact control of malarial vectors in wild populations. The mechanistic nature of the procedure is discussed, as are social considerations for future use of this technique.

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This recitation helps students review and master the concepts of gene expression, as well as modeling a useful study technique. Students work with whiteboards and dry-erase markers while the instructor can walk around to guide/ask probing questions. The activity can be tweaked depending on the instructor's specific expectations for students. Ranking the potential severity of various mutations...

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This website by NIH gives basic information about genetics in an easy-to-understand format. It provides a good summary on topics such as cells and DNA, genes and mutations, gene therapy, Human Genome Project, genomics research etc.

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This module provides a "skill check" with questions for students to gauge their general understanding of Mendelian (classical) genetics. Also contained are four content modules on the following: Mendelian genetics Carbohydrates Variations on Mendelian genetics Chromosomal basis of genetics Molecular basis of genetics Content modules include videos, articles, figures, and illustrations...

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