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DNA FingerprintingOnly 0.1% of your DNA sequence is different from any random person you might meet today. How are those differences detected? Students will learn about the technology used to see those differences in the context of solving a mock crime. Laboratory Techniques include:
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Genetic EngineeringGenetic Engineering refers to the alteration of genetic material in a living organism. This procedure has many applications -- from the design of gene therapy vectors to the production of proteins like insulin and growth hormones. In this session, students engage in a case study to learn how to engineer DNA to make an antibiotic resistant and helpful strain of bacteria Laboratory Techniques include:
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Medical Mystery: The Case of the Ailing InfantA newborn infant is fighting for his life - how could his problem be diagnosed and treated? Students will take on the role of laboratory technicians as they perform different tests to diagnose what is actually a genetic disease. Students will learn about genetic testing and how changes in DNA lead to changes in the structure and function of proteins. Based on a real case, this unit provides a starting point for discussion on genetic diseases, genetic testing, gene therapy and bioethics. Laboratory Techniques include:
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