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. 2007 Fall;6(3):233–242. doi: 10.1187/cbe.07-01-0004

Table 4.

Final projects of the students enrolled in the GESE course during 2006

Department Lesson title Target audience for lesson Instructional methods Lesson plan model(s)
Physics Introduction to color vision for a museum audience General public Demonstrations and discussion 5E
Pathology Supersize me: mechanisms of obesity-associated insulin dependence High school science class Incomplete notes (lecture), case study research and presentation ROPE
Biochemistry Exploring microorganisms in the everyday environment High school life sciences class Case study, lab activity Hunter
Biochemistry Ecology Undergraduate science or nonscience majors Observation of natural world 5E
Biochemistry Introduction to RNA secondary structure Physics/engineering graduate students Individual and group hands-on activities and discussions ROPE, Hunter
Physics The infrared and infrared astronomy High school science class Hands-on activities, lecture 5E
Toxicology Cancer: biology, cause and treatment Undergraduate biology majors Case study, computer lab activity ROPE
Biochemistry Ketogenesis and the role of mitochondria Undergraduate biochemistry class Case study 5E
Biomedical Genetics A case study in the Drosophila GAL4 system Undergrad biology majors Case study 5E
Microbiology and Immunology Roles of TNFα in liver disease Pharmaceutical company research and development managers Small groups design hypothetical experiments ROPE
Biochemistry DNA structure and function High school biology class Case study, lab activity 5E, ROPE, Hunter
Neurobiology and Anatomy Action potentials: origins and conduction Undergraduate biology majors Lecture, hands-on lab ROPE
Biochemistry HIV and drug design Undergraduate biology majors Lecture, group activity Hunter
Biomedical Genetics Using genomics to identify drug targets for cancer therapy Undergraduate biology majors Lecture, lab activity, PubMed Literature search 5E

ROPE, Review, Orientation, Process (Presenting, Processing, Practicing, Producing), and Evaluation; Hunter, Madeline Hunter's Effective Teaching model; 5E, Engage, Explore, Explain, Elaborate, and Evaluate.