This course focuses on fundamental aspects of human genetics, reproduction, early development and morphogenesis. Both classical and molecular genetics are addressed, with particular application to human biology and medicine. Laws that govern inheritance and variation among individuals and populations are considered, with special attention to the molecular aspects of inheritance, mutation and gene control. Newer molecular, cellular and cytogenic approaches are emphasized, with reference, whenever possible, to human gene systems and inherited disease. The course covers the endocrine events of puberty, the hormonal basis of human sexuality, and the control of gametogenesis.
Emphasis is placed on helping the student visualize the developing organism in three dimensions.
Major concepts of experimental embryology are introduced to assist the student in learning to think about developmental mechanisms. Identity, Microbes and Defense Students are expected to learn the basic principles of immunology and general pathology, as well as gain an understanding of the principles of microbial structure, metabolism, pathogenicity, and replication. The course introduces the normal and abnormal functions of the immune system. General pathological mechanisms are explored, including injury, inflammation, hemostasis, atherosclerosis, and neoplasia. Tutorials and laboratories emphasize problem solving skills, integration of knowledge, and independent learning.