BIOL 315(F) Microbiology: Diversity, Cellular Physiology, and Interactions

The alarming spread of antibiotic resistant bacteria is but one of the reasons for the renewed emphasis on the biology of microorganisms. This course will examine microbes from the perspectives of cell structure and function, genetics, and evolution. A major theme will be the adaptation of bacteria as they evolved to fill specific ecological niches, with an emphasis on microbe:host interactions that lead to pathogenesis. We will consider communication among bacteria as well as between bacteria and their environment. Topics include: microbial development, stress response, bioremediation, bacteriophages, and genomics. In the lab, we will examine the regulation of bacterial gene expression, horizontal gene transfer, the isolation and characterization of bacteria from natural environments, and the use of recombinant DNA techniques to study bacterial membrane proteins. Readings will be supplemented by articles from the primary literature. Evaluation will be based on two exams, a paper, lab reports, and a presentation. Prerequisites: prior or concurrent registration in Biology 202.

Hour: BANTA