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FEATURED SCIENTIST  
Richard W. Compans, Ph.D., Principal Investigator Emory/UGA Influenza Pathogenesis and Immunology Research Center (IPIRC) The goals of the Center are to determine the molecular, ecologic and/ or environmental factors that influence the evolution, emergence, transmission and pathogenicity of influenza viruses, including studies on animal influenza viruses with pandemic potential; and to characterize the immune response to influenza vaccination to improve understanding of the immune correlates of protection and cross- protection. The center includes four research projects, two pilot research projects, and two training positions. Investigators from both Emory University and University of Georgia will direct these projects. WELCOME 
Message from William M. Shafer, Ph.D.Director, Graduate Program in Microbiology and Molecular Genetics (MMG) Thank you for visiting our web site; a clear indication that you have developed an interest in microbiology and want to learn more about obtaining a Ph.D. in this area of science. What can our graduate program offer you? What is unique about our program that distinguishes itself from other graduate programs both here at Emory and elsewhere? These are questions that I hope you are asking. First, we offer you the opportunity to develop into a scientist by learning the "language" of microbiology, develop the ability to critically read and critique the literature, and learn how "to do science". Neither this nor any other graduate program will result in your being a "finished product" when you earn your Ph.D. This takes time. It is our goal that our graduate students leave here not only with their doctorate, but also with a commitment to being a lifetime learner. By examining the research interests of the faculty you will notice that we are a diverse group of microbiologists. This is not surprising because microbiology has many sub-disciplines. Is there a common theme among our faculty? The short answer is that regardless of whether a group studies bacteria or viruses, we are all interested in what makes microbes "tick". We humans are in constant contact with microbes in our environment and a major effort or common theme for us is to understand the dynamics of this interaction with a concentration on the microbial side of the equation. I strongly urge you to do your "homework" in evaluating your opportunities for graduate study in our MMG program. Read papers published by the faculty. Even if you find it difficult to understand the details of the experimental design or results obtained, a cursory reading of the Introduction and Discussion sections of a manuscript often will give you a good idea regarding the work done in a laboratory. I also find it helpful for prospective students to contact faculty in order to learn more about our program so please feel free to e-mail me (wshafer@emory.edu) and other members of our faculty. We look forward to hearing from you!
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SPRING 2008
