The objective of the workshop is focus on the evolution and transmission of pathogenic microbes in models of infectious diseases. Because pathogenic agents may evolve rapidly, have varied mechanisms of transmission, and involve complex treatment strategies, researchers from a variety of fields are necessary to understand and control infectious diseases. The contributions of researchers in mathematical models of epidemics is important in this effort. This workshop provides a forum for leading researchers in the subject of mathematical models of epidemics to exchange ideas, explore new methods, and discuss future directions with experts in epidemiology and public health. The workshop greatly benefits researchers and their graduate students at universities in Canada and the United States.
In recent years mathematical models have been widely used to study emerging infectious diseases. Infectious diseases are a vital concern to society, and mathematical modeling allows the design of epidemic control strategies and the development of effective vaccines. Mathematical insights also help in understanding and predicting the emergence of antibiotic and antiviral drug resistance, and suggest new therapeutic strategies to better address these important public health concerns. The outbreak of SARS in Asia and Canada in 2003, the increasing number of AIDS cases worldwide, and the recent resurgence of tuberculosis in Canada and the United States all demonstrate the urgency and importance of this research.
