«The authors reach the interesting conclusion that it might be possible for vaccines with certain profiles to affect the transmission and evolution of influenza viruses and that, theoretically, universal vaccines could
control influenza epidemics while slowing the rate of viral evolution.
In collaboration with many researchers (graduate students, postdocs, and faculty elsewhere), we have examined the role of cross-immunity on the evolution and dynamics of
influenza; the impact of behavioral changes, long periods of infectiousness, variable infectivity, co-infections, prostitution, social networks, and vaccine efficacy on HIV dynamics; the role of exogenous re-infection, variable progression rates, vaccination, public transportation, close and casual contacts on tuberculosis dynamics and
control; the impact of life - history vector dynamics on dengue
epidemics; and on the identification of time - response scales for
epidemics of foot and mouth disease.