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홈 > 학술정보 >학술행사 > 세미나
2017 연세대학교 수학과 콜로퀴움

Title
Mathematical modeling of infectious diseases with multidisciplinary approach
Speaker
심은하   (숭실대학교 )
Date
2017-11-10 17:00:00
Host
Yonsei University
Place
Science Building 225
Abstract
Mathematical biology is an ever more important field in the understanding of biological processes. One of its growing subfields is mathematical modeling of infectious diseases and the evolution of pathogens, which is associated with predicting health policy effectiveness and best practices. Health policies must be developed to maximize the benefit to the public and to balance health, social, and economic considerations. Achieving this aim requires combining molecular, individual, population, and national scales with evolutionary perspectives to understand the importance of trade-offs between disease control and the risk of pathogen replacement. On a molecular scale, my work focuses on the impact of disease interventions on the evolution of pathogens. On an individual scale, I determine how medical decisions are influenced by individual perceptions and motivations. On a population scale, I assess ways to promote population adherence to the group-optimal control strategies using a game-theoretic approach. On a national scale, I determine and compare the impact of different control strategies. Integrating mathematics, epidemiology, economics, and evolutionary biology, this interdisciplinary research generates predictions that could not be made by the sedisciplines alone, and has important impacts on these fields as well as for policy makers world-wide.
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