PURPOSE OF REVIEW: Modeling of antibiotic resistance in pathogenic bacteria responsible for human disease has developed considerably over the last decade. Herein, we summarize the main published studies to illustrate the contribution of models for understanding both within-host and population-based phenomena. We then suggest possible topics for future studies. RECENT FINDINGS: Model building of bacterial resistance has involved epidemiologists, biologists and modelers with two different objectives. First, modeling has helped largely in identifying and understanding the factors and biological phenomena responsible for the emergence and spread of resistant strains. Second, these models have become important decision support tools for medicine and public health. SUMMARY: Major improvements of models in the coming years should take into account specific pathogen characteristics (resistance mechanisms, multiple colonization phenomena, cooperation and competition among species) and better description of the contacts associated with transmission risk within populations.
PURPOSE OF REVIEW: Modeling of antibiotic resistance in pathogenic bacteria responsible for human disease has developed considerably over the last decade. Herein, we summarize the main published studies to illustrate the contribution of models for understanding both within-host and population-based phenomena. We then suggest possible topics for future studies. RECENT FINDINGS: Model building of bacterial resistance has involved epidemiologists, biologists and modelers with two different objectives. First, modeling has helped largely in identifying and understanding the factors and biological phenomena responsible for the emergence and spread of resistant strains. Second, these models have become important decision support tools for medicine and public health. SUMMARY: Major improvements of models in the coming years should take into account specific pathogen characteristics (resistance mechanisms, multiple colonization phenomena, cooperation and competition among species) and better description of the contacts associated with transmission risk within populations.
Authors: Uri Obolski; José Lourenço; Craig Thompson; Robin Thompson; Andrea Gori; Sunetra Gupta Journal: Proc Natl Acad Sci U S A Date: 2018-03-06 Impact factor: 11.205
Authors: Ben K Greenfield; Shanna Shaked; Carl F Marrs; Patrick Nelson; Ian Raxter; Chuanwu Xi; Thomas E McKone; Olivier Jolliet Journal: Antimicrob Agents Chemother Date: 2018-02-23 Impact factor: 5.191