AMR is a global health threat. A better understanding of how different environments affect the evolution and transmission of resistance is key to tackling AMR. These environments include: animal and human host tissues; hospitals and urban environments; and agricultural and natural settings. Multidisciplinary research and knowledge exchange across medicine, the life sciences, physical sciences, engineering, social sciences and agricultural and veterinary sciences will be vital for closing this knowledge gap and translating research into applications to tackle AMR.
The Learned Society Partnership on AMR are organising three free-to-attend workshops entitled antimicrobial resistance: environments, evolution and transmission:
鈥� London 25 June 2015
鈥� Dundee 03 July 2015
鈥� Nottingham 07 July 2015
For more information about the workshops and to apply you will need to submit a brief abstract describing your research interests. The application deadline is Sunday 17 May.
The Learned Society Partnership on Antimicrobial Resistance is a collaboration between Society for General Microbiology, Biochemical Society, Society of Biology, Society for Applied Microbiology, British Pharmacological Society, the British Society for Antimicrobial Chemotherapy and the 欧美AV.
The Learned Society Partnership on AMR are organising three free-to-attend workshops entitled antimicrobial resistance: environments, evolution and transmission:
鈥� London 25 June 2015
鈥� Dundee 03 July 2015
鈥� Nottingham 07 July 2015
For more information about the workshops and to apply you will need to submit a brief abstract describing your research interests. The application deadline is Sunday 17 May.
The Learned Society Partnership on Antimicrobial Resistance is a collaboration between Society for General Microbiology, Biochemical Society, Society of Biology, Society for Applied Microbiology, British Pharmacological Society, the British Society for Antimicrobial Chemotherapy and the 欧美AV.
