Abstract
In the wake of concerns about the level of antibiotic resistance, governments worldwide are pressing for reduced antibiotic use, hoping thereby to reverse resistance trends. Is success likely? The evidence is mixed, and expectations should be tempered by the growing realization that many resistant bacteria are biologically fit, making them difficult to displace. If resistance is unlikely to be reduced significantly by changing prescription practices, how can clinicians outpace increased resistance, particularly when much of 'big pharma' is abandoning antibiotic development?
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Acknowledgements
The author is grateful to many colleagues past and present whose collaboration has enabled his own work and the development of the views expressed here.
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Competing interests
D. Livermore, and his laboratory staff, are employed by the Health Protection Agency, and so have an interest in it's (and ultimately the state's) continued interest in resistance. He has received sponsorship and research grants from numerous pharmaceutical, biotech and diagnostics companies. Directly, or as attorney, he manages personal and family shareholdings, including in pharmaceutical companies.
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Glossary
- COMMUNITY PRESCRIBING
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The prescription of antibiotics outside hospitals.
- BACTERAEMIAS
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A bacterial infection of the bloodstream.
- COMMUNITY-ACQUIRED INFECTIONS
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An infection that is acquired outside of a hospital.
- EPIDEMIC CLONES
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Bacterial strains that have spread widely among communities or hospitals.
- FORMULARY CHANGE
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A change to standard therapies in hospitals.
- EMPIRICAL ANTIBIOTIC TREATMENT
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A treatment that is based on the pathogens that are likely to be present on the basis of the clinical condition, but before confirmation by culturing bacteria in the laboratory.
- STEP-DOWN THERAPY
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A switch from powerful to less powerful antibiotics — for example, because the patient is recovering well or a highly sensitive pathogen has been isolated.
- COMPENSATION
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Adaptations or mutations that enable bacteria to adjust to the fitness burden that is caused by acquired resistance.
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Livermore, D. Can better prescribing turn the tide of resistance?. Nat Rev Microbiol 2, 73–78 (2004). https://doi.org/10.1038/nrmicro798
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DOI: https://doi.org/10.1038/nrmicro798
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