The globally increasing level of antimicrobial resistance affects both human and animal
health, why it is necessary to identify ways to change our current use of antimicrobials. The …

Background: There has been much scrutiny of antimicrobial use in the livestock sector, since
the O'Neill report, a 2015 government‐commissioned review of antimicrobial resistance …

The reduction of antimicrobials on dairy farms is a topical issue and confronts both
veterinarians and farmers with major challenges. The aim of this study was to investigate …

The aim of this study was to describe the factors that influence dairy cattle veterinarians´
antimicrobial prescribing, their attitudes toward reducing antimicrobial use (AMU) in the …

AIMS: To determine the factors associated with the selection of antimicrobials by dairy
veterinarians, and the attitudes of those veterinarians and dairy farmers to antimicrobial …

The global risk for antimicrobial resistance (AMR) can be reduced by reducing antimicrobial
use (AMU). Veterinarians are one of the key actors in relation to AMU in livestock, and …

There has been growing concern about bacterial resistance to antimicrobials in the farmed
livestock sector. Attention has turned to sub-optimal use of antimicrobials as a driver of …

Although much research has investigated the drivers of inappropriate antimicrobial
prescribing in human medicine, equivalent research in veterinary medicine is in its infancy …

To tackle antimicrobial resistance, it is vital that farmers' and veterinarians' antimicrobial use
behaviors and attitudes toward resistance are understood so that we can identify how beliefs …

Aims The aims of this study were to determine antimicrobial prescription patterns and the
factors affecting antimicrobial selection amongst Australian dairy veterinarians. Methods A …