This collection features three peer-reviewed literature reviews on reducing antibiotic use in dairy production. The first chapter describes the regulatory control of medicines in the United Kingdom and European Union and discusses the wider implications of antimicrobial use in dairy production and the need for change in the way we view and use medicines. The chapter also proposes how medicine prescribing practices in the dairy industry may undergo a series of changes in the near future. The second chapter considers recent advances of disease prevention in dairy cattle. Using bovine respiratory disease as a model, the chapter investigates key interactions between the host, environment and pathogen. These interactions can provide beneficial information that can be utilised to develop a prevention platform for multiple syndromes of bacterial disease in dairy cattle. The final chapter begins by assessing the need to promote digestive efficiency and productivity whilst maintaining animal health and welfare. It considers the role of probiotics in achieving this and reviews the range of research undertaken on the benefits and modes of action of probiotics. The chapter also details the role of probiotics in reducing antibiotic use in dairy production through improvements in areas such as pathogen control, feed efficiency and methane production.

In the 1970s, scientists claimed that farm animal breeding was finally evolving from an art into a science. In their view, the switch to scientific breeding was as inevitable as the ongoing process of agricultural modernization. However, the art-to-science scenario is too simplistic to do justice to the complex dynamic that characterized the transformation of the field. The livestock breeds that take centre stage in this book - dairy cattle, chickens, pigs, sheep, and horses - were products of the twentieth century. The methods used by breeders to improve their animals, however, were much older. Tracing the history of practical stockbreeding, the role of Mendelism in scientific breeding, and the emergence of quantitative genetics, Beauty or Statistics shows that the story of the scientific modernization of livestock breeding can be more fruitfully analysed from the perspective of changing cultures of breeding, taking practical, commercial, normative, and aesthetic considerations into account.

Increasing concern about over-reliance on antibiotics (resulting in antimicrobial resistance), as well as broader concerns about animal welfare, have put greater emphasis on preventative measures in maintaining the health of farm animals. Herd health management (HHM) programmes take a population approach based on quantitative epidemiology which makes it possible to assess disease risk and, as a result, prevent and manage diseases more effectively. Improving dairy herd health reviews key challenges in dairy herd health management, such as effective monitoring and diagnosis of infectious diseases, as well as recent developments in areas such as disease prevention and disease surveillance. This collection reviews HHM issues across the dairy cow life cycle, from reproduction and calf health to the transition stage and replacement of stock. Later chapters discuss the successful implementation of HHM programmes in specific instances, from maintaining udder and hoof health, to preventing metabolic disorders, bacterial and viral diseases, as well as parasitic infections.