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Biomedical subjects

Anne Hardy

Publications and source records attributed to Anne Hardy.

10 recordsLinked to original sources

Nutrition.

Explore the source record for details and available documents.

Humans↗

The pioneering use of a questionnaire to investigate a food borne disease outbreak in early 20th century Britain.

This paper describes the investigation by a British local government board inspector in 1902, H Timbrell Bulstrode, into the cause of an outbreak of enteric fever after a mayoral banquet given at Winchester. This investigation helped to confirm the role of oysters as an agent of transmission of typhoid fever. The data are also reanalysed using a modern approach, which confirmed the role of oysters (odds ratio = 11.2, 95% CI 2.5 to 50.1). This episode is illustrative of the role of British public health inspectors at the turn of the 20th century as well as of the conditions in which the technique of investigating outbreaks of food borne diseases using a standardised menu was developed. Current methods of outbreak investigations that differ from Bulstrode's pioneering work are also discussed.

Animals↗

Professional advantage and public health: British veterinarians and State Veterinary Services, 1865-1939.

At the beginning of the twentieth century, municipal authorities in England and Wales, and in Scotland, began to develop systems of veterinary public health which encompassed both the welfare of animals and the safety of meat and milk intended for human consumption. This paper examines the motives behind veterinary attempts to extend the integration of human and animal health considerations within the public health framework in the inter-war period. In 1938 the Ministry of Agriculture implemented a national administrative structure for the management of animal diseases which absorbed the veterinary personnel of the municipal authorities, whose own veterinary public health activities largely fell into abeyance. As a result, the ideal of veterinary public health disappeared from British public health practice after 1939, and lost its force as a professional political cause. The mid-century disappearance of animal health from consideration in British public health programmes was one of a complex of historical strands which contributed to the late-twentieth-century emergence of public health crises over such animal-borne diseases as salmonellosis, Escherichia coli infection, and bovine spongiform encephalopathy.

History, 19th Century↗

Animals, disease, and man: making connections.

The intricate causal relationships between disease in man and disease in animals first began to be elucidated in the mid-19th century. Although the connections between animal and human disease are now generally understood, individuals as well as societies remain slow to act on this knowledge. This paper examines the gradual recognition of these disease connections and explores the parallel theme of man's reluctance to appreciate the implications of these connections. It identifies factors that have inhibited the realization of the links between disease in man and animals, and discusses several milestones in the scientific elucidation of these links. Beginning with emerging concerns over the relationship between bovine and human tuberculosis in the 1860s, it follows the discovery of insect vectors, animal reservoirs, and the links between animals, influenza, and man. Despite warnings of the potential significance for human disease of patterns of changes in the relationship with animals and the natural world, scientists have continued to treat human and animal health as largely independent disciplines, while historians too have neglected this important aspect of human disease.

Animals↗

Statistical methods in epidemiology: Karl Pearson, Ronald Ross, Major Greenwood and Austin Bradford Hill, 1900-1945.

The tradition of epidemiological study through observation and the use of vital statistics dates back to the 18th century in Britain. At the close of the 19th century, however, a new and more sophisticated statistical approach emerged, from a base in the discipline of mathematics, which was eventually to transform the practice of epidemiology. This paper traces the evolution of that new analytical approach within English epidemiology through the work of four key contributors to its inception and establishment within the wider discipline.

Epidemiology↗