Abstract

The animal and public health communities need to address the challenge posed by zoonotic emerging infectious diseases. To minimize the impacts of future events, animal disease surveillance will need to enable prompt event detection and response. Diagnostic laboratory-based surveillance systems targeting domestic animals depend in large part on private veterinarians to submit samples from cases to a laboratory. In contexts where pre-diagnostic laboratory surveillance systems have been implemented, this group of veterinarians is often asked to input data. This scenario holds true in Alberta where private cattle veterinarians have been asked to participate in the Alberta Veterinary Surveillance Network-Veterinary Practice Surveillance, a platform to which pre-diagnostic disease and non-disease case data are submitted. Consequently, understanding the factors that influence these veterinarians to submit cases to a laboratory and the complex of factors that affect their participation in surveillance programs is foundational to interpreting disease patterns reported by laboratories and engaging veterinarians in surveillance. A focused ethnographic study was conducted with ten cattle veterinarians in Alberta. Individual in-depth interviews with participants were recorded and transcribed to enable thematic analysis. Laboratory submissions were biased toward outbreaks of unknown cause, cases with unusual mortality rates, and issues with potential herd-level implications. Decreasing cattle value and government support for laboratory testing have contributed to fewer submissions over time. Participants were willing participants in surveillance, though government support and collaboration were necessary. Changes in the beef industry and veterinary profession, as well as cattle producers themselves, present both challenges and opportunities in surveillance.

Highlights

  • In recent years, the global public health community has seen an increase in the number of emerging infectious disease (EID) events [1], with the majority of infectious agents originating in animals [2,3,4]

  • In this paper we report the results from a focused ethnographic study that aimed to advance understanding of the factors that influence cattle veterinarians engaged in mixed-animal and exclusively cattle private veterinary practice in Alberta to submit cases to a diagnostic laboratory, and to describe the complex of factors that affect the willingness of cattle veterinarians engaged in mixed-animal and exclusively cattle private veterinary practice in Alberta who are part of the Alberta Veterinary Surveillance Network (AVSN)-VPS to participate in surveillance programs

  • The objective of the Canadian Animal Health Surveillance Network (CAHSN) is ‘‘early detection of animal disease threats to the food supply, food safety or public health originating through bio-terrorism or ‘natural’ causes, especially foreign and emerging animal diseases’’ [30]. While this integration effort helps to ensure there is sufficient diagnostic laboratory capacity in place to respond to EID events, and detect certain types of EID events, the results reported here suggest that such efforts alone will be insufficient to permit early detection of animal disease threats: diagnostic laboratory submission results are unlikely to signal the occurrence of an EID event in the Alberta cattle population early in the epidemic process [29]

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Summary

Introduction

The global public health community has seen an increase in the number of emerging infectious disease (EID) events [1], with the majority of infectious agents originating in animals [2,3,4]. Countries and communities have failed to predict specific EID events and in many cases have been ill equipped to respond once a disease has emerged, making it difficult to contain both the disease and the social and environmental impacts of the disease [5]. In response to the challenge posed by EIDs, surveillance of animal populations is changing rapidly [5]. It is strongly believed that preventing or controlling disease in animals is optimal for limiting the impact of zoonotic EIDs [6,7]

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