Technologies for capturing and analysing animal health data in near real time.

Technologies for capturing and analysing animal health data in near real time.

Rev Sci Tech. 2017 Aug;36(2):525-538

Authors: Holmstrom L, Beckham T

Abstract
Information technologies are rapidly advancing the way in which animal health data and information are collected, analysed and shared in order to support animal health management, disease surveillance and response, and decision-making. However, the full potential of these technologies for early detection and response to natural or intentional disease events has not been fully realised in animal health at the global level. This paper discusses advances made in these technologies and examples of how they have been applied in animal health for near real-time data collection and analysis. The technologies reviewed include: i) mobile health (mHealth) technologies, wireless sensors and biosensors for remote data collection; ii) crowdsourced and Internet-based data collection; and iii) electronic health (eHealth) technologies for data integration and analysis. Experiences of implementing these technologies, and challenges with their use, are also discussed so as to provide recommendations on their future application in animal health. The world is ripe with opportunities to develop and enhance mHealth and eHealth technologies that are cost effective and capable of near real-time data collection and analysis. Such technologies have been shown to be valuable and capable of being implemented in both developing and developed countries, and ultimately will strengthen disease surveillance and reporting across the globe. International mechanisms and data standards are needed to facilitate the sharing and analysis of animal and human health data between countries. Identifying ways in which animal and human health data collection and analysis can be better integrated within a 'One Health' approach will enhance the coordination and capability of disease detection and response at the human-animal interface.

PMID: 30152466 [PubMed - in process]