Project targets reduction of Campylobacter on chicken meat in Denmark

Published 2022년 2월 10일

Tridge summary

A project titled SafeChicken, led by Danish researchers from the DTU National Food Institute and DTU’s Department of Chemical Engineering, in collaboration with Danpo and Thor Ice Chilling Solutions, aims to develop strategies to reduce the incidence of Campylobacter in chicken meat. This initiative targets both conventional and organic broiler chickens, addressing the challenges of applying current biosecurity measures to free-range flocks. The project will explore methods such as adding substances to feed and water to inhibit Campylobacter growth, employing a new decontamination technology, and using a cooling system to decrease bacterial contamination. These approaches aim to align with forthcoming EU regulations, which tighten restrictions on Campylobacter in poultry products, and support Denmark's efforts to reach its target of reducing Campylobacter infections by 50% by 2021. The project is supported by a grant of Danish Krone 7.4 million ($1.1 million) from the Danish Ministry of Food, Agriculture, and Fisheries.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Danish researchers are part of a project that is going to develop and test ways of producing chicken meat with lower levels of Campylobacter. Chicken is one of the main food sources of Campylobacter infections in Denmark and Europe. Illness affects about 4,500 Danes each year. However, many cases are never reported and researchers believe the actual number is about 10 times higher. In the SafeChicken project, researchers from the DTU National Food Institute and DTU’s Department of Chemical Engineering will work with Danish chicken producer Danpo and the Icelandic company Thor Ice Chilling Solutions. Free range flocks of broiler chickens are more often Campylobacter-positive than conventional flocks. This is because they roam outside, where the bacterium occurs naturally. Existing measures for conventional broilers such as increased biosecurity and fly nets are not practical for free range and organic broiler chickens. Scaling up potential solutions Project partners will test ...

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