C-SNIPER: Campylobacter-Specific Nullification via Innovative Phage-mediated Enteropathogen Reduction

C-SNIPER: Campylobacter-Specific Nullification via Innovative Phage-mediated Enteropathogen Reduction

Campylobacteriosis is the most frequently reported food-borne illness in the EU.

Consumption of poultry, especially chicken meat, is considered the most common route for human infection. Colonization of broiler chickens at farm level leads to transmission of Campylobacter along the production chain, resulting in contamination of poultry meat at retail level. Standard control measures at farm level rely upon the use of antibiotics, which promote the selection and spread of multidrug resistant strains, an additional threat to public health. This project aims to reduce the prevalence of Campylobacter in poultry through innovative, non-antibiotic based mitigation measures that can be integrated into existing hygiene protocols. Specifically, the use of bacteriophage-based strategies as natural antimicrobials in the farm (pre-harvest) and in slaughter and/or processing facilities (post-harvest) will reduce incidence of poultry-borne food poisoning without impacting on animal welfare.

Partners

The following partners are involved in the project

AZTI
IARFR PAS
UNIVERSITY OF TORINO

Project lead

Amaia Lasagabaster
Institution

Azti

Contact details

alasa@azti.es

Related projects

Tasty Texture: Tailored fibre/protein-rich vegetarian Health Power food & novel extrusion technology platform
Innovation

Tasty Texture: Tailored fibre/protein-rich vegetarian Health Power food & novel extrusion technology platform

We aim to enlarge plant-based food offerings beyond meat analogues by a novel process combination for structuring protein and fibres obtained also from side-stream materials to develop a range of...

ISP - Isolation and Application of Plant-based Ice Structuring Proteins in Frozen Foods
Innovation

ISP - Isolation and Application of Plant-based Ice Structuring Proteins in Frozen Foods

In this project, we focus on the upscaled isolation of ISP from plant materials and their application in ice cream and bakery products. The following objectives will be accomplished with...

Separating MycOtoxin-contaminated Wheat grains using Precision Farming technologies
Innovation

Separating MycOtoxin-contaminated Wheat grains using Precision Farming technologies

Mycotoxins can significantly reduce food quality, especially in wheat production. Fusarium graminearum and F. culmorum are the major origins of mycotoxin contamination. Producers, so far have no methodology to determine...