A collection of educational material about Campylobacter and biosecurity:
- English: E-learning Program
- German (Deutsch): E-Learning Programm
- Spanish (Español): Programa de e-learning
- Danish (Dansk): E-learning kurs
Best Practice Manual
- English: Best Practice Manual
- German (Deutsch): Best Practice Handbuch
- Spanish (Español): Guia de Buenas Practicas
- Danish (Dansk): Best Practice Manual
Draft Certification Program
- English: Draft Certification Program
- German (Deutsch): Zertifizierungsprogrammentwurf
- Spanish (Español): Borrador de Programa de Certificación
- Danish (Dansk): Udkast til
- Bahrndorff et al.: Foodborne Disease Prevention and Broiler Chickens with Reduced Campylobacter Infection
BorckHøg et. al.: Farm specific risk factors for Campylobacter colonization in Danish and Norwegian broilers
- Josefsen et al.: Monitoring Campylobacter in the poultry production chain — From culture to genes and beyond
- Keestra et al.: Unique features of chicken Toll-like receptors
- Kjærsgaard et al.: Plasticity in behavioural responses and resistance to temperature stress in Musca domestica
- Nauta et al.: The effect of reducing numbers of Campylobacter in broiler intestines on human health risk
- Royden et al.: A role for flies (Diptera) in the transmission of Campylobacter to broilers
- Sommer et al.: Translation of risk factor estimates into on-farm intervetions and their effect on Campylobacter broiler flock prevalence
- Sommer et al.: Analysis of farms specific risk factors for Campylobacter colonization of broilers in six European countries
- Søndergaard et al.: Low-Cost Monitoring of Campylobacter in Poultry Houses by Air Sampling and Quantitative PCR
- Urdaneta et al.: Assessment of two different types of sample for the early detection and isolation of thermophilic Campylobacter in broiler farms
- Wagenaar et al.: Preventing Campylobacter at the Source: Why Is It So Difficult?
- Wagenberg et al.: Cost-effectiveness of Campylobacter interventions on broiler farms in six European countries
- Wagenberg and Horne: Impact of technical and economic performance on costs of Campylobacter spp. interventions on broiler farms in six European countries
- Wieczorek and Osek: Poultry flocks as a source of Campylobacter contamination of broiler carcasses
Chapters in books
- Bouwman et al.: Biology of Campylobacter infection. In: Epidemiology, evolution and molecular biology, p: 231-250. Caister Academic Press Ltd. ISBN: 978-1-908230-06-5
- Wagenaar et al.: Campylobacter: animal reservoirs, human infections, and options for control
Presentations and Posters
- Other deliverables
Deliverables other than the learning material and publications:
WP1 – Epidemiology
WP2 – Intervention strategies
WP3 – Diagnostic tools
WP4 – Risk assessment and economy
WP5 – From science to industry
WP6 – Management
- Project description
CamCon aimed to improve the control of Campylobacter in primary poultry production in various parts of Europe and thereby enable the production of “low-risk broilers”. The project placed great emphasis on ensuring rapid and effective dissemination of scientific achievements to end-users, in particular the EU poultry industry.
The consortium consisted of 10 partners from seven countries representing various parts of Europe.
The scientific work was organized in five Work Packages
WP1 - Epidemiology aimed at improving the understanding of the epidemiology of Campylobacter in the context of housed broiler production and quantify the role of risk factors in different regions of the EU. It considered the role of different subtypes of Campylobacter, seasonal and geographical variation in colonization as well as within and between
flockand house transmission of the bacteria.
WP2 - Intervention strategies focused on the effect of biosecurity and fly screens in two very different countries/geographical areas. This WP also included research on two intervention strategies with more long-term possibilities for utilization; phage therapy and vaccination.
WP3 - Diagnostic tools aimed to implement efficient, inexpensive and rapid methods for semi-continuous detection, strain identification and quantification of Campylobacter at
WP4 - Risk assessment and economics aimed to evaluate the effectiveness and efficiency of the interventions studied in WP2. The WP combined data from the epidemiological studies in WP1 and data from the intervention studies in WP2 with quantitative microbiological risk assessment and economic analysis.
WP5 - From science to industry aimed to facilitate
rapidtransfer of new science-generated knowledge to practical solutions for the poultry industry, with the ultimate aim of reducing the growing burden of Campylobacter-associated illness on the population, within the EU society, and beyond. The strategy for meeting this objective was to develop novel web-based and tailor-made education and E-learning programmestargeted to poultry farmers and farm personnel.
Norwegian Veterinary Institute (NVI), Norway
The Norwegian Veterinary Institute (NVI) is a national biomedical research institute in the fields of animal health, fish
healthand food safety, whose primary function is supplyof independent research-based advisory support to the governing authorities. Preparedness, diagnostics, surveillance and monitoring, reference- and scientific advisory functions, and risk assessment are the most important areas of operation. The NVI has approximately 330 employees and has its central laboratory in Oslo, with five regional laboratories located along the coast.
Technical University of Denmark (DTU)
DTU FOOD is a research institute at the Technical University of Denmark with approximately 330 employees. Activities include research, scientifically based risk assessments, advisory services as well as diagnostic and analytical services to Danish and international authorities and industry. The
instituteis the focal point of EFSA and is part of the national food safety contingency plan and the national reference laboratory for microbial food safety.
Liverpool University (ULIV), UK
The National Centre for Zoonosis Research (NCZR) is hosted by ULIV and is a combined venture of the
universitiesof Liverpool and Lancaster, the Health Protection Agency (HPA) and the Veterinary Laboratories Agency and is a hub for collaborative research across the UK and further afield. The Centre, as the hub of a dynamic network, undertakes world-class research into zoonotic infections, including work on Campylobacter in broilers and Salmonella in layers. A particular interest is how production environments affect the resistance of chickens to the pathogens and how the nature of the host-pathogen interaction is influenced by host stress responses and/or endemic disease.
University Utrecht (UU), The Netherlands
Utrecht University is a research university comprising of seven faculties which collectively span the entire academic spectrum in teaching and research. The Faculty of Veterinary Medicine of Utrecht University is the only veterinary school in the Netherlands. There are about 1000 employees and about 800 students.
Dianova (DIA), Denmark
Dianova is a separate limited company owned by the Technical University of Denmark. Dianova’s objectives are promoting and supporting innovative and commercial services of food safety and veterinary science. Dianova sells and markets services on behalf of the National Food Institute and the National Veterinary Institute, as well as sourcing other specialists and services outside the institutes for specific tasks and assignments.
Central Veterinary Institute of Wageningen UR (CVI-LEI), The Netherlands
CVI is an institute of animal science and health and is a
market orientedresearch institute covering the entire animal production chain. CVI is a part of Wageningen University and Research Centre and has approximately 280 highly qualified personnel that carry out research leading to practical solutions to complex issues and conducts strategic and applied veterinary, zootechnic and biomedical research. CVI represents Stichting DLO as partnerin this project, thereby including LEI(-WUR) as a participant. Universityof Newcastle upon Tyne (UNEW), UK
The Centre for Life Sciences Modelling group is found
with inthe Institute for Research and Sustainability at Universityof Newcastle upon Tyne. The group comprises some 12 staff and postgraduate students whose prime interest is developing modellingapproaches for investigating the structure and dynamics of temporally and spatially heterogeneous biological systems. The group focuses on modellingthe epidemiology of wildlife, livestock and human disease.
University of Minho (UMinho), Portugal
ofBiological Engineering (CEB) is one of the R&D units of the UMinho. This research centrecovers the fields of Food and Environmental Biotechnology as well as Chemical and Biomedical Engineering. CEB has a great and long experience in fermentation technology, bioseparation processesand microbial physiology. Researchers participating in this project are from BioPSE and Phage groups. These groups possess the technological means and knowledge to optimisebacteriophage production and purification.
onAnimal Health – CreSA(CSA), Spain
The Foundation Centre de Recerca en Sanitat Animal (
CReSA) is a private foundation created in 1999 for conducting research on animal health. The CReSAunites the human potential for research in animal health and takes advantage of a new technologically advanced building, with level-3 bio-containment (BSL3) for conducting research with all livestock species, grouping efforts and pooling new resources in this field. Research and development programmeswithin the animal health field, diagnostics, surveillance, monitoring, and scientific advisory functions are among the main activities of our Centre.
National Veterinary Research Institute (NVRI), Poland
The National Veterinary Research Institute (NVRI) is a national agricultural research institute in the fields of animal health, fish
healthand food safety, whose primary function is supplyof independent research-based advisory support to the governing authorities. Preparedness, diagnostics, surveillance and monitoring, reference- and scientific advisory functions, and risk assessment are the most important areas of operation. The NVRI has approximately 490 employees and has its central laboratory in Pulawy, with two branches located in Bydgoszcz (Departments of Mastitis and Horse diseases) and in Zdunska Wola (Department of Food and Mouth Disease).
Merete Hofshagen, Norwegian Veterinary Institute
Nicola Williams, Liverpool University (ULIV)
WP2: Intervention strategies
Jaap Wagenaar, Utrecht University
WP3: Diagnostic tools
Mathilde Josefsen, Denmark Technical University (DTU)
WP4: Risk assessment and economics
Maarten Nauta, Denmark Technical University (DTU)
WP5: From science to industry
Mogens Madsen, Dianova