FP6 -506487 REPLACE - Plants and their extracts and other natural alternatives to antimicrobials in feeds

Contacts
Website: www.replace-eu.com




To find similar Items, click on a keyword below:
Biological Conversion : Crops for Fine Chemicals : Life Science and Food Quality : Pharmaceuticals/Cosmetics

Type of Project	STREP
Contract No	FP6 -506487
Total Cost	4,650 KEuro
EC Contribution	2,870 KEuro
Start Date	1-3-2004
Duration	36 Months

Abstract

Growth-promoting antibiotics will be banned in the EU by 2006. Livestock producers need alternative means of obtaining similar production benefits to maintain profitability and competitiveness against overseas producers, including the US, where such restrictions do not exist. Ways must also be found to improve the healthiness and safety of animal products reaching the consumer, including those from organic farming.

This project will examine plants, plant extracts and other natural materials as safe alternatives to feed antimicrobials. The materials will be derived from 500 samples of plant materials collected as possible feed additives for ruminants [FP5 project, Rumen-up, QLK5-CT-2001-00992], plus some additional natural materials likely to be useful in non-ruminants. Rumen-up samples, for which a large data set of background information and screening success now exists, will be tested for properties not screened in FP5: their possible impact on human and animal health (E. coil, parasites), food quality (fatty acids) and efficient use of natural resources (increased forage use by ruminants).

Researchers on pigs, poultry and fish, where the impact of antibiotic withdrawal is greatest, will join the consortium. The priorities in these species overlap with ruminants, although the precise aims and pathogen species are different. After identifying the most promising candidates for each target, a small number of samples will be taken to demonstration, proof-of- concept trials. The project will link fragmented research carried out with different animal species across Europe and provide a platform, via consultation with industry, farmers and consumers' organisations, veterinarians, botanists, agronomists and economists, for the rational production of a new generation of natural feed additives. The main benefits will be a healthier, safer food chain, increased sustainability of animal agriculture and reduction in its detrimental effects on the environment.

Coordinator

Rowett Research Institute, Gut Microbiology & Immunology Division, United Kingdom

Partners

• Danish Institute of Agricultural Sciences, Denmark
• All-Technology (Ireland) Ltd, Ireland
• Crina S.A., Switzerland
• August Cieszkowski Agricultural University of Poznan, Poland
• Moredun Research Institute, United Kingdom
• Universitaet Hohenheim, Germany
• Universidad De Leon, Spain
• University of Reading, United Kingdom
• University of Veterinary Medecine, Slovakia
• National Veterinary Institute, Norway

Contacts

Contact

• John WALLACE / Rowett Research Institute Gut Microbiology & Immunology Division / UNITED KINGDOM