Food Additives & Contaminants Part A · 2015 · 11 citations · 4 references
AgricultureAnimal SciencesMolecular BiologyFood AuthenticationMeat ScienceRuminant NutritionNon-ruminant NutritionNucleic Acid ExtractionProtein AnalysisAnimal Feed ContaminationAnimal Feed IngredientsAnimal Origin AuthenticationAnimal ProteinsPcr-based DetectionPolymerase Chain Reaction (Pcr) DiagnosticsPolymerase Chain Reaction (Pcr)-based IdentificationSpecies-specific Identification
Since June 2013 the total feed ban of processed animal proteins (PAPs) was partially lifted. Now it is possible to mix fish feed with PAPs from non-ruminants (pig and poultry). To guarantee that fish feed, which contains non-ruminant PAPs, is free of ruminant PAPs, it has to be analysed with a ruminant PCR assay to comply with the total ban of feeding PAPs from ruminants. However, PCR analysis cannot distinguish between ruminant DNA, which originates from proteins such as muscle and bones, and ruminant DNA, which comes from feed materials of animal origin such as milk products or fat. Thus, there is the risk of obtaining positive ruminant PCR signals based on these materials. The paper describes the development of the combination of two analysis methods, micro-dissection and PCR, to eliminate the problem of 'false-positive' PCR signals. With micro-dissection, single particles can be isolated and subsequently analysed with PCR.
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Bovine spongiform encephalopathy: epidemiological studies.
J. W. Wilesmith, G. Wells, M. P. Cranwell et al. · PubMed · 1988 · 715 citations
Veterinary Medicine, Animal Sciences, Veterinary Epidemiology +12
Olivier Fumière, Aline Marien, Juan Antonio Fernández Pierna et al. · Food Additives & Contaminants Part A · 2010 · 20 citations · Full text