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Decision on the control of a dietary carcinogen -- aflatoxin.

The sequence of events is described whereby decisions are made by the scientific community and national or international legislative bodies in evaluating a dietary carcinogen. This is proposed on the basis of experience gained from the aflatoxins. Suspicion arose first after the deaths of large numbers of poultry and fish; the agent was soon identified as aflatoxins. This was followed by laboratory investigations of their toxic and carcinogenic effects in experimental animals, which showed them to be the most potent liver carcinogen known to experimentalists. Field studies were established to assess a possible association with liver-cell cancer in humans, and a significant correlation was found. An intervention programme was therefore set up to lower exposure and to observe the trend of cancer incidence. Aflatoxins are found in many cereals and nuts exposed to humidity; thus, the staple foods of most of the developing world are at risk. The severity of the economic problem for some countries if prejudice should continue to develop against peanuts as a basis for animal feeds is illustrated. Decisions about control of aflatoxins thus fall into two groups: control measures to prevent contaminated foods from reaching the populations of industrialized countries, and primary prevention for the millions in the developing world. Regulatory actions have been taken in various industrialized countries, but their effect is to make developing countries safeguard exports and still to ignore the hazard within the country. The main problem is thus protection of food supplies, for the indigenous populations of those countries that grow and consume the bulk of the susceptible cereals, by improved husbandry.

Adult↗

Recalls of foods and cosmetics due to microbial contamination reported to the U.S. Food and Drug Administration.

In the U.S., food product recalls serve as an important intervention in stemming the consumption of food products contaminated with infectious disease agents. We summarize the number and nature of foods and cosmetics recalled as a result of microbial contamination reported to the U.S. Food and Drug Administration (FDA) for the period 1 October 1993 through 30 September 1998. During this period, microbial contamination of food and cosmetic products was the leading cause for recalls, accounting for a total of 1,370 recalls (36% of all products recalled). Listeria monocytogenes accounted for the greatest number of food products recalled because of microbial contamination, whereas Pseudomonas aeruginosa was the most common microbe associated with recalls of cosmetic products. Dairy products, followed by seafood and pastry items, were the types of products most often associated with recalls due to microbial contamination. The FDA was the entity most often responsible for detecting microbial contamination of foods and cosmetics (33% of all such recalls), followed by state regulatory agencies (24%), and manufacturers/retailers (21%). Nineteen percent of recalls were associated with at least one reported case of illness. Salmonella was the pathogen most often implicated in reports of illness associated with these recalled products.

Animals↗

Management methods of reducing radionuclide contamination of animal food products.

Examples are given of general management methods that will reduce the contamination of domestic food producing animals. Such methods will decrease the radiation exposure of the animal which could be of importance for its health and long-term production of food but more importantly in the short term they will decrease transfer of radioactive contamination to animal food products, i.e. milk, meat, offal and eggs. The most important radionuclides contaminating food products of animal origin, 90Sr, 131I and 137Cs, are specifically discussed in detail. By choosing proper general management methods it is possible to decrease the transfer of contaminating radionuclides to animal food products by an order of magnitude or more.

Animal Feed↗