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<br /> FROM: POLS FAH NO.: 18089747670 05-05-97 03 ~47P P.05 <br /> compounds produced during irradiation are identical to those formed durine cooking. <br /> steaming, roasting, pasteurization, freezing, and other forms of food preparation (8,10,12). <br /> Free radicals are even produced during the natural ripening of fruits and vegetables (22). All <br /> reliable scientific evidence, based on animal feeding tests and consumption by human <br /> volunteers, indicates that these products pose no unique risk to human beings In fact, people <br /> requiring the safest food, hospital patients receiving bone marrow transplants, are routinely <br /> given irradiated foods. Furthermore. because spices, being of tropical origin, are often <br /> microbe laden, irradiated spices are preferred for routine use in hospital foodservice for <br /> patients. Thus, as with pasteurization, the evidence suggests that food irradiation can make a <br /> quality food supply better. <br /> The American Medical Association's Report of the Council on Scientific Affairs on Food <br /> Irradiation (10) agreed with a WHO policy statement (4,24) released in 1992 <br /> "Irradiated food produced under established Good Manufacturing Practices is to be <br /> considered safe and nutritionally adequate because' i) the process of irradiation will not <br /> introduce changes in the composition of the food which, from a toxicological point of view, <br /> would impose an adverse effect on human health; ii) the process of irradiation will not <br /> introduce changes in the microflora of the food which would increase the microbiological <br /> risk to the consumer; iii) the process of irradiation will not introduce nutrient losses in the <br /> composition of the food,which, from a nutritional point of view, would impose an adverse <br /> effect on the nutritional status of individuals or populations (10)." <br /> Environmental Safety of Food Irradiation <br /> Strict regulations govern the transportation and handling of radioactive material. Irradiation <br /> facilities are constructed to withstand earthquakes and other natural disasters without <br /> endangering the community or workers Radioactive material is transported in canisters <br /> tested to withstand collisions, fires, and pressure. Worker safety is protected by a <br /> multifaceted protection system within [he plant (11)_ <br /> The 60Co used by US commercial facilities is specifically produced for use in irradiation of <br /> medical supplies and other materials, It is not a waste product of any other activity, and it <br /> cannot be used to make nuclear weapons. It is estimated that all the spent 60Co to date <br /> could fi[ in an office desk (8,9). Disposal of 60Co is carefully arranged by the producer. <br /> US Regulation of Food Irradiation <br /> Congress defined the sources of ionizing energy as food additives and included them in the <br /> Food Additives Amendment to the Federal Food, Drug, and Cosmetic Act (25), thus <br /> delegating the main regulatory responsibility to the FDA Additionally, two agencies within <br /> the US Department of Agriculture (USDA) are involved in the process: the Food Safety and <br /> Inspection Service, which develops standards for the safe use of irradiation nn meat and <br /> poultry products. and the Animal and Plant Health Inspection Service, which monitors <br /> programs designed to enhance animal and plant health (eg, using irradiation as an insect <br /> quarantine treatment in fresh produce) (25). <br /> All irradiated foods in the United States must be labeled with a radura, the international <br /> symbol for irradiation F; ure 4 and the words "treated by irradiation" or "treated with <br /> 5~5; 97 11.12 AM <br /> 4ofR <br /> <br />