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AbstractAbstract
[en] The following uranium compounds were topically applied to the dorsal skin of 35 day-old Wistar rats (60 g, male): uranium dioxide, uranyl nitrate, uranyl acetate, ammonium uranyl tricarbonate and ammonium diuranate. Percutaneous absorption was mediated with the aid of a vehicle and known quantities of various particle-sized batches of uranium compounds were directly implanted in the subcutaneous tissue. Animals were sacrificed 3, 6, 24 and 48 hours after implantation. Subcutaneous tissue and muscle underneath the implantation site were anlaysed by light and electron microscopy. A Cameca 322 X-ray microanalyzer was used to analyze uranium traces in calcified tissue (bones and teeth) and kidneys. A steady loss in body weight was observed in animals given high concentration of uranyl nitrate and ammonium uranyl tricarbonate. All animals died five days after the onset of the experiment due to renal failure. Slightly soluble compounds, ammonium diuranate and uranyl acetate, caused only a slight decrease in body weight. Uranium dioxide, the most insoluble compound used, induced only a transitory slight body weight decrease. Histopathological study revealed damages to the tissues of topicated skin, hair follicles and adnexal glands. High concentration of uranium was indicated in bone, teeth and kidneys by X-ray scanning
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Dec 1982; 40 p
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Report
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ACETATES, AMMONIUM URANATES, AUC, BIOLOGICAL RADIATION EFFECTS, BUILDUP, DOSE-RESPONSE RELATIONSHIPS, KIDNEYS, MUSCLES, NECROSIS, PATHOLOGICAL CHANGES, PHAGOCYTOSIS, RADIATION SOURCE IMPLANTS, RATS, RETENTION, SKELETON, SKIN, SKIN ABSORPTION, SURVIVAL CURVES, TEETH, URANYL COMPOUNDS, URANYL NITRATES, WEIGHT
ACTINIDE COMPOUNDS, AMMONIUM CARBONATES, AMMONIUM COMPOUNDS, ANIMALS, BIOLOGICAL EFFECTS, BODY, CARBON COMPOUNDS, CARBONATES, CARBOXYLIC ACID SALTS, DIGESTIVE SYSTEM, DISEASES, IMPLANTS, MAMMALS, NITRATES, NITROGEN COMPOUNDS, ORAL CAVITY, ORGANS, OXYGEN COMPOUNDS, RADIATION EFFECTS, RADIATION SOURCES, RODENTS, UPTAKE, URANATES, URANIUM COMPOUNDS, VERTEBRATES
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