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Metabolism and effects of uranium in animals
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1975
Year
Radiation EffectRadioactive ContaminationRadiation ExposureBiological BehaviorAnimal ExperimentsRadiation MedicineToxicologyRadiation OncologyNuclear MedicineMineral MetabolismHealth SciencesAnimal PhysiologyBiochemistryAnimal NutritionRadiation EffectsPharmacologyAnimal SciencePhysiologyEnvironmental ToxicologyMetabolismMedicineAcute Toxicity
This paper summarizes the results of animal experiments that are the foundation of our current understanding of the biological behavior or uranium. Topics discussed include: metabolism including biological transport, excretion, deposition and retention in kidney and bone; absorption after parenteral administration, feeding, inhalation, or application to skin or eye; maternal transfer; and clearance of inhaled compounds from the lung. Acute chemical toxicity, including mechanism of action and effects on renal tubules; effects on blood and urine chemistry; acute mortality after parenteral administration or application to skin or eye; and the acute toxicity of $sup 233$U. Chemical toxicity after prolonged exposure, including mortality; kidney function and pathology during chronic ingestion or inhalation; and tolerance to uranium poisoning. Radiation effects, including induction of bone tumors by soluble $sup 232$U or $sup 233$U; subacute mortality from $sup 233$U; pneumonia and fibrosis in lung and induction of lung tumors by inhaled oxides of $sup 235$U or natural U. (auth)