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METABOLISM OF Y88 WITHOUT CARRIER FOLLOWING INTRAMUSCULAR AND
FACTORS AFFECTING THE ABSORPTION OF ORALLY ADMINISTERED
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64 days absorbed and retained absorbed fraction absorption of radiostrontium administered dose adsorbing agents Balance4 blood Bone3 calcium content carcass less skeleton carrier following intramuscular carrier strontium cathartics cerium columbium days Sixteen days decontamination disodium phosphate Effect entire skeleton estimated as 42 excretion of radiostrontium fission products following intramuscular administration following intrapulmonary administration Four days Sixteen gram organ gram interval intestinal tract intramuscular experiments intramuscular injection intramuscular studies intraperitoneal iodate irradiated ergosterol isotopes Kidney lanthanum liquid and washings Liver low calcium diet magnesium sulfate MDDC Measured value metabolic Muscle1 nonradioactive strontium NUCLEAR FISSION Observations—The organ gram Heart organ gram organ praseodymium precipitate was centrifuged radiocerium radioyttrium radiozirconium rate of elimination ruthenium skeleton but includes Skin2 sodium bicarbonate sodium chloride sodium silicate solution Spleen therapy thorium tissues total body weight Treatment Time lapse tricalcium phosphate uptake uranyl nitrate urinary excretion value for carcass value for entire yttrium