Publication | Open Access
Studies on the evaluation of the toxicity of various salts of lead, manganese, platinum, and palladium.
75
Citations
6
References
1975
Year
EngineeringMetal ContaminationChemistryToxicological MechanismLead PoisoningChemical EngineeringEnvironmental ChemistryCorrosionSoluble SaltsMetalloid ContaminationSoluble Pt4+ SaltsToxicologyHepatotoxicityToxicological AspectChronic Kidney DiseaseBiochemistryChemical HazardPoisoningEcotoxicologyExperimental ToxicologyPharmacologyMetallic SaltsVarious SaltsEnvironmental EngineeringPhysiologyMetal ToxicityEnvironmental ToxicologyMedicine
Preliminary studies have been conducted on various parameters in order to assess the possible and relative toxicities of a number of metallic salts. Upon oral administration in lethal-dose experiments, two soluble Pt4+ salts were more toxic than the other salts tested. Following intraperiotneal injection in lethal-dose experiments, PbCl2 was less toxic than several of the soluble or partially soluble salts of Pt4+, Pd2+, and Mn2+. An intake of a total of approximately 250 mg of Pt4+ per rat in the drinking fluid over a 30-day interval did not affect the activities of aniline hydroxylase and aminopyrine demethylase in rat liver microsomes. In rats receiving soluble Pt4+ salts in the drinking fluid, the highest concentration of Pt was found in the kidney and an appreciiable concentration was found in the liver.
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