Inhibition by Magnesium and Calcium Acetates of Lead Subacetate-and Nickel Acetate-induced Lung Tumors in Strain A Mice 1

Abstract

The ability of the physiologically essential divalent metals calcium and magnesium to inhibit the tumorigenic activities of lead and nickel towards the lungs of strain A mice was investi gated. The tumorigenic salts lead(ll) subacetate and nickel(ll) acetate were injected i.p. at their maximal tolerated doses (0.04 mmol/kg/injection of each metal) for a… (More)

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