Abstract

Abstract Clinical studies have heavily relied on radioanalytical measurements to monitor 111In tissue uptake and its cytotoxicity on malignant neoplasms, with substantially opposite analytical conclusions regarding the effect of this Group III-A element compared to the growth inhibiting influence displayed by tissue-sequestered 67Ga. Evidence shown here would indicate that both gallium and indium present at trace and ultratrace levels in prepared biological material are susceptible to precise, simultaneous measurement with rapid scan, phase-selective anodic stripping (PSAS) using novel conditions recently developed for producing electrochemically reversible gallium behavior without use of densely concentrated electrolytes.

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