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Automated analysis of stable isotopes of zinc, copper, iron, calcium and magnesium by thermal ionization mass spectrometry using double isotope dilution for tracer studies in humans

Judith R. Turnlund, William R. Keyes

Open publisher page 26 citations

Abstract

Methods for using an automated, multiple collector, magnetic-sector TIMS to measure isotopic ratios in biological samples from human tracer studies have been developed. Methods are described herein for preparing isotopes for use, administering isotopes orally and intravenously, collecting samples, preparing samples for analysis, measuring isotopic ratios, and double isotope dilution calculations

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What this paper is about

Methods for using an automated, multiple collector, magnetic-sector TIMS to measure isotopic ratios in biological samples from human tracer studies have been developed. Methods are described herein for preparing isotopes for use, administering isotopes orally and intravenously, collecting samples, preparing samples for analysis, measuring isotopic ratios, and double isotope dilution calculations

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Available abstract

Methods for using an automated, multiple collector, magnetic-sector TIMS to measure isotopic ratios in biological samples from human tracer studies have been developed. Methods are described herein for preparing isotopes for use, administering isotopes orally and intravenously, collecting samples, preparing samples for analysis, measuring isotopic ratios, and double isotope dilution calculations

Key concepts: Isotope dilution, Isotope, TRACER, Thermal ionization mass spectrometry, Chemistry, Radiochemistry, Isotopes of calcium, Mass spectrometry

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Automated analysis of stable isotopes of zinc, copper, iron, calcium and magnesium by thermal ionization mass spectrometry using double isotope dilution for tracer studies in humans — Research Paper | ScholarLens