Bio-integrated wearable systems can measure a broad range of biophysical, biochemical,
and environmental signals to provide critical insights into overall health status and to …

An Erratum has been published for this article in Mass Spectrometry Reviews 25: 831–832,
2006. Although the processes that govern iron isotope variations in nature are just …

Trace metal clean plankton tows, river samples, aerosol leachates, and porewater samples
from the Amazon River system were measured for their iron isotopic composition. The …

The ability to rapidly detect changes in bone mineral balance (BMB) would be of great value
in the early diagnosis and evaluation of therapies for metabolic bone diseases such as …

Subducted oceanic crust can transform into eclogite in the upper mantle, and generate
chemical heterogeneity of mantle plumes, as recorded by elemental and radiogenic isotopic …

Abstract We report Cu, Fe, and Zn natural isotope compositions in organs, body fluids, diets
and feces of mice and sheep. Large and systematic isotope variability is observed, notably …

High-precision isotopic analysis of essential mineral elements, mainly Ca, Cu, Fe and Zn,
provides relevant biomedical information. For this application, multi-collector ICP-mass …

This review examines recent applications of stable copper, zinc and sulfur isotopes to
medical cases and notably cancer. The distribution of the natural stable isotopes of a …

A procedure has been developed which allows precise determination of Ca isotope ratios in
natural and organic samples such as bones, milk and other biological materials. In this study …

Abstract Separation of Fe–Ti oxides during magmatic differentiation plays an important role
in controlling Fe isotopic evolution of residual magmas. Titanomagnetite (Tmag) is a …