Isotope metallomics in modern and ancient times
Isotope metallomics is an emerging field that explores the distribution, function, and interactions of metals in biological systems by analyzing their natural isotope ratios. This research area focuses on developing advanced analytical techniques, such as mass spectrometry, to study metal isotope distributions in biological specimens.
PhD students in this field will investigate the dynamic interactions between metals, biological systems, and the environment. By examining element speciation, isotope fractionation, and metal mobilization across soil, air, plants, animals, and human tissues, we aim to trace the pathways of essential and toxic metals through ecosystems. Key applications include niche partitioning studies, medical diagnostics, and identifying sources of toxic metal contamination.
Biological samples will be analyzed across various timescales, from ancient to modern periods, providing insights into past and contemporary metal dynamics.
Researchers: Federico Lugli, Anna Cipriani
