Lucie SAUZEAT

Chargé de Recherche
institute
HomeLucie SAUZEAT

Research

After studying geology and specializing in isotope geochemistry, my research focused on the quantification of chemical and isotopic variability in various samples (rocks, plants, organic tissues) in order to better understand a range of geological, environmental and biological processes. This evolution of thematic, from the deep Earth to living organisms, allowed me to acquire interdisciplinary knowledges and to develop robust skills in isotope geochemistry that I currently put to the benefit of human health.

My current research interests are deeply integrated in a sustainability science approach and lie at the interface between human health and environmental risks. Briefly, my work consists in identifying and quantifying metallomic and physiological deregulations induced by long-term exposure to natural environmental pollutants (mainly metal-rich volcanic particles) at the entire body-scale; which can over time represent a significant health hazard for human health.

To address this major health hazard, I use a systemic approach combining in-vivo biological experiments performed on mice with innovative isotope analyses coupled with histological, metabolomic, proteomic and transcriptomic measurements.

For more information on my scientific activities, CV, Publications & Scientific communications please visit my personal website: https://sauzeatlucie.wixsite.com/mysite as well as https://lmv.uca.fr/sauzeat-lucie/

Publications

2 publications
2022

Metallome deregulation and health-related impacts due to long-term exposure to recent volcanic ash deposits: New chemical and isotopic insights.

Published on 10 Jul 2022 in The Science of the total environment , vol. 829 - pp 154383

Sauzéat L , Eychenne J , Gurioli L, Boyet M, Jessop DE, Moretti R, Monrose M , Holota H , Beaudoin C , Volle DH

Metallome deregulation and health-related impacts due to long-term exposure to recent volcanic ash deposits: New chemical and isotopic insights.

Published on 10 Jul 2022 in The Science of the total environment , vol. 829 - pp 154383

Sauzéat L , Eychenne J , Gurioli L, Boyet M, Jessop DE, Moretti R, Monrose M , Holota H , Beaudoin C , Volle DH

Contact
Lucie SAUZEAT

    logo-europe
    logo-region-auvergne
    logo-cnrs
    logo-uca
    Inserm_rvb_noir
    iGReD
    Votre navigateur est obsolète

    Pour profiter du site,
    merci de mettre à jour votre navigateur