Research Group
Analysis for Tracing, Origin, Metabolism by Isotope and Couplings (ATOMIC)
“A team open to your analytical challenges”
Our team develops innovative analytical and instrumental approaches dedicated to quantitative and isotopic analysis (H, C, N, O) as well as the characterization of organic compounds. We have a unique instrumental platform in France, combining rare expertise in isotope ratio mass spectrometry (IRMS) and cutting-edge high-resolution technologies such as Iso-Orbitrap.
Our multidisciplinary research ranges from medicine to the environment, including the authentication of natural products. By designing advanced couplings and analytical tools, we respond to current challenges related to the origin and dynamics of molecules in biological, environmental, and industrial systems.
Research Team
Teacher-researcher
Assistant Manager
Natural Products Manager
Assistant engineer
Assistant Engineer
Assistant Engineer
Postdoctoral Researcher
Postdoctoral Researcher
PhD Candidate
PhD Candidate
Research Engineer
Using cutting-edge isotopic analysis (IRMS, Iso-Orbitrap), this work identifies unique metabolic signatures for the diagnosis and therapeutic monitoring of cancers and diseases.
Last project :
With 30 years of expertise, our laboratory identifies markers of authenticity to guarantee the traceability and natural origin of products.
Last project :
We develop innovative couplings (EA-Laser, LC-IsoOrbitrap) for high-precision multi-element and position-specific isotopic analysis of compounds within complex matrices.
We use isotopic signatures to trace the Earth’s climatic and geological evolution while assessing human impact on ecosystem preservation.
You can find our industrial collaborative projects below: IFPEN; MS Wine; ThermoFisher Scientific
IFPEN ; MS Wine ; ThermoFisher Scientifique
You can find our academic collaborative projects below:
LGL
LGL
IFAO, LSCE, LMC14
Indonésie
INSERM
Japon
13C-labeled nanoplastic model materials: Synthesis and evaluation of their use in ecotoxicology through bioaccumulation studies in aquatic crustaceans
Influence of sintering temperature and atmosphere on densification behaviour and microstructure of the H13 tool steel.
Analysis of aliphatic and phenolic compounds present in industrial black liquors using HPLC-DAD and IC-MS/MS methods. Journal of Chromatography B –
Authentication of Tonka beans extracts (Dipteryx odorata) using LC-UV/MS, GC-MS and multi element (13C, 2H and 18O) bulk specific isotope analysis.
Authentication of Tonka beans extracts (Dipteryx odorata) using LC-UV/MS, GC-MS and multi element (13C, 2H and 18O) bulk specific isotope analysis.
When rainfall trapped in fluid inclusion restores the relief of an orogen: Insights from the Cenozoic Himalayas.
