French SME applying stable isotope analysis to wine authentication, geographic origin verification, and mercury-selenium dietary health risk assessment.
Advanced Isotopic Analysis is a French analytical chemistry SME based in Pau that applies stable isotope techniques to verify food and beverage authenticity, assess geographic origin, and trace element behavior through biological systems. In the wine sector, they work on isotopic fingerprinting to confirm typicality, detect adulteration, and link product characteristics to vineyard-level conditions. In environmental and food safety, they analyze mercury and selenium speciation and their interactions along the fish-to-human dietary pathway. As a specialist SME, they bring proprietary analytical methods and instrumentation into research consortia rather than driving large-scale project coordination.
Both MERFISH and TRACEWINDU rely on stable isotope analysis as the core analytical method — for elemental speciation in fish and for geographic origin authentication in wine respectively.
MERFISH (2021-2026) focuses on mercury-selenium interactions from fish consumption to human health effects, requiring isotope-resolved speciation analysis at trace concentrations.
TRACEWINDU deploys isotopic authentication to assess typicality, geographic origin, and vineyard-specific quality markers across the wine supply chain.
TRACEWINDU includes blockchain as part of an integrated labelling system, indicating the company is extending beyond pure laboratory analytics toward digital traceability infrastructure.
Both projects began in 2021, so there is no long-term temporal trajectory to analyze — this organization entered H2020 late and with an already-focused profile. What the two concurrent projects reveal is a deliberate dual-track positioning: trace-element health safety (mercury, selenium in fish) on one side, and agri-food authentication (wine origin, typicality) on the other — both anchored to the same isotopic analysis core. The emerging inclusion of blockchain in TRACEWINDU suggests the company is beginning to extend beyond laboratory analytics toward integrated digital traceability solutions.
They appear to be extending from pure laboratory isotopic analysis toward integrated traceability systems — a useful direction for collaborators seeking to bridge analytical chemistry with digital supply chain verification.
Advanced Isotopic Analysis participates exclusively as a consortium partner and has never led an H2020 project — a pattern consistent with a small specialist firm that contributes specific analytical capabilities rather than project management. Despite their size, they connected with 21 distinct partners across 11 countries through just two MSCA-RISE projects, suggesting they are valued as a technical node in broad international networks. Their MSCA-RISE participation signals openness to hosting visiting researchers and sending their own staff to partner laboratories, which is worth noting for anyone considering an exchange-based collaboration.
Through two MSCA-RISE projects they have built connections with 21 partners across 11 countries — an unusually wide network for a two-project SME. Their reach is pan-European with likely depth in food-producing regions given the wine and fish-safety focus of both projects.
Advanced Isotopic Analysis occupies a rare niche at the intersection of two analytically demanding domains — environmental health (mercury-selenium interactions) and agri-food authentication (wine typicality and origin) — held together by a single core competency in stable isotope analysis. Very few private SMEs have laboratory-grade isotopic capabilities and are simultaneously active in food fraud prevention and dietary risk assessment. Their Pau location places them close to southwestern French wine appellations and Pyrenean agriculture, likely giving them direct access to the food producers and supply chains they study.
