Food products

The trace elements determination in food products presents a double challenge:

  • Reaching low concentration levels (< mg/kg) in complex samples
  • Measuring specifically the most toxic or most bioavailable chemical forms in enriched feed

The use of cutting-edge technologies allows us to achieve this information and therefore is very helpful against the regulation (evaluation of the benefits/risks) and the understanding of the assimilation mechanisms of the ingested metals.

                                                                                                                                                              

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Expertise

  • Development of compounds and/or samples specific analytical methods
  • Development and validation of analytical methods in a Good Manufacturing Practices (GMP)-like quality surrounding
  • Compilation, interpretation, scientific data popularization

Examples of works accomplished

  • Mercury, tin and arsenic speciation in fish : participation in a study made in collaboration with the AFSSA (Calipso)
  • Arsenic speciation in algae
  • Selenium speciation in feed additives for animals and mineral water
  • Selenium speciation in eggs, milk, meat, etc…
  • Determination of copper, zinc and manganese glycinates in premixes and feeds




  • Total iodine and iodine speciation in milk products
  • Ultra-trace determination of metals and metalloids in cereals
  • Cr(VI) determination in food products
  • Participation in  various proficiency testing programs and certification campaigns

Analytical devices

ICP MS and ICP OES

Routine analytical tools for the total metal content determination

Coupling an elemental analyzer (ICP MS, ICP AES) with a separation technique (HPLC, GC, A4F)

Speciation analysis

Orbitrap and ES QqQ MS/MS

Identification of new molecules and quantitative analysis