Fera food safety specialists are expert at identifying and quantifying a range of PBDEs within your samples. Through this detailed analysis, useful insights can be found to confirm your sample is safe to offer to consumers. Our accredited methods are well suited to providing the accuracy and detection limits you require to highlight these contaminants.

Many different matrices can be tested not just foods, contact us for further information or to discuss your needs with one of our scientists.

Fera food safety experts are able to establish the levels of a range of Dioxins and PCBs within your food sample as part of a complete overview of the safety of your foodstuffs. Our accredited methods of analysis are important to confirm that levels of these potentially harmful chemicals within your foodstuffs are below legislative limits thus avoiding potentially damaging product recalls, refusals, and loss of customer trust. With this analysis, our food safety experts can measure the levels of both dioxin like and non-dioxin like PCBs in your food samples.

Many different matrices can be tested not just foods, contact us for further information or to discuss your needs with one of our scientists.

This test combines Fera’s MPI 4 chemical markers test and Fera’s MPI Manuka pollen DNA test to provide a complete package for assessing the authenticity of your manuka honey sample, in line with MPI guidelines.

This test confirms that there is sufficient pollen from the Manuka bush in the honey for it to be regarded as Manuka honey. DNA from pollen in the honey is extracted and analysed to confirm the presence of manuka pollen.

Feras food authenticity and profiling experts conduct the analysis required to measure the concentration of the MPI four chemical markers of 3-Phenyllactic acid (3-PLA), 2’-Methoxyacetophenone (2'-MAP), 4-Hydroxyphenyllactic acid (4-HPLA) and 2-Methoxybenzoic acid (2-MBA)

Our wide range of analysis activities are underpinned by our UKAS accredited stable isotope analysis methods.