AOAC INTERNATIONAL is seeking support for a new working group planned to develop a voluntary consensus standard (or standards) for the determination of acrylamide to meet new regulatory requirements. Launching in January 2022, the working group will develop one or more (as deemed necessary by WG experts) Standard Method Performance Requirements (SMPRs®) for acrylamide in high heat processed food products.
Acrylamide (CH₂=CHC(O)NH₂) is a low molecular weight organic compound widely used in many manufacturing processes and industrial products. In 2002, acrylamide was recognized as a contaminant in certain foods. It is not a food additive, but forms naturally during high-temperature cooking processes such as frying, roasting, and baking. Processed foods most commonly susceptible to acrylamide formation are those made from plant-derived products involving potatoes, grains, nuts, cocoa, and coffee.
Toxicology studies, analytical method development, and food surveys have been conducted to determine exposure levels based on diet and impact on public health. A 2002 joint FAO/WHO report recognized the potential toxic effects of acrylamide in food, and the International Agency for Research on Cancer (IARC) has classified it as a probable human carcinogen (Group 2A).
Since 2002, several methods have been developed and used for routine acrylamide analysis of various foods, including the European standard method EN16618:20157 and the method developed by the U.S. Food and Drug Administration. The disparate regulatory landscape, move towards establishing regulatory maximum levels and lower benchmark levels, expansion of food matrices identified as susceptible to acrylamide formation, and challenges faced by testing laboratories and food producers reinforce the need for development of consensus performance standards and adoption of official methods of analysis.
This AOAC working group effort would address the growing need for a more robust method that would provide broad applicability and ensure greater analyte recovery while minimizing noted matrix-derived interferences – all necessary elements for providing greater accuracy in acrylamide quantification.
If you are interested in joining this new working group, contact Allison Baker, AOAC Coordinator, Standards and Official Methods, at [email protected].