Progress towards the production of potatoes and cereals with low acrylamide-forming potential
The presence of acrylamide in foods derived from grains, tubers, storage roots, beans and other crop products has become a difficult problem for the food industry. Here we review how acrylamide is formed predominantly from free asparagine and reducing sugars, the relationship between precursor concentration and acrylamide formation, and the challenge of complying with increasingly stringent regulations. Progress made in reducing acrylamide levels in foods is assessed, along with the difficulty of dealing with a raw material that may be highly variable due to plant responses to nutrition, disease and cold storage. The potential for plant breeding and biotechnology to deliver low acrylamide varieties is assessed, in the context of a regulatory landscape covering acrylamide, crop biotechnology and crop protection.
| Item Type | Article |
|---|---|
| Open Access | Gold |
| Additional information | SR is supported by a Biotechnology and Biological Sciences Research Council (BBSRC) Super Follow-on Fund grant (BB/T017007/1), with partners: University of Bristol, AHDB, KWS UK Ltd, Saaten Union UK Ltd, RAGT Seeds Ltd, Syngenta UK Ltd, and Limagrain UK Ltd. JO is supported by a BBSRC Collaborative Training Partnership Studentship(BB/T50838X/1) with partners: University of Reading and Mondelez UK R&D Ltd. NGH is supported at Rothamsted Research by the BBSRC via the Designing Future Wheat Programme (BB/P016855/1). BBSRC is part of UK Research and Innovation. |
| Keywords | Acrylamide, Processing contaminants, Food safety, Plant breeding, Crop biotechnology, Wheat, Potato, Crop management, Cereals, Regulatory compliance |
| Project | Designing Future Wheat (DFW) [ISPG], Crop management strategies for low asparagine grains to limit acrylamide-forming potential, Field assessment of ultra-low asparagine, low acrylamide, gene edited wheat |
| Date Deposited | 05 Dec 2025 10:32 |
| Last Modified | 19 Dec 2025 14:55 |


