Employing green deep eutectic solvents for microextraction of bisphenols in food matrices: a mini review

The presence of bisphenol compounds in food matrices displays significant risks to health, consequently requiring the use of precise extraction techniques for detection and quantification. Traditional methods possess drawbacks with regards to both productivity and adverse effects on the environment. This article explores the potential of deep eutectic solvents (DES) as an effective and ecologically sustainable microextraction method for detecting bisphenol compounds in food matrices. Drawing on existing research on DES applications in bisphenol compound extraction, this review evaluates the efficacy, selectivity, and sensitivity of DES-based methodologies compared to conventional approaches. The potential of DES as an innovative and sustainable extraction method for bisphenol compounds detection in food matrices has been highlighted by indicating existing issues and proposing further studies that may enhance DES extraction performance. This study has the potential to advance analytical chemistry and promote sustainable and environmentally friendly food safety standards.

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