Eco-friendly molecularly imprinted polymer-based sensing platforms towards pharmaceuticals: recent advances and future prospects

Abstract

The gradually growing demand for the sensitive, selective and eco-friendly approaches for pharmaceutical detection has driven significant prograsses in molecularly imprinted polymer (MIP)-based sensing platforms. MIPs, known for their high specificity and robustness, have emerged as promising materials for the design and constrcution of eco-friendly sensing platforms capable of detecting pharmaceuticals in complex matrices. This review paper provides a comprehensive review of recent advances in the design, fabrication and application of eco-friendly MIP-based sensing platforms, with a focus on their eco-friendly and sustainable features and analytical performance. Furthermore, key apprıaches such as the incorporation of green synthesis methods, renewable resources and eco-friendly polymerization techniques are highlighted.