Construction of Lignin-based Aqueous Coacervates and Their Mechanisms for Enhancing Pesticide Targeted Delivery
DOI:
https://doi.org/10.62051/bc4ab010Keywords:
Lignin; Aqueous coacervates; Pesticide delivery; Targeted; Sustainable agriculture.Abstract
This review systematically explores the construction strategies and functional mechanisms of lignin-based aqueous coacervates for targeted pesticide delivery. By integrating lignin valorization with coacervate technology, we analyze the structural characteristics of different lignin types, compare various coacervate construction methods, and elucidate targeting mechanisms including environmental responsiveness and passive accumulation. Key findings demonstrate that lignin-based coacervates significantly enhance pesticide stability, bioavailability, and environmental compatibility. Despite challenges in scalability and precise control, these systems hold great promise for advancing sustainable agriculture through intelligent delivery platforms.
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