Organophosphorus pesticides are widely used in agriculture production at present. Organophosphates can irreversibly combines acetylcholinesterase to inhibit the catalytic active sites of acetylcholinesterase in nerve-impulse transmission

which leads to nerve disease through accumulation of acetylcholine

even causes death. The serious threat of organophosphates to biological systems has stimulated intensive studies to develop sensitive and selective methods for detection of these compounds. Fluorescent chemosensor has attracted considerable attention due to its high sensitivity

rapid response and low detection limit to organophosphates. In this article

recent research progresses on the design and fabrication of polymer-supported fluorescent probes are reviewed

and their advantages in the detection of organophosphates are discussed and summarized. New trends and future perspectives of this research area are also proposed.