CORDIS Project
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This project focuses on developing 'smart' polymers that can switch their catalytic activity on and off based on environmental conditions. By creating a transition mechanism within these polymers, they can selectively interact with substrates, enhancing their utility in catalysis, separation, and sensing applications.
Molecular imprinting, an important methodology for the straightforward prepared of antibody-like polymers, is recently one of focuses in chemistry because of its importance in catalysis, separation and sensing.
Described usually as a ‘from-key-to-lock’ process, the molecular imprinting recognizes and interacts with substrates basing on a specifically complementary framework.
The present proposal aims to design ‘smart’ imprinted polymers capable of showing tunable catalysis.
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