Molecular Recognition Materials

Molecular Recognition Materials
        The Molecular recognition materials research has been successful in the development of related applications of the molecular recognition processes involving a range of molecular imprinting techniques. This technique involves arranging functional monomers around a templating ligand. This ligand is the selected target substance (such as drugs, proteins, pharmaceutical compounds and toxic substances), and it forms a pre-polymerization complex with the monomer by non-covalent interactions, such as hydrogen bonding, ionic or hydrophobic interaction. The complexes formed are subsequently co-polymerized with a suitable cross-linking monomer and the imprint molecule removed from the polymer to yield recognition sites specific to the original templates. The resulting molecularly imprinted polymer or so called “MIP” can selectively recognize and rebind the template molecule or even bind with other closely related molecules. These new materials have a vast number of application areas including drug delivery, (bio)analytical chemistry, and medical sciences.
We have been particularly successful in development of novel pharmaceutical and related applications of molecular recognition materials processes involving a range of imprinting techniques, including use in drug delivery, enantiomer analysis and medicinal applications:

  • We use molecular imprinting technique in the challenge and investigations of life phenomena and generating a new material science for subcellular targeted drug delivery.
     
  • Development of micro/nanodevices for analyzing the functions and interactions of biomolecules and architecture assemblies of biological system.
     
  • Design and synthesis of novel chemical small molecules upon interface between chemical and biological features on the well-defined structure into the nanosized environment.

       

        Currently, the group includes 4-6 under-graduate elective students and Post-graduate students for each year. The work is supported by university, government and research council sources and Foreign exchange program (ASEA-Uninet).


Research leader
• Assoc. Prof. Dr. Roongnapa Srichana, Department of Pharmaceutical Chemistry

©2016 Drug Delivery System Excellence Center

Faculty of Pharmaceutical Sciences, Prince of Songkla University
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