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**Thermodynamic Selectivity of Dynamic Combinatorial Libraries and Their Potential Use in High-Specificity Targeted Cancer Therapies ** Figure1 :A diagrammatic representation of concepts behind dynamic combinatorial chemistry; the first step represents the formation of dynamic combinatorial libraries i.e. formation of large number of interconverting possible products from a given set of building blocks; in the second step, an analyte is added to the solution, which leads the equilibrium to shift towards the formation of the thermodynamically most stable product i.e. formation of best host-guest structure in the figure. **Focus of the Project**  This project will review the basic principles of combinatorial chemistry and dynamic combinatorial chemistry. Further, we will investigate how dynamic combinatorial chemistry is being employed in target molecule interrogation and drug synthesis, and identify key advancements that have taken place in the field of dynamic combinatorial chemistry-based therapies and the promising avenues offered for future use.

Introduction Why we chose this research topic What is Combinatorial Chemistry The basics of Combinatorial chemistry What is Dynamic Combinatorial Chemistry (DCC) The basics of DCC Proteins The basics of proteins Proteins and Cancer What goes wrong with proteins during cancer DCC and Targeted Cancer Therapies The fundamentals of targeted cancer therapies and how DCC is employed in these therapies Future Applications of DCC in Cancer Therapies How DCC can be used to further improve the cancer therapies  Glossary  Contact Us