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Polymerase-extension-based Selection Method for DNA-encoded Chemical Libraries Against Non-immobilized Protein Targets.
ACS Combinatorial Science 2019 March 29
DNA-encoded chemical libraries (DELs) have become an important ligand discovery technology in biomedical research and drug discovery. DELs can be comprised of hundreds of millions to billions of candidate molecules and provide outstanding chemical diversity for discovering novel ligands and inhibitors for a large variety of biological targets. However, in most cases, DELs are selected against purified and immobilized proteins based on binding affinity. The development and application of DELs to more complex biological targets requires selection methods compatible with non-immobilized and unpurified proteins. Here, we describe an approach using polymerase-based extension and target-directed photo-crosslinking and its application to the interrogation of a solution-phase protein target, carbonic anhydrase II.
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