2025/10/29 by Bo Yang, Chijian Xiang, Tongtong Li +2 · 1 citation
Computer Science · Biochemistry, Genetics and Molecular Biology · #Computational Drug Discovery Methods #Protein Structure and Dynamics #Cell Image Analysis Techniques
paper · doi:10.1021/acs.jmedchem.5c01706
Structure-based drug design (SBDD) plays a crucial role in preclinical discovery. Recently, structure-based generative algorithms have been developed to streamline the SBDD process, by generating novel, drug-like molecule designs based on the binding pocket structure of target protein. However, there is no effective metric to evaluate the chemical plausibility of molecules designed by these algorithms, which can limit further applications. In this study, we introduce two new metrics for assessing the chemical plausibility of generated molecules and show that these algorithms can generate chemically implausible structures with certain property distributions that differ from those of known drug-like molecules. We further compare results with high-throughput virtual screening hits for three targets: c-SRC kinase, Smoothened receptor, and dopamine D1 receptor. These metrics and analysis methods described here offer valuable tools for assessing the chemical plausibility and drug-likeness of generated molecules, ultimately enhancing the use of structure-based generation in drug discovery.