This article provides a comprehensive overview of target deconvolution, the essential process of identifying the molecular targets of bioactive compounds discovered through phenotypic screening.
This article provides a comprehensive overview of live-cell multiplexed assays tailored for chemogenomic library screening.
This article provides a comprehensive overview of modern morphological feature extraction techniques and their transformative impact on phenotypic profiling, particularly in biomedical research and drug development.
This article provides a comprehensive overview of scaffold analysis and its critical role in evaluating and enhancing the diversity of chemogenomic libraries for modern drug discovery.
This article provides a current and comprehensive overview of the Cell Painting assay, a high-content, image-based morphological profiling technique central to modern phenotypic chemogenomic screening.
This article provides a comprehensive guide for researchers and drug development professionals on optimizing high-content phenotypic screening (HCS) protocols.
This article explores the integration of high-content imaging (HCI) and chemogenomic libraries in phenotypic screening, a powerful strategy revitalizing drug discovery.
This article provides a comprehensive overview of chemogenomics libraries, which are rationally assembled collections of small molecules designed to systematically probe the druggable genome.
This article provides a comprehensive overview of phenotypic screening as a powerful, unbiased strategy for discovering novel therapeutic mechanisms of action.
This article explores the powerful resurgence of phenotypic screening as a primary driver for discovering first-in-class therapeutics.