This article provides a comprehensive overview of the application of chemoinformatics in the analysis of natural product (NP) libraries for drug discovery.
This article provides a comprehensive comparative analysis of natural product (NP) fragments and their characteristic functional groups, exploring their unique role in addressing contemporary drug discovery challenges.
Target identification and validation are critical, foundational steps in modern natural product-based drug discovery, transforming traditional remedies into targeted therapeutics with understood mechanisms of action.
This review provides a comprehensive comparative analysis of natural products derived from terrestrial and marine environments, focusing on their distinct chemical properties, biological activities, and applications in modern drug discovery.
Chemical similarity calculation is a cornerstone of cheminformatics, crucial for ligand-based virtual screening and drug discovery.
This article provides a comprehensive guide for researchers and drug development professionals on establishing the biological relevance of natural product (NP)-inspired compounds.
This article provides a comprehensive comparative analysis of ring systems found in natural products (NPs) and synthetic compounds, tailored for researchers and drug development professionals.
Chronic inflammation is a critical hallmark and driver of cancer, underlying up to 60% of all deaths worldwide.
This article provides a comprehensive cheminformatic comparison of natural products (NPs) and synthetic compounds (SCs), crucial sources for small-molecule drug discovery.
This article addresses the critical supply chain vulnerabilities that threaten research and development of rare natural products, from earth minerals to bioactive compounds.