Explore how computer-aided combinatorial chemistry and cheminformatics are transforming drug discovery and chemical research through AI and computational methods.
Discover how synchrotrons and fragment-based drug discovery are transforming medicine development through atomic-level insights.
Explore how generative AI is revolutionizing drug discovery, reducing development timelines from years to months, and transforming pharmaceutical innovation.
Explore how QSAR modeling is transforming drug discovery through computational approaches, machine learning, and therapeutic patent applications from 2010 to present.
How tiny tools and new methods are accelerating the fight against disease through medicinal chemistry technology notes.
Explore how chemoinformatics bridges chemistry and computer science to accelerate drug discovery and solve complex chemical problems through data analysis and computational methods.
Explore how halogen bonding and Halogen-Enriched Fragment Libraries are transforming drug discovery and pharmaceutical design.
Explore how unicellular eukaryotes serve as bio-cellular models for studying benzimidazole effects through ultrastructural analysis in drug discovery.
Explore India's pharmaceutical research ecosystem, CSIR laboratories' contributions, science education challenges, and the future of drug discovery in India.
Discover how ImageMol AI technology is revolutionizing drug discovery by analyzing molecular images to predict medicine effectiveness and safety.