Research Articles
The 1990s Pharmacology Revolution: From Bench to Biotech
Explore how the 1990s transformed pharmacological sciences through genomics, high-throughput screening, and rational drug design, setting the stage for modern medicine.
From Molecule to Medicine: How Pharmacology Shapes the Drugs That Save Lives
Explore the fascinating world of pharmacology research and how it transforms chemical compounds into life-saving medications through scientific discovery and innovation.
Artificial Intelligence for Drug Discovery: Are We There Yet?
Exploring how AI is revolutionizing drug discovery, from target identification to clinical trials, and examining the challenges ahead.
Unlocking the Brain's Pharmacy: How Scientists Design Next-Generation Neurological Treatments
Explore how scientists are targeting sigma-1 and AMPA receptors to develop precision treatments for neurological disorders using structure-activity relationship principles.
The Digital Lab Rat: How AI is Learning to Predict Drug Safety
Explore how the Pi-NODE framework combines pharmacology and AI to predict drug behavior, potentially reducing animal testing and accelerating drug discovery.
Unlocking a Cellular Mystery: The High-Speed Hunt for APJ Receptor Drugs
Discover how scientists develop functional High-Throughput Screening assays to find new drugs targeting the APJ receptor for treating heart failure and metabolic diseases.
Thinking Outside the Pill: How Scientists Use Analogies to Discover New Medicines
Explore how analogical reasoning drives pharmacological discoveries, from traditional methods to AI-powered drug repurposing using knowledge graphs.
The Silent Revolution: How AI and Molecular Tools Are Transforming Drug Discovery
Explore how artificial intelligence, molecular tools, and collaboration are revolutionizing pharmaceutical sciences and accelerating drug discovery.
The Molecular Scaffold: Crafting Future Medicines One Ring at a Time
Explore how medicinal chemists use thieno pyridazine scaffolds to synthesize novel drug candidates and test their pharmacological potential.
The Tiny Worm Revolutionizing Medicine: C. elegans in Pharmacology
Discover how C. elegans, a tiny transparent worm, is transforming pharmacological research and drug discovery for neurodegenerative diseases and aging.