Explore the extraordinary medical potential of flavones - natural compounds found in fruits and vegetables that serve as blueprints for treatments ranging from cancer to chronic inflammation.
Explore how topological indices and atom-bond connectivity indices are revolutionizing COVID-19 drug discovery through mathematical analysis of molecular structures.
Explore pharmacognosy - the science of natural medicine discovery from plants, microorganisms, and animals. Learn about traditional remedies becoming modern drugs.
Explore how computational approaches like KinaFrag are transforming kinase inhibitor discovery for targeted cancer therapies through fragment-based drug design.
Exploring how computational approaches and AI are transforming cancer drug discovery through molecularly-designed drugs and target identification.
Explore how data-driven approaches are revolutionizing our ability to predict 3D molecular structures, accelerating drug discovery and materials science.
Explore how Quantitative Structure-Activity Relationship (QSAR) modeling is transforming drug discovery through AI and machine learning, accelerating the journey from concept to cure.
Exploring groundbreaking advances in cancer drug discovery from the British Association for Cancer Research meeting, including precision medicine, AI, and immunotherapy.
Explore how German pharmaceutical companies Bayer, Hoechst, Schering AG, and E. Merck transformed drug discovery through biotechnology in the 20th century.
Explore cutting-edge technologies revolutionizing how scientists identify the molecular targets of bioactive natural products, from traditional remedies to modern precision medicines.