Artificial intelligence is now being used to predict protein structures and design new macrocyclic and covalent frameworks, transforming how we "program" molecules.
An interesting pharmacological study found that nitric oxide donors can delay the fatal effects of snake venom by interfering with the lymphatic system. Read the study at Nature . 📚 Top Journals for Regular Updates Medicinal Chemistry
Learn about BMS-986165 , a highly selective inhibitor for autoimmune diseases. Unlike traditional drugs that compete for energy (ATP) sites, this "allosteric" approach targets a different part of the protein for better precision. Read more on PMC . Artificial intelligence is now being used to predict
Instead of just blocking a protein, researchers are now creating molecules that "mark" disease-causing proteins for destruction by the cell's own waste system. A recent breakthrough includes a highly potent ENL degrader for treating acute myeloid leukemia. Explore the details at ACS Publications . 📚 Top Journals for Regular Updates Learn about
Traditional drugs usually follow certain "rules" (like size and solubility), but new complex targets require larger, more flexible molecules that are rewriting the textbook.
With antibiotic resistance rising, the discovery of BT-33 —a fully synthetic antibiotic that targets the bacterial ribosome—is a major milestone in chemical synthesis. Find it in Nature . 🔬 Emerging Trends to Watch
If you want to stay updated on the latest milestones, these journals are the gold standard: Journal of Medicinal Chemistry - ACS Publications