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Metabolism of 2022 FDA approved smallmolecule drugs part 2 Mixing it Up By Julia Shanu-Wilson In Part 1 of this topic we looked at metabolism of the smallmolecule drugs approved by the FDA in 2022 that were mediated by CYP3A4. We hope it was a useful two-parter! We’re looking forward to the next crop!
By utilizing high-resolution protein structures obtained through X-ray crystallography, researchers could design smallmolecules that potently inhibit the SARS-CoV-2 main protease, a key enzyme essential for viral replication. These complex molecules require precise engineering to ensure optimal efficacy and safety.
The current version of Chemistry42 uses over 40 generative models, including generative autoencoders and generative adversarial networks as well as both structure-based and ligand-based drug design to generate and optimise de novo smallmolecules. The novel molecules were further ranked based on their ADME and selectivity profiles.
N -glucuronidation: the human element By Julia Shanu-Wilson In our last blog of the year, we look at why N -glucuronidation of drugs is important in human drug metabolism. Glucuronidation is the most common phase II reaction observed in the metabolism of drugs in humans.
In 2022, fewer of the 19 newly FDA approved smallmolecule drugs contained F atoms (adagrasib, lenacapavir, oteseconazole, vonoprazan), but this was followed by 3 more approvals of F-containing drugs in the first quarter of 2023 alone (pirtobrutinib, omaveloxolone, leniolisib).
In a brief section entitled “Predicting Protein-SmallMolecule Complexes”, the authors mention their efforts to generate structures of bound non-covalent and covalent smallmolecule ligands. from the deposited model.
Traditionally, drug discovery has focused on small-molecule therapeutics, typically with a molecular weight of less than 500 Daltons. 2 Typically, small-molecule drugs target active sites buried inside proteins. What are macrocycles and why are they interesting for drug discovery?
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