drughunter.com
3 minute read
Oct. 26, 2023

Compound Collection: Off-Target Agonism in a KRAS Program, an IL-1B Antagonist, and 40 More Molecules

drughunter.com
Drug Hunter Team
Loading...

twitterlinkedinemail

Other articles you may be interested in

July 2024 Molecule Roundup | 50 Molecules from July to Know

In this article, you'll find a curated selection of nearly 50 molecules from July that piqued our interest, highlights of some of our favorites, and explanations of why they're worth watching.

August 2024 Molecule Roundup | >70 Molecules to Know

In this article, you'll find a curated selection of >70 molecules from August that piqued our interest, highlights of some of our favorites, and explanations of why they're worth watching.

PRMT5 Target Review: The Next "First-in-Class" Epigenetic Drug?

PRMT5 is an epigenetic “synthetic lethality” target that has attracted much attention among drug hunters. The first generation of PRMT5 inhibitors was limited by systemic toxicities resulting in a cooling of industry interest, until the recent identification of tumor-specific inhibitors. These second-generation compounds target the MTA:PRMT5 complex in MTAP-deleted cancers—15% of all tumors—leading to a revival of the target. Read on to find out which companies are prevailing in the search for a first-in-class PRMT5 inhibitor and how their clinical compounds differentiate.

Key Clinical Compound Updates from October 2024

This October roundup features key clinical updates, including FDA approvals, significant trial results for major drug candidates, the initiation of new clinical trials, and updates on halted studies.

Patent Highlights: Allosteric AR Modulators, Glycogen Synthase Inhibitors, and More

This article highlights million-dollar molecules that were recently in the news with related patent applications that give clues to their structures and properties. This edition includes Maze’s glycogen synthase 1 (GYS1) inhibitors that were recently licensed to Sanofi, allosteric androgen receptor (AR) modulators that may be of interest to targeted protein degradation researchers, brain-penetrant HER2 and ROCK2 inhibitors, and MDM2 degraders.