Drug Hunter Journal Club: February 2023
Other articles you may be interested in
SOS1 and SMARCA2 Degraders, RORγ and IRAK4 Inhibitors, and More: January 2024 Compound Collection
The team reviews hundreds of compounds from thousands of papers, press releases, and other sources each month to select candidates for Molecules of the Month. Here we have compiled a table of >70 additional molecules that were of interest in January 2024 along with highlights from some of our favorites, including molecules targeting SOS1, NLRP3, SMARCA2, and more.
Drug-Induced Liver Injury: A Medicinal Chemist’s Perspective
DILI is a leading cause of acute liver failure, accounting for half of these cases and often resulting in drug withdrawals. Understanding and managing DILI risk as a medicinal chemist involves exploring the intricate interplay among properties and structural features. In this article, we provide a medicinal chemist's perspective on the current understanding of DILI mechanisms, highlight cutting-edge assay developments for a holistic assessment, and discuss strategies for predicting DILI risks.
Molecules on the Move: April '23
This article compiles 20+ recent small molecules of general interest in the news in April 2023, with structures where they are available. Capacity Bio’s MAS Receptor Agonists with $35M Raised for FIH Clinical Trials MAS modulator from WO2022165189 example 107 New start-up Capacity Bio backed by RA Capital, Insight Partners, and Remiges [...]
August Deals and Funding Rounds Recap
In case you missed August’s business news, here’s a quick recap of five headlines, including an acquisition, three funding rounds, and a notable company closure.
A First-in-Class TRPA1 Antagonist Overcomes Toxicity Hurdles to Become Cough Candidate
Genentech’s GDC-6599 is the first oral TRP Ankyrin 1 (TRPA1) antagonist to reach Ph. IIa (NCT05660850) for chronic cough after preclinical studies and a Ph. I trial showed it was well-tolerated, in contrast to prior molecules. The transient receptor potential (TRP) family of ion channels has been the subject of intensive drug discovery efforts due to their critical role in the development and progression of pain, itch, and respiratory conditions.