May 2022 Molecules of the Month Runners Up
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May 2024 Patent Highlights: STING Antagonists, WIZ Degraders, Macrocyclic Amine-Based OX2R Modulators, and More
To help you quickly scan the patent literature, we’ve distilled down thousands of new documents into a searchable table of over 200 selected patents focused on key areas in drug discovery, all published in May 2024. This resource is enriched with detailed highlights on selected molecules targeting high-interest areas such as STING antagonists, WIZ degraders, RNA degraders, and macrocyclic amine-based OX2R modulators.
Patent Highlights: Nurr1 and Nur77 Modulators, STAT3 Inhibitors/Degraders, CDK2 Molecular Glue Degraders, ERAP1 Modulators, and More!
This article highlights key patents published in September 2024, covering a range of therapeutic targets and mechanisms. It includes Nurr1 and Nur77 modulators for oncology applications, STAT3 inhibitors and CRBN-based STAT3 degraders for modulating STAT3 signaling in cancer, and CDK2 molecular glue degraders for estrogen receptor-positive breast cancer resistant to CDK4/CDK6 inhibitors. Additionally, it features ERAP1 modulators for addressing autoimmune diseases, APOL1 inhibitors for APOL1-mediated kidney diseases, and novel NEK7 inhibitors targeting the NLRP3 inflammasome pathway.
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.
September 2024 Molecule Roundup | >60 Molecules to Know
In this article, we present a curated selection of over 60 molecules from September that caught our attention, along with highlights of our top picks and insights into why they stand out.
May 2024 Molecule Roundup
To select May’s Molecules of the Month, our team evaluated hundreds of molecules from thousands of papers, press releases, conference presentations, and other materials. Check out our curated roundup of more than 60 additional molecules below that caught our interest from May, including highlights of some of our favorites, and perspectives on why these are molecules to watch.