Patent Highlights: NLRP3 and NaV1.8 Inhibitors, SMARCA2 Degraders, and More from December 2023
Other articles you may be interested in
Patent Highlight: Tau-Targeting Heterobifunctional Degraders from Arvinas for Neurological Diseases
This article highlights a patent application from Arvinas that discloses the biological activity of compounds that act as tau-targeting heterobifunctional degraders, providing a summary of key data for selected molecules disclosed in the patent application.
October’s Top Pharma & Biotech Deals
Here’s a quick recap of the top business news from October, including major deals, acquisitions, funding rounds, and strategic partnerships. If you missed any updates, here’s your chance to catch up on the most significant developments in the industry.
July 2024 Annotated Searchable Patent Table
To streamline your review of the patent literature, we've distilled thousands of new documents into a searchable table featuring over 200 selected patents focused on key areas in drug discovery, all published in July 2024. Each patent includes commentary for easier navigation and understanding.
Key Clinical Compound Updates from August 2024
Here’s a rundown of August’s key clinical developments, including FDA approvals, potential upcoming approvals, notable trial readouts, new NDA submissions, and pipeline realignments.
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.