Remibrutinib: An oral BTK-selective covalent kinase inhibitor
remibrutinib
BTK-selective covalent kinase inhibitor Ph. I completed in HV, in Ph. II SBDD from reversible BTK inhibitor and opt. J. Med. Chem., Mar. 4, 2020 Novartis, Basel, CH
Other molecules you may be interested in
ritlecitinib
Pfizer’s ritlecitinib, a first-in-class, selective, oral covalent inhibitor of JAK3 and the TEC family of kinases, was FDA-approved in June 2023 for the treatment of severe alopecia areata. Ritlecitinib derives its JAK-family kinase selectivity from the covalent modification of a unique cysteine on JAK3. This annotation reviews the discovery of ritlecitinib, highlighting the interpretation of selectivity assays, the PK optimization, the evolution of the JAK3 therapeutic hypothesis, and how this 2023 Molecule of the Year nominee has become a classic case study for covalent drug discovery.
RMC-6291
The accelerated approvals of Ras(OFF)-targeting KRAS G12C inhibitors sotorasib and adagrasib, decades in the making, marked the beginning of a new phase of KRAS drug discovery. While an increasing number of follow-on KRAS inhibitors are emerging with similar mechanisms of action, Revolution Medicines’ 2023 Molecule of the Year Nominee, RMC-6291, is representative of a completely novel approach that could become a strong addition to the clinical toolbox for KRAS, but also serves as proof-of-concept for a new class of small molecule therapeutics entirely.
AZD4747
AZD4747 is a CNS-penetrant, oral KRAS G12C covalent inhibitor for the treatment of CNS-metastatic KRAS-mutant cancers. KRAS inhibitors have tended to be quite large and fall outside the range of physicochemical properties generally required for CNS permeability. (MW < 360 Da, cLogD < 2, TPSA < 90 Å2. AZD4747 is much smaller than marketed KRAS G12C inhibitors but maintains exceptional cellular potency. The team also encountered an unexpected toxicity that scientists working on covalents should pay attention to.
JDQ443
Context. JDQ443 (Novartis Institute for Biomedical Research) is an oral KRASG12C inhibitor being developed for various advanced solid tumors . Despite accounting for 85% of RAS oncogenic mutations in all cancers, KRAS was considered undruggable until 2013 when a report describing the targetability of the KRASG12C mutant by small molecule [...]
AZD0284
The AstraZeneca oral RORgt inverse agonist, AZD0284 , is an inverse agonist of the nuclear receptor RORC2 (RORγt). Reviewer Chris Gampe says, “targeting the activation and function of Th17 cells has been successful for the treatment of autoimmune disease (cf. IL-17, IL-17R, IL-23 Abs). RORC2 is the transcription factor that controls Th17 [...]
