DESIGNED TO BE DIFFERENT
by minimising off-target effects in the treatment of B-cell malignancies1-4
The development of BRUKINSA began in 2012 as a collaboration between the medical, biochemistry, discovery biology, and in vivo pharmacology departments at BeiGene. The team screened more than 3,000 compounds to find the molecule with the highest therapeutic potential: BGB-3111 (the 3,111th compound screened), later named zanubrutinib.5
Like other covalent BTK inhibitors, BRUKINSA is a small molecule that binds irreversibly to cysteine 481 in the ATP binding pocket of BTK. However, its molecular structure offers a distinct pharmacokinetic profile.1,3,5,6