区域选择性
产量(工程)
亲核芳香族取代
碘化物
催化作用
钯
组合化学
化学
有机化学
材料科学
亲核取代
冶金
作者
David R. Snead,Yonghong Gan,Thomas Scattolin,Dinesh J. Paymode,Michał Achmatowicz,Duane E. Rudisill,Ephraim S. Vidal,Tawfik Gharbaoui,Phil Roberts,Jianbo Yang,Zhangbing Shi,Wei Liu,Joshua Bolger,Zhen Qiao,Cheng‐yi Chen
标识
DOI:10.1021/acs.oprd.2c00386
摘要
A commercial route to adagrasib (1) was developed to support clinical and commercial needs. Yield was improved to 32% over six chemical steps. A doubly regioselective SNAr reduced consumption of a chiral intermediate, reaction optimization led to parts per million palladium catalysis, and a new method to deprotect Cbz-groups were developed to mitigate risk associated with benzyl iodide.
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