过程开发
过程(计算)
产量(工程)
化学
工艺优化
酪氨酸激酶
计算机科学
组合化学
可扩展性
计算生物学
酪氨酸
生物化学
生化工程
比例(比率)
翻译后修饰
纳米技术
激酶
班级(哲学)
药物发现
工艺工程
反应条件
小分子
作者
Michael C. Haibach,Russell C. Klix,Sarma Pullela,Moussa Boukerche,Dane Holte,Jingyu Guo,Jiacheng Yao,Cheng Shen,Eric G. Moschetta,Jason Wang,S. Chen,Leon van Haandel,Siqi Du,Kylie Kennedy,Corianne E. Randstrom,Jeffrey T. Bien,Vivek Kamath,Jianguo Ji
标识
DOI:10.1021/acs.oprd.5c00458
摘要
We present the process development of 1, a heterobifunctional Bruton’s Tyrosine Kinase (BTK) degrader. Optimization and reorganization of the discovery synthesis resulted in a scalable process suitable for preparation of API for the GLP-Tox (600 g) and planned FIH studies (5.7 kg). The FIH process achieved an average yield of 86% over the final four stages. Selective optimization of reaction conditions, modeling and high-throughput experimentation were applied strategically to address scale up challenges posed by this novel class of API.
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