Development of a Practical and Efficient Synthesis of CP-945,598-01, a CB1 Antagonist for the Treatment of Obesity
摘要:
Development of an efficient bond-forming sequence and optimization of reaction conditions are described for the synthesis of CP-945,598-01 (1 center dot HCl), a CB1 antagonist in clinical studies for the treatment of obesity. Reordering of the bond-forming sequence provided a more efficient synthesis and avoided the use of phosphorous oxychloride. A telescoped reaction sequence (4 -> 9) was developed to avoid a problematic isolation. Product isolation. were developed so as to provide efficient throughput by minimizing solvent volumes and avoiding slow filtrations.
Development of a Practical and Efficient Synthesis of CP-945,598-01, a CB1 Antagonist for the Treatment of Obesity
摘要:
Development of an efficient bond-forming sequence and optimization of reaction conditions are described for the synthesis of CP-945,598-01 (1 center dot HCl), a CB1 antagonist in clinical studies for the treatment of obesity. Reordering of the bond-forming sequence provided a more efficient synthesis and avoided the use of phosphorous oxychloride. A telescoped reaction sequence (4 -> 9) was developed to avoid a problematic isolation. Product isolation. were developed so as to provide efficient throughput by minimizing solvent volumes and avoiding slow filtrations.
Development of a Practical and Efficient Synthesis of CP-945,598-01, a CB<sub>1</sub> Antagonist for the Treatment of Obesity
作者:John A. Ragan、Dennis E. Bourassa、Jon Blunt、Darragh Breen、Frank R. Busch、Eric M. Cordi、David B. Damon、Nga Do、Alanya Engtrakul、Denis Lynch、Ruth E. McDermott、Joseph A. Mongillo、Maria M. O’Sullivan、Peter R. Rose、Brian C. Vanderplas
DOI:10.1021/op800255j
日期:2009.3.20
Development of an efficient bond-forming sequence and optimization of reaction conditions are described for the synthesis of CP-945,598-01 (1 center dot HCl), a CB1 antagonist in clinical studies for the treatment of obesity. Reordering of the bond-forming sequence provided a more efficient synthesis and avoided the use of phosphorous oxychloride. A telescoped reaction sequence (4 -> 9) was developed to avoid a problematic isolation. Product isolation. were developed so as to provide efficient throughput by minimizing solvent volumes and avoiding slow filtrations.