To support the development of a reactive metabolite strategy, the preparation of several radiolabelled compounds such as [(14)C] Ticlopidine was required. In this report, we describe a facile and rapid synthesis of [(14)C] Ticlopidine starting from [(14)C] carbon dioxide. The compound was radiolabelled in the 2-chloromethyl portion of the molecule with a specific activity of 53.4 mCi/mmol and with
为了支持反应性代谢物策略的开发,需要制备几种放射性标记化合物,例如 [(14) C]
噻氯匹定。在本报告中,我们描述了从 [(14)C]
二氧化碳开始的 [(14)C]
噻氯匹定的简便快速合成。该化合物在分子的 2-
氯甲基部分被放射性标记,比活为 53.4 mCi/mmol,放射
化学纯度为 98.5%。盐酸盐在
乙醇溶液中的储存稳定性最好。