唐刚华, 姜国辉, 王世真, 吴淑琴, 郑连芳. 川芎哚的结构改造及生物活性研究J. 药学学报, 1999, 34(7): 498-504.
引用本文: 唐刚华, 姜国辉, 王世真, 吴淑琴, 郑连芳. 川芎哚的结构改造及生物活性研究J. 药学学报, 1999, 34(7): 498-504.
Tang Ganghua, Jiang Guohui, Wang Shizhen, Wu Shuqin , Zheng Lianfang, . STRUCTURAL MODIFICATION AND BIOACTIVITY OF PERLOLYRINEJ. Acta Pharmaceutica Sinica, 1999, 34(7): 498-504.
Citation: Tang Ganghua, Jiang Guohui, Wang Shizhen, Wu Shuqin , Zheng Lianfang, . STRUCTURAL MODIFICATION AND BIOACTIVITY OF PERLOLYRINEJ. Acta Pharmaceutica Sinica, 1999, 34(7): 498-504.

川芎哚的结构改造及生物活性研究

STRUCTURAL MODIFICATION AND BIOACTIVITY OF PERLOLYRINE

  • 摘要: 目的:寻找新型的心血管药物。方法:根据推理药物设计原理,设计合成目标化合物,并研究其生物活性。结果:合成了16个川芎哚的类似物(I~XVI),其中8个化合物(I,I,V~VI,IX,XI和XV)是新化合物。结论:所合成的川芎哚类似物均有一定程度的抗血小板聚集作用,其中I~IV,VI,X,XI及XII有一定程度的抗血栓作用。

     

    Abstract: AIM: To search for compounds for the treatment of cardiovascular diseases. METHODS: According to rational drug design principle, a series of analogues of perlolyrine were prepared, and the antiplatelet aggregation activity and antithrombotic effects of these compounds were tested. RESULTS: Sixteen perlolyrine analogues were synthsized(I~XVI). Of them, 8 compounds(I,II,V~VII,IX,XI and XV) were first reported. CONCLUSION: All synthesized compounds showed antiplatelet aggregation activity to a certain degree. Of them, 8 compounds(I~IV,VII,X,XI and XIII) exhibited antithrombotic effects.

     

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