This project describes the synthesis, pharmacological and pharmacodynamic tests on two series of novel derivatives of 2H-pyrido[1,2-c]pyrimidine with potential binary binding to 5-HT1A receptors and SSRI + serotonin transporters. The influence of piperidinyl-indole (8.1–8.7) and tetrahydropyridinyl-indole (8.8–8.32) residues and indole 5-position substituents (R3 = Br, Cl, F) present in the pharmacophore
该项目描述了在两个系列-2H-
吡啶并[新颖衍
生物的合成,药理学和药效试验1,2 - c ^ ]
嘧啶与潜在的二进制结合5-HT 1A受体和SSRI +
血清素转运。
配体药效基团中存在的
哌啶基-
吲哚(8.1 – 8.7)和四氢
吡啶基-
吲哚(8.8 – 8.32)残基和
吲哚5位取代基(R 3 = Br,Cl,F)对它们与两个分子的结合的影响目标进行了测试。 确认了
哌啶基-
吲哚残基对与两个靶标结合的显着影响,并且鉴定出具有高结合亲和力的化合物:K i 5-HT 1A = 12.4nM;m 5 HT 1A= 12.4nM。K i
SERT = 15.6 nM 8.1 ; K i 5-HT 1A = 5.6 nM; K i
SERT = 20.7 nM 8.7,而四氢
吡啶基-
吲哚残基的存在会降低
配体对5-HT 1A R的亲和力。
氯(R 3)在该系列中的存在会导致结合力显着降低对两个目标(5-HT