Barnes N M, Costall B, Kelly M E, Onaivi E S, Naylor R J
Postgraduate Studies in Pharmacology, School of Pharmacy University of Bradford, West Yorkshire, UK.
Pharmacol Biochem Behav. 1990 Dec;37(4):785-93. doi: 10.1016/0091-3057(90)90564-x.
The abilities of ketotifen and other 4-piperidylidene derivatives (HF200-184, HE36-953, SDZ209-321 and SDZ206-703) to inhibit aversive responding were compared in the mouse light/dark test box and in the rat social interaction test. Ketotifen and HF200-184 reduced aversive responding of the mouse to the brightly illuminated area of the test box and facilitated rat social interaction; HF200-184 was approximately 100 times more potent than ketotifen. The chronic administration and withdrawal from treatment with diazepam, ethanol, nicotine and cocaine in the mouse was associated with increased behavioural suppression which was prevented by the administration of ketotifen and HF200-184 during the period of withdrawal. HE36-953 also prevented the behavioural consequences of withdrawal from diazepam and cocaine. The relative potencies of ketotifen and its analogues to inhibit aversive responding did not correlate with their affinities for the 5-HT3 recognition site. It is concluded that compounds within the 4-piperidylidene series can reduce behavioural suppression in rodent models of anxiety and attenuate the behavioural consequences of withdrawing from treatment with drugs of abuse.
在小鼠明暗试验箱和大鼠社交互动试验中,比较了酮替芬及其他4-哌啶亚基衍生物(HF200-184、HE36-953、SDZ209-321和SDZ206-703)抑制厌恶反应的能力。酮替芬和HF200-184减少了小鼠对试验箱明亮照明区域的厌恶反应,并促进了大鼠的社交互动;HF200-184的效力约为酮替芬的100倍。小鼠长期给予地西泮、乙醇、尼古丁和可卡因并停药后,行为抑制增强,而在停药期间给予酮替芬和HF200-184可预防这种情况。HE36-953也可预防地西泮和可卡因停药后的行为后果。酮替芬及其类似物抑制厌恶反应的相对效力与其对5-HT3识别位点的亲和力无关。得出的结论是,4-哌啶亚基系列化合物可减轻啮齿动物焦虑模型中的行为抑制,并减轻滥用药物停药后的行为后果。