Neverov V P, Losev N A
Fiziol Zh SSSR Im I M Sechenova. 1983 Dec;69(12):1575-80.
In chronic experiments on rabbits, changes of frequency and amplitude of the optokinetic nystagmus (OKN) were studied during continuous 60-min optokinetic (OK) stimulation and in secondary trace reverse phase of the OKN called the reverse postoptokinetic nystagmus (RPN) for 30 min after cessation of the OK-stimulation prior to and after administration of 5 mg/kg aethimizol. The drug was administered 20 min prior to the OK-stimulation and on the 35th min of the stimulation. Aethimizol was found to increase considerably the OKN frequency, amplitude and the RPN. The RPN frequency was considerably decreased after aethimizol administration. Aethimizol seems to improve the process of nystagmus formation during the OK-stimulation and to weaken the process of formation of the asymmetry of nervous centers excitation during a prolonged OK-stimulation.
在对兔子进行的慢性实验中,研究了在连续60分钟的视动刺激期间以及在视动刺激停止后30分钟的视动性眼球震颤(OKN)的二级痕迹反相期(称为反向视动后眼球震颤,RPN)中,OKN的频率和幅度的变化。在给予5mg/kg乙嘧唑之前和之后,在视动刺激前20分钟和刺激的第35分钟给予该药物。发现乙嘧唑可显著增加OKN的频率、幅度和RPN。给药后RPN频率显著降低。乙嘧唑似乎改善了视动刺激期间眼球震颤的形成过程,并减弱了长时间视动刺激期间神经中枢兴奋不对称的形成过程。