Bachurina T I
Fiziol Zh SSSR Im I M Sechenova. 1978 Dec;64(12):1689-94.
The experiments in rabbits showed that reverse postoptokinetic nystagmi (RPN) could be induced by comparatively weak but continuous optokinetic stimulation. RPN is considered to be a result of the formation of dominant stimulation in optic centies, which can be strengthened and maintained by new--coming stimulation (auditory and tactile included). The data obtained seem to account for the peculiarities of the optic system affected by other modal influences in post--stimulus period.
在兔子身上进行的实验表明,相对较弱但持续的视动刺激可诱发反向视动性眼震(RPN)。RPN被认为是视中枢形成优势刺激的结果,这种优势刺激可通过新传入的刺激(包括听觉和触觉刺激)得到加强和维持。所获得的数据似乎可以解释在刺激后时期受其他模态影响的视觉系统的特性。