Reker U
Arch Otorhinolaryngol. 1984;239(3):229-34. doi: 10.1007/BF00464248.
The high frequency limit of the image-stabilizing trineuronal vestibulo-ocular reflex is very difficult to assess experimentally, as the necessary accelerations are extremely high. We chose to examine fistulae of the bony horizontal semicircular canal. Oscillating pressures of between 3 and 40 Hz were applied to the fistula, and the fast pendular eye movements were registered by electronystagmography. Above 15 Hz there was no regular reaction. Up to 15 Hz the eye movements corresponded to the alternating pressure stimulus upon the fistula. Up to 11 Hz the ocular reaction was very strong, with calculated acceleration values near the dynamic limit of the bulbus and eye muscles. The capacity of the vestibular organ has often been underrated. In view of previous investigations and our own experiments it seems justified to set the frequency limit of the fundamental vestibulo-ocular reflex at at least 10 Hz.
由于所需的加速度极高,因此很难通过实验评估图像稳定三联神经元前庭眼反射的高频极限。我们选择检查骨性水平半规管瘘管。向瘘管施加3至40Hz的振荡压力,并通过眼震电图记录快速摆动性眼球运动。高于15Hz时没有规律反应。在15Hz以下,眼球运动与瘘管上的交替压力刺激相对应。在11Hz以下,眼部反应非常强烈,计算出的加速度值接近眼球和眼肌的动态极限。前庭器官的能力常常被低估。鉴于先前的研究和我们自己的实验,将基本前庭眼反射的频率极限设定为至少10Hz似乎是合理的。