Rossi M L, Martini M
Neurosci Lett. 1986 May 23;66(3):328-32. doi: 10.1016/0304-3940(86)90040-6.
Measurements of the posterior-canal radius of curvature (R), the semicircular-duct radius (r) and the cupula radius (rC) were performed in the frog labyrinth. The Steinhausen-van Egmond equation led to an estimate of the canal endolymph flow, cupula deflection and sensory hair bending during constant angular accelerations (0.2-64 degrees/s2) of opposite directions and increasing duration (1.2-12 s). This analysis suggests that the non-linear canal afferent discharge behaviour exhibited by some units may not arise at the presynaptic level but rather postsynaptically, at the encoder site.
在青蛙迷路中测量了后壶腹嵴的曲率半径（R）、半规管半径（r）和壶腹嵴半径（rC）。Steinhausen-van Egmond方程用于估计在相反方向且持续时间增加（1.2 - 12秒）的恒定角加速度（0.2 - 64度/秒²）期间的内淋巴流动、壶腹嵴偏转和感觉毛弯曲。该分析表明，一些单位表现出的非线性半规管传入放电行为可能并非出现在突触前水平，而是在突触后，即编码位点。
