Jen P H, Vater M, Harnischfeger G, Rübsamen R
Brain Res. 1981 Aug 24;219(1):156-61. doi: 10.1016/0006-8993(81)90275-4.
Mapping of auditory area in the cerebellar vermis and hemispheres of little brown bats, Myotis lucifugus, shows that a large area of the bat's cerebellum contains units responding to acoustic stimuli. These units had latencies between 4 and 34 msec and best frequencies between 33.0 and 92.5 kHZ. The Q10-dB values of their tuning curves ranged from 2.0 to 19.7. Most of the units studied fired only a few impulses during a stimulus with minimum thresholds between 22 and 90 dB SPL. Units in the cerebellar vermis tend to have higher best frequencies and shorter latencies than those in the cerebellar hemispheres. However, there is no evidence of clear tonotopic organization therein.
对北美棕蝠(小棕蝠,Myotis lucifugus)小脑蚓部和半球听觉区域的图谱绘制表明,蝙蝠小脑的很大一部分区域包含对声音刺激有反应的神经元。这些神经元的潜伏期在4到34毫秒之间,最佳频率在33.0到92.5千赫兹之间。它们调谐曲线的Q10-dB值在2.0到19.7之间。大多数被研究的神经元在刺激期间仅发放少数冲动,最小阈值在22到90分贝声压级之间。小脑蚓部的神经元往往比小脑半球的神经元具有更高的最佳频率和更短的潜伏期。然而,在其中没有明确的音调定位组织的证据。