Vasil'ev A G, Grigor'eva T I
Neirofiziologiia. 1977;9(1):41-7.
The responses of cochlear nuclei single units in Vespertilionidae and Rhinolophidae were studied by means of ultrasound stimuli of different frequencies. Most neurons were found to have one or two complementary response areas with best frequencies equal to 1/2 and 1/3 of the highest one (which we regard as the basic best frequency). In Vespertilionidae which emit frequency-modulated signals some neurons have complementary areas with upper thresholds. The latency of responses do not correlate with the stimulus frequency. This suggests that there is no correlative reception of echosignals at this level of auditory system in bats.
通过不同频率的超声刺激,研究了蝙蝠科和菊头蝠科动物耳蜗核单个神经元的反应。发现大多数神经元具有一个或两个互补反应区,其最佳频率等于最高频率的1/2和1/3(我们将其视为基本最佳频率)。在发出调频信号的蝙蝠科动物中,一些神经元具有较高阈值的互补区。反应潜伏期与刺激频率无关。这表明在蝙蝠听觉系统的这一水平上不存在回声信号的相关接收。