Klinke R
Acta Otolaryngol. 1981 May-Jun;91(5-6):541-54. doi: 10.3109/00016488109138540.
The inhibitory efferent transmitter in the cochlear is most likely acetylcholine. The afferent transmitter (between hair cells and primary afferent fibres) is not known. There is some evidence for glutamate (or aspartate) but the high concentrations necessary to activate the afferents when these amino-acids are applied intracochlearly may indicate that their effects is unspecific. A number of other transmitter candidates can be safely ruled out at these synapses. In the cochlear nucleus of transmitter between primary afferents and secondary cells is probably glutamate (or aspartate).
耳蜗中的抑制性传出递质很可能是乙酰胆碱。传入递质(毛细胞与初级传入纤维之间的)尚不清楚。有一些证据表明是谷氨酸(或天冬氨酸),但当这些氨基酸经耳蜗内给药时,激活传入纤维所需的高浓度可能表明其作用是非特异性的。在这些突触处,可以安全地排除许多其他递质候选物。初级传入纤维与次级细胞之间的递质在耳蜗核中可能是谷氨酸(或天冬氨酸)。