Gardner D
Brain Res. 1984 Jul 23;306(1-2):365-9. doi: 10.1016/0006-8993(84)90388-3.
At a diphasic excitatory-inhibitory synapse of Aplysia, the time constant of decay of the early excitatory synaptic conductance is decreased by depolarization. As a consequence of this reduced excitation, the amplitude of the inhibitory phase is increased and its rise time shortened, and inhibitory charge transfer is greater than excitatory charge transfer at potentials more depolarized than -53 mV. Functional consequences of voltage-dependent time course can thus be identified at a central synapse.
在海兔的双相兴奋性-抑制性突触处，早期兴奋性突触电导的衰减时间常数会因去极化而减小。由于这种兴奋性的降低，抑制相的幅度增大且上升时间缩短，并且在电位比-53 mV更正极时，抑制性电荷转移大于兴奋性电荷转移。因此，在中枢突触处可以确定电压依赖性时间进程的功能后果。
