峡视核神经元之间的电突触和电场效应能使神经元的放电同步化。
Electrical synapses and field effects may play essential roles in synchronizing neuronal activity within the nucleus.
他们还检测了一些在电突触活动中表现出典型活性的酶，其结果也相仿。
The results were the same when they measured other enzymes that are typically active during synaptic potentiation.
结论从整体和离体水平证实电突触参与了惊厥时神经元的同步化放电过程。
Conclusion Our results confirmed that gap junction formed electrical synapse between neurons plays an important role in the development of synchronization of neuronal discharges in vivo and in vitro.
结论从整体和离体水平证实电突触参与了惊厥时神经元的同步化放电过程。
Conclusion Our results confirmed that gap junction formed electrical synapse between neurons plays an important role in the development of synchronization of neuronal discharges in vivo and in vitro.
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