Conclusion CACNA1H gene G773D mutation is able to increase calcium current and neuronal excitability.
结论CACNA1H基因G 773d突变可使其编码通道电流增加，并可能引起神经元兴奋性增加。
Previous electrophysiological experiments have revealed that melatonin modulates hippocampal neuronal excitability and plasticity.
已有的电生理学实验已经表明，褪黑素可以调节海马神经元的兴奋性和突触可塑性。
Conclusions: These results indicate that NOS is extensively distributed in hippocampal cells and its activation leads to an increase of the neuronal excitability.
结论：以上结果显示NOS广泛分布在海马神经细胞中，当其激活时对海马神经元有兴奋作用。
Conclusions: These results indicate that NOS is extensively distributed in hippocampal cells and its activation leads to an increase of the neuronal excitability.
结论：以上结果显示NOS广泛分布在海马神经细胞中，当其激活时对海马神经元有兴奋作用。
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