研究范围大致包括启动效应、重学中的节省、阈下刺激作用、技能学习和条件反射。
Approximately the research includes start effect, being economical in once again study, stimuli effect below threshold, skill study and conditioned reflex.
结论：阈下电刺激引起的认知损害是可逆的。
Conclusion: Subconvulsant electrical stimulation cause temporary but reversible cognitive impairment in rats.
在对阈下语义启动效应的研究中出现一个新的问题：是否只有练习过的启动刺激才会产生启动效应，而没有练习过的启动刺激就不会产生启动效应？
And a new question was raised when studying the SSA: whether the priming effect is generated by practiced masked stimuli instead of unpracticed masked stimuli?
为观察L - 赖氨酸锌配合物是否具有致惊厥作用，选出了阈下剂量的化学致惊剂和电刺激强度，用小鼠进行了实验研究。
In order to observe zinc L-lysinate coordination compound, the chemical reagent consuption of the lowest limit that bring on convulsions and electricity of intensity were selected.
为观察L - 赖氨酸锌配合物是否具有致惊厥作用，选出了阈下剂量的化学致惊剂和电刺激强度，用小鼠进行了实验研究。
In order to observe zinc L-lysinate coordination compound, the chemical reagent consuption of the lowest limit that bring on convulsions and electricity of intensity were selected.
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