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- gabaergic synapse γ-氨基丁酸能突触
- Why not make SYNAPSE open source? 为什么不让synapse系统开放源代码?
- SYNAPSE will fullly unite the global village. SYNAPSE计划将会把地球村完全的统一起来.
- And if does, Why not let him write SYNAPSE? 如果这是真的，为什么不让他们来写synapse系统?
- How close are you to finishing SYNAPSE? 你的synapse 完成的怎么样了?
- You're convienced he is completely focused on SYNAPSE again. 你已经完全说服他再次全力投入synapse系统开发了
- SYNAPSE links every communications devices on the planet. synapse连接了这个星球上所有的通讯工具
- It means we've given SYNAPSE back to the people it was stolen from. 这意味着我们把synapse还给了人们.
- Rather, they only synapse on VM lower motor neurons ipsilaterally. 腹正中下神经元控制著轴向运动。
- Sir, you promised the new hyper-addictive synapse accelerant... |长官 你保证过新的超上瘾促进剂...
- Who's got SYNAPSE, Milo?Do that mean we did it?Does this mean we did it? 谁在使用synapse 系统?麦洛
- There's dishes on top of 21.He's building this mega network just for SYNAPSE. 在21号建筑上有雷达，他建筑这个千兆网就是为了synapse 系统
- Characterize the role of GABAergic neurotransmission in epilepsy and propose a pharmacological means for its treatment. 叙述在癫痫中伽马安基丁酸能的神经传递质所扮演之角色特征和提出一个药理学的治疗办法。
- These data suggest that propofol produces immobility by a GABAergic action on neurons in the ventral spinal cord. 这些资料提示丙泊酚通过GABA能机制作用于脊髓腹角产生不动性。
- Nerve impulses cross a synapse through the action of nEurotransmitters. 神经冲动通过神经递质的作用越过突触。
- GABAergic inhibition plays an important role in sound signal processing of AC neurons. 2. 不同程度地改变强度 -发放率和强度-潜伏期函数。
- Impairment in the GABAergic system can lead to neuronal hyperexcitability which contributes to ischemia-reperfusion injury. GABA能系统的异常可导致神经元的高兴奋性，从而导致再灌注损伤。
- Conclusions Haloperidol enhanced the GABAergic inhibition in CA1 hippocampus,which was not associated with its blockade of dopamine D2 receptor. 结论氟哌啶醇增强海马CA1区GABA能抑制效应，该作用与其拮抗多巴胺D2受体无关。
- The dissertation mainly studied the influences of circadian rhythm system and GABAergic system on hypnotic activity of melatonin. 其中，褪黑素作为内源性催眠物质诱导生理性睡眠和调节睡眠-觉醒节律的作用尤其引人注目。
- Objective To know the ultrastructure and function of synapse in mammal's medulla oblongata megacell reticular nucleus. 目的探讨哺乳动物延髓巨细胞网状核内突触的超微结构及其功能。
