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Differential Effects on Fast and Slow Spindle Activity, and the Sleep Slow Oscillation in Humans with Carbamazepine and Flunarizine to Antagonize Voltage-Dependent Na+ and Ca2+ Channel Activity

机译：对卡马西平和氟硝利嗪对人的快慢主轴活动和睡眠慢振荡的差异影响，以拮抗电压依赖性Na +和Ca2 +通道活性

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Ayoub, Amr; Born, Jan;
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1. Differential effects on fast and slow spindle activity, and the sleep slow oscillation in humans with carbamazepine and flunarizine to antagonize voltage-dependent Na+ and Ca2+ channel activity [J] . AyoubA., AumannD., H?rschelmannA., Sleep . 2013,第6期

机译：对卡马西平和氟硝嗪对人类快速和慢速纺锤体活动以及睡眠缓慢振荡的差异影响，以拮抗电压依赖性Na +和Ca2 +通道活性
2. Homeostatic Control of Slow-wave and Spindle Frequency Activity during Human Sleep: Effect of Differential Sleep Pressure and Brain Topography. [J] . Knoblauch V, Krauchi K, Renz C, Cerebral cortex . 2002,第10期

机译：人体睡眠期间慢波和主轴频率活动的稳态控制：睡眠压力差和大脑地形的影响。
3. Grouping of spindle activity during slow oscillations in human non-rapid eye movement sleep. [J] . Molle M, Marshall L, Gais S, The Journal of Neuroscience: The Official Journal of the Society for Neuroscience . 2002,第24期

机译：在人类非快速眼动睡眠中缓慢振荡期间的纺锤体活动分组。
4. Spatial coherence patterns of fast ictal activities coincide with those of slow interictal oscillations in the human brain [C] . Cotic Marija, Chinvarun Yotin, Carlen Peter L., International IEEE/EMBS Conference on Neural Engineering . 2013

机译：快速大脑活动的空间相干性模式与人类大脑中缓慢的大脑间质性振荡的空间相干性模式一致
5. If you want to be slow you have to be fast: Control of slow population activities by fast-spiking interneurons via network multistability [D] . Ho, Ernest Chun Yue 2011

机译：如果您想变慢，就必须变快：通过网络多重稳定性，通过快速增加中间神经元来控制慢速种群活动
6. Differential Effects on Fast and Slow Spindle Activity and the Sleep Slow Oscillation in Humans with Carbamazepine and Flunarizine to Antagonize Voltage-Dependent Na+ and Ca2+ Channel Activity [O] . Amr Ayoub, Dominic Aumann, Anne Hörschelmann, 2013

机译：对卡马西平和氟硝利嗪对人的快慢主轴活动和睡眠慢振荡的差异影响以拮抗电压依赖性Na +和Ca2 +通道活性
7. Intrinsic coupling between gamma oscillations, neuronal discharges, and slow cortical oscillations during human slow-wave sleep. : Coupling of slow waves, gamma activity, and MUA [O] . Dalal, Sarang,, Hamamé, Carlos, Eichenlaub, Jean-Baptiste, 2010

机译：人类慢波睡眠期间伽马振荡，神经元放电和皮质缓慢振荡之间的内在耦合。：慢波，伽马射线活动和MUA的耦合

Differential Effects on Fast and Slow Spindle Activity, and the Sleep Slow Oscillation in Humans with Carbamazepine and Flunarizine to Antagonize Voltage-Dependent Na+ and Ca2+ Channel Activity

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