传导

GABA is resitent to the toxicity of the excitory amino acids because it can promote the conduct of Cl-, prevent the depolarization of the postsynaptic inhibition effectively and the open of Ca2+-gated channel, reduce the metabolic rate of the ischemic nurons.

GABA可以拮抗兴奋性氨基酸的毒性作用，它主要通过促进氯离子的传导，有效的阻断突触后去极化及电压依赖性Ca2+通道的开放，降低正常灌注/缺血性神经元的代谢率和氧的消耗，从而使神经元易耐受缺血性损伤[9]。

Through the simulation and analysis, the thermal characteristics of the medium and the thermal effects of laser beam are obtained. A superior pump cooling structure was selected and designed, and it is to be demonstred in this dissertation. 2 The thermal distortion effects in the slab mediam are experimently studied using auxiliary lens、Shearing Interferometer and Mach-Zehnder interferometer.

建立热效应分析模型，从热效应理论基础出发，就适合板条激光介质泵浦源的两种泵浦安排和三种常见的泵浦几何结构进行详细的理论分析，分析比较激光介质的热特性以及对激光束热效应的影响，最终选择出较优越的泵浦冷却结构，为传导冷却板条激光振荡器的设计提供参考依据。

Recorded extracellularly, the existing of an optimal intensity of the C.A.P., and the relatively constant velocity of the conduction of the A.P.

存在最适刺激强度；且神经干中动作电位的传导具有相对恒定的速度。

The cause death was postoperatively bleeding and tamponade in one case, apnoea after extubate in another case.conclusion:handling the operation indication and perform surgery with different methods in tof patients with different pathologic features is the key point of successful operation.

死亡原因：1例死于术后血肿心包填塞，1例为拔除气管插管后窒息、呼吸骤停。主要并发症14例（4.4%），其中低心排8例，一过性肾衰竭5例，均经治疗好转，1例ⅲ度房室传导阻滞安装永久起博器。结论：准确掌握手术指征，根据不同病变采取不同术式是手术成功的关键。

Main changes of ECG were arrhythmia, Left ventricular high-voltage, Ventricular hypertrophy, bundle branch block and fascicular block, and ST-T abnormal, etc. Long-term exposure to high temperature has adverse effect on cardiovascular system.

结果 高温组的心电图异常率高于对照组(χ^2=12.00， P.01)，主要改变为心律失常，左室高电压、心室肥厚、束支与分支传导阻滞、ST-T异常等。

Five-Zang feculent matter must be discharged depending on large intestine.

五脏之浊赖大肠传导，腑气畅则脾可升胃可降、肺可主治节、肝能主疏泄，从而维持着人体正常的气机运动，而升降出入则是正常神志活动的重要保证。

The unicellular alga Chlamydomonas offers a simple life cycle,easy culture and isolation of series of mutants,established the techniques and tool kit for molecular genetics and genetics analysis.It is now becoming the model organism for studies on photosynthesis in plant,flagellar assembly and function,cell cycle and circadian rhythms,signal transduction,light perception and cell recognition.

单细胞衣藻由于其生活周期简单，培养方法简便，易于分离得到系列的突变体，并已建立了分子遗传学研究技术与遗传分析系统，成为植物光合作用、鞭毛组装与功能、细胞周期及节律、细胞信号传导与光感受、细胞识别等重要生物学过程研究的模式生物体。

Based on the Fourierian law and the non-Fourierian thermal wave theory respectively,the distribution and evolvement of the temperature field are obtained.

对每种情况，分别基于经典傅立叶热传导理论和非傅立叶热波理论来计算温度场的分布及变化，并将得到的数值结果进行比较。

Experimental data were acquired by LabVIEW and processed through the time-domain analysis and frequency-domain analysis with Matlab. We analyzed qualitatively the specific effect of different tastants and proved the sensitivity to salt and sourness of taste receptor cells isolated from rat fungiform papilla. These experimental results demonstrate the feasibility that the cell chip based on LAPS can be used in the study of taste transduction mechanism.

采用LabVIEW采集数据、Matlab进行时域和频域分析，我们定性分析了不同味质作用于味觉细胞后胞外电信号的变化，证实了大鼠菌状乳头的味觉细胞对于咸味和酸味的敏感性，实现了细胞芯片在味觉传导机理研究中的应用。

Objective:This project chooses the classic Chinese medicine prescription on treating ADHD——Kongsheng Zhenzhong Pill and studies it\'s impact on the signal trasmission of the neurotransmitter DA of the prefrontal cortex-basal ganglial circuit loop in the center of the ADHD animal model——SHR.The project tries to make clear Kongsheng Zhenzhong pill\'s curative effect in animal experiment and explore in depth the mechanism of treating ADHD with Chinese medicine.

一、研究目的本课题选择中医药治疗ADHD的代表方剂——孔圣枕中丹，研究其对ADHD动物模型自发性高血压大鼠中枢前额叶皮质—基底神经节环路的神经递质DA的信号传导的影响，明确孔圣枕中丹在动物实验中的疗效，深入探索中医药治疗ADHD的具体机制。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失