刺激神经

Electropuncture not only can improve damaged symptoms of peripheral nerve but also relieve pain by stimulating central nerves, which may be the cause why electropuncture had better effect on enhancing mechanical pain threshold of rats operated side.

电针不仅可以改善外周神经的损伤症状，同时还通过刺激中枢神经的机制达到镇痛作用，此模型中大鼠术侧机械痛阈改善方面电针优于单纯针刺，这可能就是电针作用的一个方面。

Background Stress is a pathogenic complex of neural, endocrinal and immune response to both inner and outer stimuli that surpass the physiological threshold.

背景 应激是指内外环境刺激超过正常阈值时，机体出现的一种包括神经、内分泌和免疫系统等在内的综合应答状态。

The evaluative and executive components, the time course and distribution of them were detailedly analyzed and discussed.

本研究采用ERP技术系统地考察了在呈现多个分心刺激的计数Stroop任务中认知控制的功能特点及其神经机制。

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。

However the blue-light stimulus has a wavelength of 440 nm, which is the peak sensitivity of blue-on cone stimulation, therefore activating only the blue-yellow ganglionic cells.

蓝色刺激光标的波长为440NM，正好是兰色视锥细胞最敏感的波长，因此仅仅激活蓝黄神经节细胞。

Recent studies onfish revealed the neuroendocrine interactions between the gonadotropic axis and the somatotropic axis.

近年来，我们和其他学者对鱼类生长和生殖的神经内分泌调节的相互作用进行了研究，主要的进展是：①在促进性腺的激素影响生长方面，发现促性腺激素释放激素和多巴胺都能和脑垂体生长激素细胞的特异性受体结合而刺激生长激素释放，并能提高生长速率；而性类固醇激素能调节脑垂体生长激素的分泌活动。

METHODS: Ovariectomized rats, with or without estrogen replacement,were anesthetized and hypogastric nerve and abdominal musclecontraction reflex responses to graded uterine cervical distensionwere recorded.

选择卵巢切除的大鼠，给予或不给予雌激素，麻醉后记录不同等级的宫颈扩张时腹壁下神经和腹部肌肉对刺激的的反应。

In this study, we comparedelectrical nerve stimulation and ultrasound guidance for thelateral sagittal infraclavicular block.

这次研究中，我们比较电神经刺激和超声引导用於侧位矢状面的锁骨下阻滞。

We conclude that favorable results can be obtainedwhen either nerve stimulation or ultrasound guidance is usedfor lateral sagittal infraclavicular block.

我们得出的结论是无论是用神经刺激还是超声引导来进行侧位矢状面的锁骨下阻滞都能取得良好的结果。

The rat hindlimb representation of S1 area is likely to have at least 2 patterns of neural circuits on brain slices: one is the intracortical circuit formed by interlaminar connections from layers II-III, and the other is the thalamocortical circuit mediated by afferent connections from layer IV.

相反，在II-III层，同样的强直刺激并未能明显诱导LTP的发生。结论大鼠S1区的后肢代表区似乎存在两种不同类型的神经回路，一种是由层间联系介导的皮层内回路，另一种则是由丘脑皮层传入介导的丘脑皮层连接回路。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。