刺激神经

Fig. 1. Expression of RyR1 mRNA in rabbit diaphragm muscle after chronic electrical stimulation of phrenic nerve for 5 weeks.

图 1。慢性电刺激膈神经5周后各组RyR1 mRNA 的表达

Fig. 8. Expression of RyR1 protein in control group, 10 Hz and 100 Hz in diaphragm muscle of rabbits after CES of phrenic nerve for 5 weeks (antiserum,immunohistochemical method).

图 8。慢性电刺激膈神经5周后兔膈肌中RyR蛋白在对照组、10 Hz组和100 Hz组的表达

The protrusion begins as a posterolateral bulge that causes variable compression and irritation of neural structures .

髓核开始在后外侧突出，引起不同程度的神经结构受压和刺激。

Motor controlling, the magneto-electric and red glare stimulus exists a strong inverse relation between prestimulus oscillations and brain responses.

神经电位从无序到有序状态的转换中，多而强的感觉刺激使大脑成为更好的协调并使脑神经电活动具有空间分布性但时间上同步性的状态。

It inhibits the stimulation of prothoracicotropic hormone on ecdysteroidogenesis by prothoracic glands in vivo and in vitro.

作为一种重要的昆虫神经肽，能在体内和体外条件下抑制促前胸腺激素对前胸腺的刺激作用。

Successful pudendal nerve stimulationwas achieved in all patients.

所有病人都成功完成了会阴神经刺激。

to use spinal lateral approach under the guidance of the c-arm x-ray machine, the needle position will be part of the disc, after successful percutaneous insert the plasma sword to melt herniated nucleus pulpous with the power, and then enter the moderate ozone to further expand the scope of ablation, and strengthen the inter-disk degradation and inhibition of the release of inflammatory mediators to eliminate protrusion of nerve roots caused by the oppression and inflammatory stimulation.

采用脊柱后外侧入路，在c型臂x线机引导下，将穿刺针定位于椎间盘部位，经皮穿刺成功后先插入等离子刀，通电后消融髓核使髓核皱缩，再打入适量臭氧，进一步扩大消融范围，加强降解间盘和抑制炎性介质的释放，来消除因间盘突出引起的对神经根的压迫和炎性刺激。

The radiational ratio was analysed and it's changing of basing metabolizion's cerebral infarct and normal cerebral with using analysis technology of region of interest,as well as,the radiational ratio of with using same method after acupunctural metabolism.

对38例脑梗死性患者分别行基础状态下的脑灌注显像和神经穴位刺激状态下的脑灌注显像，运用感兴趣区技术测定针刺前后病灶与正常部位脑组织放射量比值及放射量比值的变化。

With this model, the eye saccadic movement angle, angular velocity, the horizontal coordinate of the center point of cornea were calculated, when the horizontal recti were contracted by the stimulation of the neural pulse.

首次提出了眼球在眼外肌作用下运动的三维动力学模型，给出了其运动方程组的求解步骤，并用该模型计算了水平直肌受神经脉冲刺激而收缩时，眼球水平扫描运动的角度、角速度、角膜中点坐标随时间的变化。

It was found that 2.3 nm of mechanical noise enhanced the response of the saccular nerve.

纳米水平的噪声能使周期性刺激引起的神经反应的信噪比得到实质性的改善。

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。