实验后鼠体质量增加明显，而皮电刺激组增加幅度最小，差异无显著性。
The body mass is increased remarkably after experiment, but the increasing amplitude in TAES group is the smallest, without significant difference.
电刺激在假针灸组也会使用，即使是很低的电压量和很短时间的疗程。
Electrical stimulation was also used, although those in the sham group received lower voltage and far shorter treatments.
然后这两名研究者对感觉神经元施加刺激，并记录抗利尿激素释放神经元中的任何电活动来检测这两组细胞间的沟通。
The duo then stimulated the sensory neurons and recorded any electrical activity in the vasopressin-releasing neurons to monitor communication between the two cell groups.
在存在神经移植物组，尝试刺激和电刺激神经后反应明显。
In the former group, responses were demonstrated after taste stimulation and electronic nerve stimulation. CONCLUSIONS.
电刺激模式为专为盆底肌锻炼设计的一组程序化刺激。
Electrical stimulation mode was sequencing stimulation which designed specially for pelvic muscle exercise.
对照组按常规治疗，治疗组在常规治疗的基础上加用正中神经电刺激治疗。
The control group were treated routinely. Besides routine therapy the treated group were treated with median nerve electrical stimulation.
对照组按常规治疗，治疗组在常规治疗的基础上加用正中神经电刺激治疗。
The control group was treated routinely. Besides routine therapy the treated group was treated with median nerve electrical stimulation.
两组患者均接受药物常规治疗，康复组还接受脑血管超声扫描并电刺激治疗。
Both groups were given conventional therapy, but with the addition of ultrasound scanning of cerebral vasculature and electrostimulation treatment in the rehabilitation group.
方法对144例运动后急性踝关节韧带损伤患者进行应激电刺激治疗（治疗组）并与同例数同疾病对照组（传统按摩方法）比较。
Method After acute injury of ankle, 144 cases accepted the stress stimulator therapy(therapy group), compared with 144 cases of the same disease received the traditional treatment(comparing group).
电刺激移植组胫神经可记录到腓肠肌的诱发动作电位，能引起肌肉收缩和踝关节运动。
The evoked muscle action potential were recorded and the macroscopic muscle contraction and ankle motion were also observed in the implanted group by stimulating the grafted tissue.
对照组按常规治疗，治疗组在常规治疗的基础上加用正中神经电刺激治疗。
The patients in the control group were treated with routine therapy. Besides the routine therapy, the patients in the treated group were treated with median nerve electrical stimulation.
本文主要贡献在于：首先，设计了一组基于听觉诱发的语言任务相关的脑电实验，收集了大量不同种类的音乐作为刺激信号，并采集了一定数量的连续脑电信号；
The contribution of this paper are:Firstly, we designed the hearing-evoked language task of EEG experiment. Weget lots of different songs as stimuli signal and collect some continuous EEG;
本文主要贡献在于：首先，设计了一组基于听觉诱发的语言任务相关的脑电实验，收集了大量不同种类的音乐作为刺激信号，并采集了一定数量的连续脑电信号；
The contribution of this paper are:Firstly, we designed the hearing-evoked language task of EEG experiment. Weget lots of different songs as stimuli signal and collect some continuous EEG;
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