Cogiamanian和同事(2011)的一项研究调查的影响阳极的tsDCS在下肢多突触的屈曲反射组件,RII触觉和RIII疼痛的。研究小组评估了阳极的直流的作用应用于胸椎通过测量下肢弯曲反射的大小的变化(LL-Fr)使用交叉设计方法在11健康的参与者。在这项研究中,anodal-DC刺激的强度2马英九发表15分钟密度和总负责组织损伤阈值以下,与阳极放在T10的棘突和阴极放置在右肩之上。一场骗局tsDCS被用作控制在这项研究中,与电极放置在相同的方式,但刺激器提供tsDCS 10秒后关闭(Cogamanian et al .,2011)。LL-Fr是通过经皮电刺激引起了随机的火车每5 - 20秒5电脉冲在1 ms和200赫兹的腓肠神经,用表面电极应用背后的外踝录音的方式同侧股二头肌短头。H-reflex(人力资源)是通过双恒流电刺激引起的胫骨在腘窝神经,刺激胫神经每10 - 20秒的电流强度增加步骤1 mA获取人力资源阈值,最大人力资源,最大并购浪潮的比目鱼肌(Cogamanian et al .,2011)。
美国密苏里大学哥伦比亚分校论文代写：反式脊柱直流电
A study by Cogiamanian and colleagues (2011) investigated the effects of anodal tsDCS on the lower-limb polysynaptic flexion reflex components, RII tactile and RIII nociceptive. The research team evaluated the after-effects of anodal DC applied to the thoracic spine by measuring the changes in the size of the lower-limb flexion reflex (LL-Fr) using a cross-over design approach in 11 healthy participants. In the study, anodal-DC stimulation at an intensity of 2 mA was delivered for 15 minutes at a density and total charge below the threshold for tissue damage, with the anode placed over the spinous process of T10 and the cathode placed above the right shoulder. A sham tsDCS was used as a control in this study, with the electrodes placed in the same manner but the stimulator providing the tsDCS turned off after 10 seconds (Cogamanian et al., 2011). The LL-Fr was elicited via percutaneous electrical stimuli delivered randomly every 5-20 seconds in a train of 5 electrical pulses at 1ms and 200 Hz to the sural nerve, with surface electrodes applied behind the right lateral malleolus recording responses from the ipsilateral short head of biceps femoris. The H-reflex (Hr) was elicited via bipolar constant current electrical stimuli to the tibial nerve at the popliteal fossa, stimulating the tibial nerve every 10-20 seconds with a current intensity increased in steps of 1 mA to obtain the Hr threshold, maximal Hr, and maximal M-wave from the soleus (Cogamanian et al., 2011).
