Artemchuk N L
Zh Nevropatol Psikhiatr Im S S Korsakova. 1979;79(11):1539-44.
With the aid of a feedback towards an increase in the EEG intensity, adaptive regulation of brain biopotentials (alpha-rhythm) was conducted in 22 patients with different forms of neurosis. It was established that in patients with an initial low level of alpha-rhythm its regulation was more significant, while in patients with an initially middle level of alpha-rhythms in the EEG, its regulation was less expressed. The clinical effect of regulation in all cases was positive. The study also demonstrated a crosscorrelation of connections in the process of regulation between such functions as alpha-rhythm-EMG, alpha-rhythm-SGR, etc. It is suggested that, regulation of alpha-rhythms can be accepted as a therapeutic approach in the treatment of patients with neuroses.
借助于增加脑电图强度的反馈，对22例不同类型神经症患者进行了脑生物电位（α波节律）的适应性调节。结果发现，初始α波节律水平较低的患者，其调节更为显著；而脑电图中初始α波节律处于中等水平的患者，其调节表现较弱。在所有病例中，调节的临床效果均为阳性。该研究还表明，在α波节律-肌电图、α波节律-皮肤电反应等功能调节过程中，各连接之间存在互相关。研究表明，α波节律的调节可作为治疗神经症患者的一种治疗方法。
