Razumnikova O M
Institute of Physiology, Russian Academy of Medical Sciences, Siberian Branch, Novosibirsk.
Zh Vyssh Nerv Deiat Im I P Pavlova. 2000 Nov-Dec;50(6):921-32.
The relationships between some characteristics of EEG topographic maps and personality traits (extraversion-introversion, sensation-intuition, thinking-feeling, judging-impulsiveness) by the Keirsey's Type Inventory were studied in 46 17-20-year-old men). The most considerable distinctions in the spatial organization of the EEG were observed between the functions sensation and intuition. The high-sensation responders were characterized by higher EEG power in the theta 1, 2 and alpha 1-bands in all derivations and higher coherence (especially in the theta 1, 2 bands most expressed in the frontoparietal areas) as compared with the high-intuition responders. The expression of extraversion was positively correlated with coherence values in the theta 1, 2 and negatively correlated with coherence in the alpha 1, 2 bands. Characteristic EEG patterns for other types of personality traits were also described. The results suggest that some characteristics of brain maps reflect the individual psychological features determined on the basis of Jung's typology.
通过凯尔西气质类型量表,研究了46名17至20岁男性脑电图地形图的一些特征与人格特质(外向-内向、感觉-直觉、思考-情感、判断-冲动性)之间的关系。脑电图空间组织方面最显著的差异出现在感觉和直觉功能之间。与高直觉反应者相比,高感觉反应者在所有导联的θ1、2和α1波段具有更高的脑电图功率,以及更高的相干性(尤其是在额顶叶区域最明显的θ1、2波段)。外向性的表现与θ1、2波段的相干值呈正相关,与α1、2波段的相干性呈负相关。还描述了其他类型人格特质的特征性脑电图模式。结果表明,脑图谱的一些特征反映了基于荣格类型学所确定的个体心理特征。