Sokolova I V
Med Tekh. 2004 Jan-Feb(1):23-9.
A technology of a diagnostic evaluation of the cerebral-hemodynamic functional state made on the basis of rheoencephalogram end involving the two-component analysis method is described in the paper. The method consists in a quantitative representation of a qualitatively new regularity pertaining to the functioning of the cardiovascular system with a two-phase structure of cardiac output, i.e. the positive systolic one and the negative diastolic one, which is in line with the active functioning of the myocardium both in the systolic and diastolic cardiac-cycle phases. A partial separation of the arterial and venous components of rheoencephalogram, which reflect (during the cardiac cycle) the pulse fluctuations of voluminous blood filling in the arterial and venous sections of the examined bloodstream portion, is made use of. The method parameters provide for separate diagnostic evaluations of the tonus and blood filling of the arteries, veins and small peripheral vessels of the examined blood-stream portion. The computer-aided version of two-component analysis supports the rheoencephalogram processing in the sitting registration posture covering the full neurological examination range with respect to sex and age-related peculiarities of cerebral hemodynamics.
本文描述了一种基于脑血流图并采用双组分分析法对脑血流动力学功能状态进行诊断评估的技术。该方法在于以定量方式呈现一种全新的规律,此规律与具有双相心输出量结构(即正性收缩期和负性舒张期)的心血管系统功能相关,这与心肌在心动周期的收缩期和舒张期的主动功能相符。利用脑血流图的动脉和静脉成分的部分分离,这些成分(在心动周期中)反映了所检查血流部分的动脉和静脉段中大量血液充盈的脉搏波动。该方法的参数可对所检查血流部分的动脉、静脉和外周小血管的张力和血液充盈情况进行单独的诊断评估。双组分分析的计算机辅助版本支持在坐姿记录姿势下处理脑血流图,涵盖了针对脑血流动力学性别和年龄相关特点的全面神经学检查范围。