Mazhbich B I
Pflugers Arch. 1983 Mar 1;396(3):254-9. doi: 10.1007/BF00587863.
A method involving application of a standard cuff on human limbs has been developed making it possible by a single procedure to make a quantitative determination of blood pressure, elastic resistance of "uninfluenced" an mechanically relaxed arterial vessel walls, their bulk modulus and effective inner diameter. The method which is based on the "elasticity reservoir theory" involves recording arterial pressure recordings during periods of gradual compression and evaluation of the pulsatile blood volume increment under the cuff at the on step wise decompression. The reproducibility of the results and the errors involved were estimated by comparing the results with measurements made on a physical model and on human limbs. This paper presents some results of the application of the method to 113 healthy persons and shows the age dependence of the examined parameters in the upper arms and in the lower leg.
一种在人体四肢应用标准袖带的方法已经研发出来，通过这一单一程序能够对血压、“未受影响”且机械松弛的动脉血管壁的弹性阻力、其体积模量以及有效内径进行定量测定。该方法基于“弹性贮器理论”，包括在逐渐加压期间记录动脉压力，并在逐步减压时评估袖带下搏动血容量的增量。通过将结果与在物理模型和人体四肢上进行的测量结果相比较，对结果的可重复性和所涉及的误差进行了评估。本文展示了将该方法应用于113名健康人的一些结果，并显示了上臂和小腿中所检测参数与年龄的相关性。
