电阻抗体积描记器(ElectricalImpedance Plethysmography-EIP)是一种可用于连续及间续测量活动大脑的血容器及血流状况(Cerebral Blood Flow-CBF)的无创方法。与别的方法相比,它尚未被有效地利用。为了有效地使用EIP技术,本文探讨了家兔的颅穿刺峰值、瞬时心阻抗波形(dZp)以及放射线村记微球技术(CBFrth)与激光多普勒光谱(CBFids)记录的脑电流三者之间的关系。在家兔体内 Electrical Impedance Plethysmography (EIP) is a noninvasive method that can be used to measure blood vessels and blood flow (CBF) in the living brain continuously and intermittently. Compared with other methods, it has not been effectively used. In order to effectively use the EIP technique, the paper discusses the cranial puncture peak, the instantaneous cardiac impedance waveform (dZp) and the brain currents recorded by CBFrth and CBFids in rabbits Relationship between. In rabbits