Pliquett F, Lap V, Sinz V, Reuter U
Instiut für Biophysik, Karl-Marx-Universität, Leipzig.
Z Exp Chir Transplant Kunstliche Organe. 1990;23(2):116-20.
Due to a want of oxygen in the breathing air there appears a change of the volume of muscle cells, of ion concentrations inside and outside the cells as well as disturbances the structure and membrane potential. These changes are connected with changes of the passive electrical properties of the muscle tissue. Measuring the electrical impedance of the muscle it is possible to diagnose alterations as shock and disorder of microcirculation in an easy way continuously. Investigations with rats show that a decrease of the oxygen content in the inspiration air effects characteristic changes in muscle impedance. These changes are reversible in normoxia.
由于呼吸空气中缺氧,肌肉细胞的体积、细胞内外离子浓度会发生变化,细胞结构和膜电位也会受到干扰。这些变化与肌肉组织的被动电学性质的改变有关。通过测量肌肉的电阻抗,可以简便、连续地诊断诸如休克和微循环紊乱等变化。对大鼠的研究表明,吸入空气中氧气含量的降低会导致肌肉阻抗发生特征性变化。在常氧条件下,这些变化是可逆的。