Moore L E, Neher E
J Membr Biol. 1976 Jun 30;27(4):347-62. doi: 10.1007/BF01869145.
Fluctuation and relaxation analyses were performed on monazomycin-induced conductance of lipid bilayer membranes. With both methods a slow (sec) and a fast (msec) current component are apparent; however, the amplitude of the slow, voltage-dependent process is greater than that of the fast component in the step relaxation experiment and less in the fluctuation experiment. The fluctuation analysis showed principally a rapid voltage-dependent process which appears to be related to the multistate character of the conducting channel. The experimental results are interpreted in terms of a simplified kinetic model which is used to calculate relaxation and noise amplitudes.
对莫那霉素诱导的脂质双分子层膜电导进行了涨落和弛豫分析。两种方法都显示出一个慢（秒级）电流成分和一个快（毫秒级）电流成分；然而，在阶跃弛豫实验中，慢的、电压依赖性过程的幅度大于快成分的幅度，而在涨落实验中则较小。涨落分析主要显示出一个快速的电压依赖性过程，这似乎与导电通道的多态特性有关。实验结果根据一个简化的动力学模型进行解释，该模型用于计算弛豫和噪声幅度。
