n.电生理学；电生理现象

Electrophysiology studies the generation, transmission, and modulation of electrical signals in living organisms, particularly neurons and muscle cells.
In electrocardiography (ECG), electrophysiologists analyze the electrical activity of the heart to diagnose heart conditions.
The field of neurophysiology focuses on understanding how neurons communicate with each other through electrical impulses.
An electrophysiologist conducts experiments using electrodes to measure and record voltage changes in cells or tissues.
Ablation studies in electrophysiology involve temporarily disrupting specific electrical activity to treat certain medical conditions.
The spike train analysis is a technique used in electrophysiology to study the timing and frequency of neuronal action potentials.
Transcranial Magnetic Stimulation (TMS) is a non-invasive method used by electrophysiologists to investigate brain function.
In vitro electrophysiology experiments are often performed on isolated cells or tissue slices to study their electrical properties.
The development of electrophysiological sensors has advanced our ability to monitor and diagnose physiological functions in real-time.
The study of EEG (Electroencephalography) in sleep research involves analyzing electrophysiological data to understand brain activity during different sleep stages.
电生理学研究生物体（特别是神经元和肌肉细胞）中电活动的发生、传递和调节。
心电图（ECG）是电生理学家分析心脏电活动以诊断心脏病的一种方法。
神经电生理学关注的是神经元通过电信号相互交流的过程。
电生理学家使用电极来测量并记录细胞或组织中的电压变化进行实验。
在电生理学的消融研究中，会暂时中断特定的电活动来治疗某些疾病。
动作电位序列分析是电生理学中用来研究神经元动作电位的时间和频率的手段。
脑磁刺激（TMS）是非侵入性的方法，电生理学家用它来探究大脑功能。
在体外电生理学实验中，通常在离体细胞或组织切片上进行，以研究它们的电特性。
电生理学传感器的发展增强了我们实时监测和诊断生理功能的能力。
在睡眠研究中，通过分析脑电图（EEG）数据，可以理解不同睡眠阶段的大脑活动。