复极化

After depolarization, the cardiac muscle cells return to their resting state through repolarization.
在去极化之后，心肌细胞通过复极化恢复到静息状态。
The neuron's membrane potential undergoes repolarization following an action potential.
神经元的膜电位在动作电位后经历复极化过程。
In the process of cellular respiration, repolarization of the cell membrane is crucial for maintaining homeostasis.
在细胞呼吸过程中，细胞膜的复极化对于保持稳态至关重要。
Repolarization of the skin after depolarization by a strong electric shock helps prevent further damage.
强电击导致的皮肤去极化后，复极化有助于防止进一步损伤。
After the spike, the neuron undergoes repolarization to prepare for another action potential.
在动作电位之后，神经元经历复极化以准备下一次的电活动。
In cardiac muscle cells, repolarization occurs simultaneously in all parts of the cell, ensuring efficient electrical conduction.
在心肌细胞中，所有部分同时进行复极化，确保电传导效率。
The end of an excitable cell's refractory period is marked by repolarization, allowing it to respond to new stimuli.
可兴奋细胞的不应期结束时伴随着复极化，使其能对新刺激作出反应。
Repolarization plays a vital role in the restoration of nerve cell function after an epileptic seizure.
复极化在癫痫发作后恢复神经细胞功能中起着关键作用。
Scientists study the mechanisms of repolarization in ion channels to better understand and treat cardiac arrhythmias.
科学家研究离子通道中的复极化机制，以便更好地理解和治疗心脏节律异常。
In neurons, repolarization is essential for transmitting signals accurately along the axon.
在神经元中，复极化对于沿轴突精确传递信号至关重要。