n.生物电（流）

Bioelectricity is the flow of electrical current generated by living organisms, particularly through their cells.
生物电是生物体，特别是细胞产生的电流流动。
The study of bioelectricity involves analyzing the electrical signals that transmit information within the nervous system.
生物电学研究涉及分析在神经系统中传递信息的电脉冲。
Nerve impulses in our bodies are examples of bioelectricity, as they involve the movement of ions across cell membranes.
我们体内神经冲动就是生物电的例子，因为它们涉及到离子在细胞膜之间的移动。
Electroencephalography (EEG) is a diagnostic tool that measures bioelectricity from the brain to detect abnormalities.
脑电图（EEG）是一种诊断工具，用于测量大脑的生物电信号以检测异常。
Bioelectricity can be harnessed for medical applications, such as in pacemakers or prosthetic limbs that respond to nerve signals.
生物电能被用于医疗用途，比如植入式心脏起搏器或能响应神经信号的假肢。
Scientists have discovered that some bacteria generate electricity through a process called bacterial fuel cells, which relies on bioelectricity.
科学家发现某些细菌通过称为细菌燃料电池的过程产生电能，这依赖于生物电。
The phenomenon of muscle twitching during sleep is often explained by the release of bioelectricity in the muscles.
睡眠时肌肉抽搐的现象通常归因于肌肉中释放的生物电。
In plants, bioelectricity plays a role in processes like photosynthesis and plant responses to environmental stimuli.
在植物中，生物电参与光合作用和植物对环境刺激的反应等过程。
Bioelectronic implants, combining biological and electronic systems, promise to revolutionize medicine with new ways to treat diseases and injuries.
生物电子植入物结合生物和电子系统，有望革新医学，以新的方式治疗疾病和伤害。
The study of bioelectricity can provide insights into how organisms communicate, sense their environment, and even potentially contribute to energy production.
研究生物电可以帮助我们理解生物体如何交流、感知环境，甚至可能有助于能源的生产。