bioelectrical

bioelectrical的音标为[ˌbaɪoɪˈlektrɪkə]：

基本翻译：生物电的

速记技巧：bio（生物）+ electrical（电的）

注意：在英语音标中，/l/是齿龈边音，类似于汉语拼音中的“l”，/r/是软腭颤音，发音时舌尖轻轻向上送抵上颚，自由摆动。

Bioelectrical这个词的英文词源可以追溯到生物学和电学两个领域。它是由“bio”（生物）和“electrical”（电的）两个词根组成的。这个词最初被用来描述与生物体中的电现象相关的研究。

变化形式：bioelectrical（bio- + electrical）→ electrical bio（electrical + bio）

相关单词：

1. Electrocardiogram（心电图）：这是一个使用bioelectrical原理来检测心脏电活动的工具。它可以用来检测心脏疾病的严重程度。

2. Electroencephalogram（脑电图）：这是用来检测大脑活动的工具，它使用bioelectrical原理来检测大脑的电活动。

3. Electrodermal activity（皮肤电导活动）：这是指皮肤对电流的导电性，是人体内神经和内分泌活动的一种反映。

4. Electroretinogram（视网膜电图）：这是用来检测视网膜功能的工具，它使用bioelectrical原理来检测视网膜的电活动。

5. Bioelectricity（生物电）：这是一个更广泛的术语，用于描述生物体内存在的电现象，包括神经、肌肉和器官的电活动。

6. Biopotential（生物电位）：这是指生物体内存在的电位差，通常是由神经、肌肉和器官的电活动产生的。

7. Bipolar electrode（双极电极）：这是一种用于测量bioelectrical信号的电极，它有两个电极，可以同时检测到两个相反的电位。

8. Polarity switching（极性切换）：这是指生物电位从一个极性到另一个极性的转换，通常与神经和肌肉的活动有关。

9. Bioelectric therapy（生物电疗法）：这是一种治疗方法，使用bioelectrical信号来刺激和调节身体的生理功能。

10. Biofeedback（生物反馈）：这是一种治疗方法，通过bioelectrical信号来反馈身体状况，帮助患者自我调节和改善身体功能。

常用短语：

1. bioelectrical impedance

2. bioelectrical signal

3. bioelectrical measurement

4. bioelectrical activity

5. bioelectrical response

6. bioelectrical therapy

7. bioelectrical signal analysis

例句：

1. The bioelectrical impedance of the human body can be used to assess health status.

2. The bioelectrical signal from the brain can be used to diagnose neurological disorders.

3. Bioelectrical measurements can be used to monitor the progress of a patient"s recovery.

4. Bioelectrical activity in the muscles can indicate whether they are working effectively.

5. Bioelectrical therapy has been shown to be effective in treating chronic pain.

6. Bioelectrical signal analysis can help identify patterns in electrical activity that indicate disease risk.

英文小作文：

Bioelectrical signals are fascinating because they provide a window into the inner workings of the human body. These signals are generated by the electrical activity of cells and are transmitted through the body"s tissues and fluids. By studying these signals, we can gain insights into how the body functions and how it may be affected by diseases or injuries.

For example, bioelectrical impedance measurements can be used to assess general health status by measuring the electrical resistance of the body. These measurements can indicate whether there is fluid buildup in the lungs, heart, or kidneys, for example, or whether there is an infection or inflammation present in the body.

Bioelectrical signals can also be used to diagnose neurological disorders such as epilepsy or Parkinson"s disease. By monitoring electrical activity in the brain, doctors can identify patterns that indicate the onset of a seizure or other neurological symptoms.

Bioelectrical therapy, which uses electrical currents to stimulate the body"s natural healing processes, has been shown to be effective in treating chronic pain, muscle soreness, and other conditions. By applying low-level electrical currents to specific areas of the body, doctors can stimulate nerve endings and promote tissue repair and healing.

In conclusion, bioelectrical signals are an essential tool for understanding the inner workings of the human body and for developing effective treatments for a wide range of conditions.