tetanize

简明释义

[ˈtetəˌnaɪz][ˈtetəˌnaɪz]

vt. 使……强直;引起强直性痉挛

第 三 人 称 单 数 t e t a n i z e s

现 在 分 词 t e t a n i z i n g

过 去 式 t e t a n i z e d

过 去 分 词 t e t a n i z e d

英英释义

To induce tetanus or a state of sustained muscular contraction, often through stimulation of the nerves.

诱发破伤风或持续的肌肉收缩状态,通常通过神经刺激。

单词用法

to tetanize a muscle

使一块肌肉痉挛

tetanize the nervous system

使神经系统痉挛

tetanize through stimulation

通过刺激使痉挛

tetanize with electrical impulses

用电流使之痉挛

同义词

spasm

痉挛

The muscle began to spasm uncontrollably.

肌肉开始不受控制地痉挛。

constrict

收缩

The body can constrict blood vessels in response to cold.

身体可以在寒冷的情况下收缩血管。

contract

收缩

During intense exercise, the muscles may contract rapidly.

在剧烈运动中,肌肉可能会快速收缩。

反义词

relax

放松

After a long day, I like to relax with a good book.

经过漫长的一天,我喜欢通过一本好书来放松自己。

decontract

解紧

It's important to decontract your muscles after exercising.

锻炼后放松肌肉是很重要的。

例句

1.The effects of the drug can tetanize the muscle fibers, making movement difficult.

这种药物的效果可能会使肌肉纤维痉挛,使运动变得困难。

2.The doctor explained that certain toxins can tetanize the muscles, causing severe spasms.

医生解释说,某些毒素可以使肌肉痉挛,导致严重的抽搐。

3.In some cases, an infection can tetanize the nervous system, leading to paralysis.

在某些情况下,感染可能会使神经系统失去功能,导致瘫痪。

4.The scientist studied how certain bacteria tetanize the host's muscles.

科学家研究了某些细菌如何使宿主的肌肉痉挛

5.When exposed to the toxin, the body may begin to tetanize uncontrollably.

当暴露于毒素时,身体可能会开始不受控制地痉挛

作文

The human body is a complex and intricate system, capable of performing a myriad of functions that are essential for survival. Among the various physiological processes, the ability of muscles to contract and relax plays a crucial role in our daily activities. However, there are certain conditions that can disrupt this delicate balance. One such condition is when muscles become excessively contracted or rigid, a phenomenon known as tetanization (强直). This occurs when the muscle fibers are stimulated continuously without any relaxation phase, leading to a sustained contraction that can be both painful and debilitating.To understand how tetanization (强直) affects our bodies, it is essential to explore its underlying mechanisms. The process begins with the stimulation of motor neurons, which release neurotransmitters that signal muscle fibers to contract. Under normal circumstances, these signals are intermittent, allowing muscles to relax between contractions. However, in cases of tetanization (强直), the frequency of stimulation increases significantly, resulting in a continuous contraction of the muscle. This can occur due to various factors, including neurological disorders, certain toxins, or even intense physical exertion.The implications of tetanization (强直) can be severe. For individuals experiencing this condition, everyday tasks can become extraordinarily challenging. Simple actions such as walking, lifting objects, or even sitting can lead to discomfort and pain. Moreover, prolonged tetanization (强直) can result in muscle fatigue and damage, further complicating recovery efforts. It is not uncommon for individuals affected by this condition to seek medical intervention to alleviate their symptoms and restore normal muscle function.Treatment for tetanization (强直) typically involves a multifaceted approach. Physical therapy is often recommended to help strengthen surrounding muscles and improve flexibility. In some instances, medications may be prescribed to manage pain and reduce muscle spasms. Additionally, addressing the underlying cause of tetanization (强直) is crucial for effective treatment. For instance, if the condition stems from a neurological disorder, targeted therapies may be necessary to manage the overall health of the nervous system.In conclusion, tetanization (强直) is a significant physiological phenomenon that can have profound effects on an individual's quality of life. Understanding the mechanisms behind this condition and its potential causes is essential for developing effective treatment strategies. As we continue to explore the complexities of the human body, it becomes increasingly clear that maintaining the delicate balance between muscle contraction and relaxation is vital for optimal health and well-being.