antipyrine

简明释义

英[ˌæntiˈpaɪəriːn]美[ˌæntiˈpaɪrin]

n. [药] 安替比林（解热镇痛药）

英英释义

单词用法

同义词

反义词

例句

1.A method for rapid determination of volatile phenol in refinery wastewater has been developed based on the combination of 4 amino antipyrine coloring principle with flow injection technique.

基于4-氨基安替比林显色原理，采用流动注射技术，建立了炼油废水中挥发酚的快速测定方法。

2.This paper expounds the influence of the purity of 4-antipyrine on the measurement of volatile phenol contents in water.

文章阐述了用纯度高低不同的4—氨基安替比林测定水中挥发酚类含量的影响。

3.A method for rapid determination of volatile phenol in refinery wastewater has been developed based on the combination of 4 amino antipyrine coloring principle with flow injection technique.

基于4-氨基安替比林显色原理，采用流动注射技术，建立了炼油废水中挥发酚的快速测定方法。

4.In this paper, amidopyrine (p) and antipyrine (a) in the compound amidopyrine injection were determined by coefficient multiplication method.

本文用系数倍率法测定复方氨基比林注射液中氨基比林(p)和安替比林(A)的含量。

5.The chloroform solution of 4-Amino-antipyrine was used to measure the phenol in water by extraction and photometer. The method and the precision were discussed in this paper.

本文通过实验的方法，用三氯甲烷处理4- 氨基安替比林溶液，解决了用4-氨基安替比林测定挥发酚实验空白值高的问题，并确定了三氯甲烷最佳使用量。

6.Children often receive antipyrine in syrup form.

儿童通常以糖浆形式服用抗热药。

7.The pharmacist recommended antipyrine for my toothache.

药剂师推荐我使用抗热药来缓解牙痛。

8.The doctor prescribed antipyrine for my fever.

医生为我的发烧开了抗热药。

9.In some cases, antipyrine can be used to relieve pain.

在某些情况下，抗热药可以用于缓解疼痛。

10.After taking antipyrine, my headache subsided significantly.

服用抗热药后，我的头痛明显减轻。

作文

In the realm of medicine, there are numerous compounds that have been utilized for their therapeutic effects. One such compound is antipyrine, which has a significant history in the treatment of fever and pain. Originally synthesized in the late 19th century, antipyrine was widely used as an analgesic and antipyretic agent. Its name derives from the Greek words 'anti,' meaning against, and 'pyros,' meaning fire, which reflects its ability to combat fever. Over time, the use of antipyrine has diminished with the advent of newer medications, but its role in pharmacology remains noteworthy.The mechanism of action of antipyrine involves its influence on the hypothalamus, the part of the brain responsible for regulating body temperature. By acting on this area, antipyrine can effectively lower elevated body temperatures, making it a valuable drug in managing febrile conditions. It also works by inhibiting the production of prostaglandins, which are chemicals in the body that promote inflammation, pain, and fever. This dual action makes antipyrine an effective treatment for various conditions, including headaches, muscle aches, and other inflammatory disorders.Despite its efficacy, the use of antipyrine is not without risks. Like many medications, it can cause side effects, including allergic reactions, gastrointestinal disturbances, and potential interactions with other drugs. These factors have contributed to the decline in its popularity, as safer alternatives have become available. For instance, acetaminophen and non-steroidal anti-inflammatory drugs (NSAIDs) have largely replaced antipyrine in clinical practice due to their favorable safety profiles.Nevertheless, antipyrine still holds relevance in certain contexts. In some countries, it is used in specific formulations to treat ear infections or as a component in diagnostic tests to assess liver function. Additionally, its historical significance in the development of modern analgesics cannot be overlooked. Understanding the evolution of drugs like antipyrine provides insight into the progress of medical science and the ongoing quest for effective pain management solutions.In conclusion, antipyrine is a fascinating example of how pharmaceutical compounds can shape medical practices over time. While it may no longer be a first-line treatment option, its contributions to the field of medicine are undeniable. As we continue to explore new therapies and improve patient care, it is essential to remember the lessons learned from drugs like antipyrine. The journey of this compound illustrates the complexities of drug development, the importance of safety in medication use, and the continuous evolution of our understanding of pain and fever management.

在医学领域，有许多化合物因其治疗效果而被广泛应用。其中一个化合物是抗热痛药，它在治疗发热和疼痛方面有着重要的历史。抗热痛药最早是在19世纪末合成的，曾被广泛用作镇痛剂和退烧剂。其名称源于希腊词根“anti”，意为反对，以及“pyros”，意为火，这反映了它抵抗发热的能力。随着时间的推移，随着新药物的出现，抗热痛药的使用有所减少，但它在药理学中的作用仍然值得注意。抗热痛药的作用机制涉及其对下丘脑的影响，下丘脑是负责调节体温的大脑部分。通过作用于该区域，抗热痛药可以有效降低升高的体温，使其成为管理发热状态的有价值药物。它还通过抑制前列腺素的产生起作用，前列腺素是体内促进炎症、疼痛和发热的化学物质。这种双重作用使得抗热痛药成为治疗各种疾病的有效药物，包括头痛、肌肉疼痛和其他炎症性疾病。尽管其有效性，抗热痛药的使用并非没有风险。与许多药物一样，它可能导致副作用，包括过敏反应、胃肠道不适以及与其他药物的潜在相互作用。这些因素促成了其流行程度的下降，因为更安全的替代药物已变得可用。例如，乙酰氨基酚和非甾体抗炎药（NSAIDs）由于其良好的安全性，已在临床实践中大量取代了抗热痛药。尽管如此，抗热痛药在某些情况下仍然具有相关性。在一些国家，它被用于特定配方以治疗耳部感染或作为评估肝功能的诊断测试的组成部分。此外，它在现代镇痛药开发中的历史意义也不容忽视。了解像抗热痛药这样的药物的发展历程，可以为我们提供医疗科学进步的洞察，以及对有效疼痛管理解决方案的不断追求。总之，抗热痛药是制药化合物如何随着时间的推移塑造医学实践的一个有趣例子。虽然它可能不再是一线治疗选择，但它对医学领域的贡献是不可否认的。随着我们继续探索新的疗法和改善患者护理，重要的是要记住从像抗热痛药这样的药物中吸取的教训。这个化合物的旅程展示了药物开发的复杂性、药物使用安全性的重要性，以及我们对疼痛和发热管理理解的持续演变。