dialyzable

简明释义

英[/ˈdaɪəˌlaɪzəbl/]美[/ˈdaɪəˌlaɪzəbl/]

adj. 可透析的

英英释义

单词用法

同义词

反义词

例句

1.Vitamin c, methionine could increase dialyzable iron percentage in soy curd and in soy isolate protein respective - ly.

在分离大豆蛋白中添加蛋氨酸和在大豆腐中加维生素c，均可显著提高其可利用铁的含量。

2.Vitamin c, methionine could increase dialyzable iron percentage in soy curd and in soy isolate protein respective - ly.

在分离大豆蛋白中添加蛋氨酸和在大豆腐中加维生素c，均可显著提高其可利用铁的含量。

3.The patient's condition improved after the dialyzable substances were eliminated from their system.

在体内排除了可透析的物质后，患者的状况有所改善。

4.The effectiveness of dialysis can be influenced by whether the toxins are dialyzable.

透析的有效性可能受到毒素是否可透析的影响。

5.Some medications are dialyzable, which affects how they are prescribed to patients with kidney issues.

一些药物是可透析的，这影响了它们在肾脏问题患者中的处方方式。

6.In cases of overdose, physicians often check if the substance is dialyzable to determine treatment options.

在过量服用的情况下，医生通常会检查该物质是否可透析以确定治疗方案。

7.Certain toxins are dialyzable, meaning they can be removed from the blood through dialysis.

某些毒素是可透析的，意味着它们可以通过透析从血液中去除。

作文

In the field of medicine, particularly in nephrology, the term dialyzable refers to substances that can be removed from the blood through the process of dialysis. This is an important characteristic for understanding how various drugs and toxins interact with patients who have kidney failure. When kidneys are unable to filter waste products from the blood effectively, dialysis becomes a lifesaving procedure. The ability to identify whether a substance is dialyzable is crucial for healthcare providers when managing a patient's treatment plan. For instance, certain medications, like some antibiotics, are dialyzable, meaning that during dialysis, they can be efficiently cleared from the bloodstream. This has significant implications for dosing regimens. If a patient receives a dose of a dialyzable drug right before a dialysis session, the effectiveness of the medication may be compromised, as much of it will be removed from circulation. Therefore, doctors must carefully plan the timing of medication administration in relation to dialysis sessions. On the other hand, some substances are not dialyzable, which means they remain in the bloodstream even after dialysis. This can pose a challenge in cases of poisoning or overdose, where the goal is to eliminate harmful substances from the body. For example, heavy metals like lead are generally not dialyzable, necessitating alternative treatment approaches such as chelation therapy. Understanding which substances are dialyzable helps clinicians make informed decisions about treatment options and potential interventions. The concept of dialyzable substances also extends beyond pharmaceuticals. In cases of acute kidney injury or chronic kidney disease, the presence of certain metabolites in the blood can indicate the severity of the condition. Clinicians often monitor levels of dialyzable waste products, such as urea and creatinine, to assess kidney function. High levels of these substances suggest that the kidneys are not filtering blood effectively, prompting further investigation and intervention. Moreover, the research surrounding dialyzable substances continues to evolve. As scientists discover new compounds and their interactions with the human body, the classification of what is considered dialyzable may change. This ongoing research is critical for developing new treatments and improving existing ones for patients with renal issues. In conclusion, the term dialyzable plays a vital role in the medical field, particularly concerning kidney health and treatment strategies. It highlights the importance of understanding how different substances behave in the body, especially in patients undergoing dialysis. By recognizing which substances are dialyzable, healthcare professionals can optimize treatment plans, ensuring that patients receive the most effective care possible. As our knowledge of nephrology advances, so too will our understanding of dialyzable substances, ultimately leading to better outcomes for those affected by kidney disease.

在医学领域，特别是在肾脏病学中，术语dialyzable指的是可以通过透析过程从血液中去除的物质。这是理解各种药物和毒素如何与肾功能衰竭患者相互作用的重要特征。当肾脏无法有效过滤血液中的废物时，透析就成为了一种救命程序。识别一种物质是否为dialyzable对于医疗提供者在管理患者治疗计划时至关重要。例如，某些药物，如一些抗生素，是dialyzable的，这意味着在透析过程中，它们可以有效地从血液中清除。这对剂量方案有重要影响。如果患者在透析前接受了dialyzable药物的剂量，则药物的有效性可能会受到影响，因为它的大部分将被从循环中去除。因此，医生必须仔细计划药物给药时间与透析会话之间的关系。另一方面，一些物质不是dialyzable的，这意味着即使透析后它们仍然留在血液中。这在中毒或过量的情况下可能会构成挑战，其目标是从体内消除有害物质。例如，铅等重金属通常不是dialyzable的，因此需要替代治疗方法，例如螯合疗法。了解哪些物质是dialyzable的有助于临床医生做出明智的治疗选择和潜在干预。dialyzable物质的概念还超出了药物的范围。在急性肾损伤或慢性肾病的情况下，血液中某些代谢物的存在可以指示病情的严重程度。临床医生通常监测尿素和肌酐等dialyzable废物的水平，以评估肾功能。这些物质的高水平表明肾脏未能有效过滤血液，从而促使进一步的检查和干预。此外，围绕dialyzable物质的研究仍在不断发展。随着科学家发现新化合物及其与人体的相互作用，什么被认为是dialyzable的分类可能会发生变化。这项持续的研究对于开发新疗法和改善现有肾病患者的治疗至关重要。总之，术语dialyzable在医学领域，特别是在肾脏健康和治疗策略方面发挥着至关重要的作用。它突显了理解不同物质在体内行为的重要性，尤其是在接受透析的患者中。通过识别哪些物质是dialyzable的，医疗专业人员可以优化治疗计划，确保患者获得尽可能有效的护理。随着我们对肾脏病学的知识不断深化，我们对dialyzable物质的理解也将不断提高，最终为那些受肾病影响的人带来更好的结果。