dialyser

简明释义

英[/ˈdaɪəˌlaɪzər/]美[/ˈdaɪəˌlaɪzər/]

n. （英）渗析膜；透析器（等于 dialyzer）

英英释义

单词用法

同义词

反义词

例句

1.To study a new method in non-heparin dialysis, which could improve the dialysis effect and reduce the incidence of coagulation in dialyser.

目的探索一种无肝素透析的新方法，以改善无肝素透析的效果和降低透析器凝血发生率。

2.Indeed, at a recent demonstration in London, one patient was able to dance while wearing the dialyser-for joy, presumably, at no longer having to go to hospital so often.

事实上，在近期于伦敦进行的一次展示活动中，一位患者能戴着透析机起舞——这估计是缘于不必继续如此频繁前往医院所带来的快乐吧。

3.The present invention relates to the technology field of dialyser (artificial kidney).

透析器复用装置，本发明涉及透析器（人工肾）技术领域。

4.A traditional dialyser USES around 120 litres of water to clean an individual's blood.

传统的透析方法要用将近120升水来清除一个人的血液。

5.This paper describes dialyser and the methods of improving bio-compatibility of dialyser.

本文就主要对血液透析器以及改善其生物相容性的方法进行论述。

6.This article introduces the principles, composition and main functions of an automatic dialyser reuse device by microcomputer.

介绍采用单片机控制的自动透析器复用机的工作原理，仪器构成及主要功能。

7.This automatic dialyser reuse operation devices is able to replace the manual operation completely and enhances the reuse operation performance.

该复用机完全实现了代替人工劳动对透析器的处理，提高了功效。

8.Indeed, at a recent demonstration in London, one patient was able to dance while wearing the dialyser-for joy, presumably, at no longer having to go to hospital so often.

事实上，在近期于伦敦进行的一次展示活动中，一位患者能戴着透析机起舞——这估计是缘于不必继续如此频繁前往医院所带来的快乐吧。

9.The nurse prepared the dialyser 透析器 before starting the dialysis session.

护士在开始透析会话之前准备了dialyser 透析器。

10.Patients undergoing kidney treatment rely on a dialyser 透析器 for filtering their blood.

接受肾脏治疗的患者依赖dialyser 透析器来过滤他们的血液。

11.A malfunctioning dialyser 透析器 can lead to serious health issues.

故障的dialyser 透析器可能导致严重的健康问题。

12.Regular maintenance of the dialyser 透析器 is crucial for effective treatment.

定期维护dialyser 透析器对有效治疗至关重要。

13.The doctor explained how the dialyser 透析器 works during the treatment.

医生在治疗期间解释了dialyser 透析器的工作原理。

作文

The human body is a complex system that requires proper functioning of all its organs to maintain health. One of the critical functions in our body is the regulation of waste products and excess fluids, which is primarily managed by the kidneys. However, there are instances when the kidneys fail to perform their duties effectively, leading to a condition known as renal failure. In such cases, medical intervention becomes necessary, and one of the most effective treatments available is dialysis. A crucial component of this treatment is the dialyser, which plays a vital role in filtering blood. The dialyser (透析器) acts as an artificial kidney, removing toxins and excess fluids from the bloodstream when the kidneys cannot do so. Dialysis is a procedure that mimics the natural function of healthy kidneys. During this process, blood is drawn from the patient and passed through the dialyser. Inside the dialyser, there are semi-permeable membranes that allow certain substances to pass through while blocking others. This selective filtration process is essential for maintaining the body's chemical balance. Waste products like urea and creatinine, which accumulate in the blood due to kidney dysfunction, are effectively removed by the dialyser. Furthermore, electrolytes such as potassium and sodium can also be regulated through this mechanism, ensuring that the patient's body remains stable.The design of the dialyser has evolved significantly over the years. Modern dialysers are made with advanced materials that enhance their efficiency and biocompatibility. They are designed to maximize the surface area available for filtration while minimizing the risk of clotting and other complications. The development of high-flux dialysers has allowed for the removal of larger molecules and improved overall treatment outcomes. As a result, patients who undergo dialysis can experience a better quality of life even in the face of chronic kidney disease.In addition to its physical attributes, the dialyser also represents a significant advancement in medical technology. It symbolizes the progress we have made in understanding kidney function and developing treatments that can substitute for organ failure. For many patients, the dialyser is not just a medical device; it is a lifeline that allows them to continue living despite their health challenges. It enables them to engage in daily activities, pursue careers, and maintain relationships, all while managing their condition.Despite the benefits that dialysers provide, it is important to recognize that they are not a cure for kidney disease. Patients undergoing dialysis must adhere to strict dietary guidelines and may still require medications to manage their health. Additionally, the emotional and psychological impact of living with chronic kidney disease can be significant, and support systems are essential for helping patients cope with their situation. In conclusion, the dialyser is a remarkable invention that has transformed the way we treat kidney failure. It serves as an artificial replacement for the kidneys, filtering blood and removing waste products. While it does not cure kidney disease, it provides patients with a means to manage their condition and improve their quality of life. As technology continues to advance, we can hope for even more effective treatments that will enhance the capabilities of the dialyser and offer hope to those suffering from renal failure.

人体是一个复杂的系统，要求所有器官正常运作以维持健康。我们体内的一个关键功能是调节废物和多余液体，这主要由肾脏来管理。然而，在某些情况下，肾脏未能有效履行其职责，导致肾功能衰竭。在这种情况下，医疗干预变得必要，而可用的最有效治疗之一是透析。此治疗的一个关键组成部分是dialyser，它在过滤血液中发挥着至关重要的作用。dialyser（透析器）充当人工肾脏，当肾脏无法执行其功能时，从血液中去除毒素和多余液体。透析是一种模仿健康肾脏自然功能的过程。在此过程中，患者的血液被抽取并通过dialyser。在dialyser内部，有半透膜允许某些物质通过，同时阻止其他物质。这种选择性过滤过程对维持身体的化学平衡至关重要。由于肾功能障碍而在血液中积累的废物，如尿素和肌酐，都会被dialyser有效去除。此外，通过这种机制，还可以调节钾和钠等电解质，确保患者的身体保持稳定。dialyser的设计在过去几年中发生了显著变化。现代dialyser采用先进材料制成，提高了其效率和生物相容性。它们的设计旨在最大化可用于过滤的表面积，同时最小化血栓形成和其他并发症的风险。高通量dialyser的发展使得能够去除较大分子，并改善整体治疗效果。因此，接受透析的患者即使面临慢性肾病，也能体验到更好的生活质量。除了其物理属性外，dialyser还代表了医学技术的一项重大进步。它象征着我们在理解肾功能和开发替代器官功能的治疗方面所取得的进展。对于许多患者来说，dialyser不仅仅是一个医疗设备；它是一个生命线，使他们能够继续生活，尽管面临健康挑战。它使他们能够参与日常活动，追求事业，并维护人际关系，同时管理他们的病情。尽管dialyser提供了诸多好处，但必须认识到它并不能治愈肾病。接受透析的患者必须遵循严格的饮食指南，仍然可能需要药物来管理他们的健康。此外，生活在慢性肾病中的情感和心理影响可能是显著的，支持系统对于帮助患者应对他们的情况至关重要。总之，dialyser是一项了不起的发明，改变了我们治疗肾衰竭的方式。它作为肾脏的人工替代品，过滤血液并去除废物。虽然它不能治愈肾病，但它为患者提供了一种管理病情和改善生活质量的方法。随着技术的不断进步，我们可以期待更有效的治疗，将增强dialyser的能力，并为那些遭受肾衰竭的人带来希望。