oxygenator
简明释义
英[ˈɒksɪdʒəneɪtə(r)]美[ˈɑːksɪdʒəneɪtər]
n. [化学] 氧合器(一种由体外和氧于静脉血的医疗器械)
英英释义
A device that adds oxygen to the blood or other fluids, often used in medical settings such as during surgery or for patients with respiratory issues. | 一种将氧气添加到血液或其他液体中的设备,通常用于手术等医疗环境或呼吸系统有问题的患者。 |
单词用法
心肺旁路氧合器 | |
膜氧合器 | |
氧合器回路 | |
氧合器性能 |
同义词
反义词
脱氧器 | The deoxygenator is used to remove oxygen from the environment. | 脱氧器用于去除环境中的氧气。 | |
缺氧剂 | Hypoxic agents can simulate low oxygen conditions in experiments. | 缺氧剂可以在实验中模拟低氧条件。 |
例句
1.Objective To study whether autologous lung as oxygenator in cardiopulmonary bypass is better than the conventional cardiopulmonary bypass with artificial oxygenator in pulmonary preservation.
目的探讨采用自体肺代替人工氧合器的体外循环技术是否比常规体外循环对肺组织有更好的保护作用。
2.Objective To study whether autologous lung as oxygenator in cardiopulmonary bypass is better than the conventional cardiopulmonary bypass with artificial oxygenator in pulmonary preservation.
目的探讨采用自体肺代替人工氧合器的体外循环技术是否比常规体外循环对肺组织有更好的保护作用。
3.In this paper, an equation for the local blood-side Sherwood number is derived from the advancing front theory (AFT) for mass transfer of oxygen in a parallel plate membrane oxygenator.
以下用于计算平板膜式氧合器中氧传质系数的简单分析表达式。
4.Besides, we also support other equipments that are used for producing wort, such as malt mill machine, rice mill machine, thin plate cooler, wort oxygenator and draining gas system.
此外,还有麦芽粉碎机、大米粉碎机、薄板冷却器、麦汁充氧器、外排汽系统,用于啤酒生产过程中麦汁的制备。
5.The heat exchange system of this oxygenator had reached standard index, and reached statis-factory results in cooling and rewarming process in the patient with heavy body weight.
而且热交换系统达到了降复温标准系数,在高体重患者降复温过程效果满意。
6.His membrane oxygenator, which provided a way to add oxygen to blood as it passed through a machine, is still used in heart-lung machines during open heart surgery.
他发明的膜式氧合器,提供了一种将氧气添加到血液中的方法,至今仍应用于心内直视手术过程中使用的心肺机。
7.Objective to observe the preventive effect of early postoperative hypoxemia in aged patients with oxygenator by intravenous oxygen delivery.
目的探讨舒氧康静脉给氧对老年病人术后早期低氧血症的防治效果。
8.The conventional extracorporeal circuit, membrane oxygenator and fitting hard plastic shell venous reservoir was used in both groups.
两组均采用常规体外循环回路、膜肺式氧合器及与之配套的硬塑静脉贮血室。
9.Ventilator with PEEP, hormone therapy and extracorporeal membrane oxygenator were of benifit to the Patients.
体外膜肺和激素在治疗上有一定作用。
10.The surgeon used an oxygenator to ensure the patient's blood was properly oxygenated during the procedure.
外科医生使用了一个氧合器以确保患者的血液在手术过程中得到适当的氧合。
11.In cases of severe respiratory failure, an oxygenator can be a lifesaving device.
在严重呼吸衰竭的情况下,氧合器可以成为救命设备。
12.The heart-lung machine includes an oxygenator to maintain blood oxygen levels during surgery.
心肺机包括一个氧合器,以在手术期间维持血液中的氧气水平。
13.The oxygenator is crucial for patients undergoing complex cardiac procedures.
氧合器对于接受复杂心脏手术的患者至关重要。
14.During the experiment, we monitored the effectiveness of the oxygenator in providing adequate oxygen supply.
在实验中,我们监测了氧合器提供足够氧气供应的有效性。
作文
In the field of medicine, particularly in cardiothoracic surgery, the term oxygenator refers to a crucial device used during procedures such as heart surgeries. An oxygenator is designed to add oxygen to the blood and remove carbon dioxide, effectively mimicking the natural function of the lungs. This device is essential for patients who are undergoing surgery where the heart needs to be temporarily stopped, allowing surgeons to operate on it safely. Without an oxygenator, these complex procedures would not be possible, as the body requires a continuous supply of oxygenated blood to maintain organ function. The working principle of an oxygenator is quite fascinating. Blood from the patient is diverted from the heart into the oxygenator, where it passes through a series of membranes or chambers. In these chambers, oxygen is infused into the blood while carbon dioxide is removed. The oxygen-rich blood is then returned to the patient's body, ensuring that vital organs continue to receive the necessary oxygen even when the heart is not pumping. One of the most significant advancements in medical technology has been the development of more efficient and compact oxygenators. Older models were bulky and had a higher risk of complications, such as blood clotting. Modern oxygenators have improved designs that reduce these risks and enhance patient outcomes. For instance, some newer models utilize surface coatings that minimize blood damage and optimize gas exchange. This innovation has significantly decreased the duration of surgeries and improved recovery times for patients. Furthermore, the role of an oxygenator extends beyond just surgical procedures. In recent years, researchers have explored its use in other areas such as extracorporeal membrane oxygenation (ECMO), which is a life-support technique used for patients with severe respiratory or cardiac failure. In ECMO, the oxygenator plays a vital role in oxygenating the blood outside the body, providing critical support until the patient's condition stabilizes or improves. The importance of the oxygenator cannot be overstated. It has revolutionized the way we approach complex surgeries and critical care. Medical professionals rely heavily on this technology to ensure that patients remain stable during high-risk procedures. The success of heart transplants and other intricate surgeries can often be attributed to the reliability of the oxygenator. In conclusion, the oxygenator is a remarkable invention that has transformed modern medicine. Its ability to provide oxygen to the blood during surgical procedures and critical care situations is invaluable. As technology continues to advance, we can expect further improvements in oxygenator design and functionality, ultimately leading to better patient care and outcomes. Understanding the significance of the oxygenator helps us appreciate the intricate workings of medical devices that save lives every day.
在医学领域,特别是心胸外科中,术语oxygenator指的是在心脏手术等程序中使用的关键设备。oxygenator旨在向血液中添加氧气并去除二氧化碳,有效地模拟肺部的自然功能。这个设备对于正在接受手术的患者至关重要,因为在这些手术中,心脏需要暂时停止,以便外科医生安全地进行手术。如果没有oxygenator,这些复杂的程序将无法进行,因为身体需要不断供应含氧的血液以维持器官功能。 oxygenator的工作原理非常令人着迷。患者的血液从心脏引导到oxygenator中,在那里,它通过一系列膜或腔室流动。在这些腔室中,氧气被注入到血液中,同时二氧化碳被去除。富含氧气的血液随后被送回患者的身体,确保在心脏未能泵送时,重要器官继续获得所需的氧气。 医学技术中最重要的进步之一是更高效和紧凑的oxygenator的发展。旧款模型体积庞大,且并发症风险较高,例如血栓形成。现代oxygenator具有改进的设计,可以降低这些风险并提高患者的预后。例如,一些新型模型采用表面涂层,最大限度减少血液损伤并优化气体交换。这一创新显著缩短了手术时间并改善了患者的恢复时间。 此外,oxygenator的作用不仅限于外科手术。近年来,研究人员探索了它在体外膜氧合(ECMO)中的应用,这是一种用于严重呼吸或心脏衰竭患者的生命支持技术。在ECMO中,oxygenator在体外为血液提供氧气,提供关键支持,直到患者的状况稳定或改善。 oxygenator的重要性不容小觑。它彻底改变了我们对复杂手术和危重护理的处理方式。医疗专业人员在高风险手术过程中高度依赖这一技术,以确保患者保持稳定。心脏移植和其他复杂手术的成功往往归功于oxygenator的可靠性。 总之,oxygenator是一项卓越的发明,改变了现代医学。它在外科手术和危重护理情况下为血液提供氧气的能力是无价的。随着技术的不断进步,我们可以期待oxygenator设计和功能的进一步改进,最终导致更好的患者护理和结果。了解oxygenator的重要性有助于我们欣赏每天拯救生命的医疗设备的复杂运作。
文章标题:oxygenator的意思是什么
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