n.血液动力学

The study of hemodynamics is crucial for understanding the circulation of blood in the human body.
研究血液动力学对于理解人体内血液的循环至关重要。
Hemodynamics plays a significant role in determining the efficiency of the cardiovascular system.
血液动力学在决定心血管系统效率方面起着重要作用。
By analyzing hemodynamics, we can identify potential problems in blood flow and pressure within vessels.
通过分析血液动力学，我们可以识别血管内部潜在的血流和压力问题。
A thorough knowledge of hemodynamics helps physicians diagnose and treat various circulatory disorders.
对血液动力学深入的理解有助于医生诊断和治疗各种循环系统疾病。
Hemodynamic monitoring is essential during surgery to ensure adequate blood supply to vital organs.
手术过程中进行血液动力学监测是确保重要器官获得充足血液供应的关键。
The patient's hemodynamics stabilized after receiving fluid resuscitation and vasopressor support.
经过液体复苏和血管加压药物支持后，患者的血液动力学状况稳定下来。
In patients with heart failure, altered hemodynamics often lead to pulmonary congestion.
在心力衰竭患者中，改变的血液动力学常导致肺部充血。
The new drug improved cardiac output and overall hemodynamics in patients with hypertension.
新药改善了高血压患者的每搏输出量和整体血液动力学。
Non-invasive hemodynamic assessment techniques have revolutionized the field of cardiology.
非侵入性血液动力学评估技术已经革新了心脏病学领域。
Understanding the principles of hemodynamics enables better management of critically ill patients in intensive care units.
理解血液动力学原理能更好地对重症监护室中的危重病患进行管理。