"Hemodynamics" Example Sentences
1. Hemodynamics play a crucial role in the cardiovascular system.
2. The study of hemodynamics enables us to understand blood flow and pressure in the body.
3. Certain conditions can alter hemodynamics and lead to health problems.
4. The heart pumps blood through the body, creating hemodynamic changes.
5. Hemodynamic monitoring is necessary in critically ill patients.
6. Cardiologists use hemodynamics to diagnose and treat heart diseases.
7. Hemodynamics can provide information about the function of the heart and blood vessels.
8. Changes in hemodynamics during exercise can indicate cardiovascular fitness.
9. Abnormal hemodynamics can lead to complications during surgery.
10. Understanding the hemodynamics of the liver can help diagnose liver diseases.
11. Hemodynamic changes can be observed during sleep and may impact overall health.
12. Hemodynamic instability can occur after a traumatic injury.
13. Hemodynamic changes during pregnancy are necessary for fetal growth.
14. Hemodynamic studies can help identify the cause of high blood pressure.
15. Cardiac output is a key hemodynamic parameter that measures the amount of blood pumped by the heart.
16. Lung hemodynamics can be used to assess pulmonary hypertension.
17. Hemodynamic parameters can be measured using invasive or non-invasive techniques.
18. Hemodynamic monitoring can guide fluid management in patients with sepsis.
19. Hemodynamic abnormalities can be caused by medication side effects.
20. Hemodynamic instability can lead to organ failure.
21. Hemodynamic changes can be monitored during anesthesia to ensure patient safety.
22. Understanding hemodynamics can help prevent heart failure.
23. Hemodynamic changes can occur in response to stress.
24. Hemodynamic monitoring is used in the intensive care unit to optimize patient care.
25. Hemodynamic parameters can provide insight into the progression of heart failure.
26. Hemodynamic monitoring is critical during cardiac surgery.
27. Shock is a condition characterized by hemodynamic instability.
28. Hemodynamic studies are used to evaluate the effectiveness of heart medications.
29. Hemodynamic alterations can occur in response to aging.
30. Hemodynamic changes can be used to predict patient outcomes after surgery.
Common Phases
1. Measuring
hemodynamics is a crucial aspect of patient care;
2. Changes in
hemodynamics can indicate numerous health issues;
3. Monitoring
hemodynamics helps manage fluid balance during surgery;
4.
Hemodynamics are impacted by numerous factors, including heart function and blood viscosity;
5. Understanding
hemodynamics is key in treating cardiovascular diseases;
6.
Hemodynamics are used to determine the effectiveness of treatments and medications;
7. Hemodynamic parameters can be used to guide resuscitation efforts in critical care settings.