Hemodynamic example sentences

"Hemodynamic" Example Sentences

1. Hemodynamic stability is important to ensure patient safety during surgery.
2. The hemodynamic response to fluid therapy was monitored closely.
3. This medication can cause hemodynamic instability in some patients.
4. The hemodynamic changes seen in sepsis can be life-threatening.
5. Hemodynamic monitoring can provide valuable information in critical care settings.
6. The patient's hemodynamic parameters were within normal limits.
7. An increase in afterload can affect the hemodynamic profile of the heart.
8. Hemodynamic compromise can occur with certain types of heart disease.
9. Accurate hemodynamic measurements are essential for managing shock.
10. The hemodynamic effects of certain drugs can be unpredictable.
11. Pulmonary hypertension can lead to significant hemodynamic changes.
12. The use of hemodynamic support devices can improve outcomes in heart failure.
13. Hemodynamic perturbations can lead to organ dysfunction in critically ill patients.
14. Hemodynamic instability can occur during the induction of anesthesia.
15. The hemodynamic changes seen in hypovolemia can be corrected with fluid resuscitation.
16. Early recognition of hemodynamic instability is critical for improving survival in sepsis.
17. Hemodynamic monitoring may be necessary during certain imaging procedures.
18. Intraoperative hemodynamic changes can impact postoperative recovery.
19. Hemodynamic compromise can result from obstructive sleep apnea.
20. The hemodynamic response to exercise can be used to assess cardiovascular function.
21. Hemodynamic parameters can be affected by ventricular dysfunction.
22. Preeclampsia can cause significant hemodynamic changes during pregnancy.
23. Hemodynamic instability can be a complication of liver failure.
24. The use of vasopressors can improve hemodynamic stability in shock.
25. The hemodynamic effects of mechanical ventilation should be carefully monitored.
26. Hemodynamic parameters can be used to guide resuscitation efforts in trauma patients.
27. Hemodynamic changes can complicate the management of patients with renal failure.
28. Inotropic agents can improve hemodynamic function in heart failure.
29. The hemodynamic effects of certain medications can be dose-dependent.
30. Hemodynamic parameters can be useful in predicting outcomes in critically ill patients.

Common Phases

1. Monitoring hemodynamic parameters;
2. Evaluating hemodynamic function;
3. Improving hemodynamic stability;
4. Understanding hemodynamic changes;
5. Managing hemodynamic instability;
6. Measuring hemodynamic variables;
7. Maintaining hemodynamic balance;
8. Analyzing hemodynamic data;
9. Assessing hemodynamic status;
10. Optimizing hemodynamic performance.