100 Examples of sentences containing the common noun "hypervolemia"

Definition

Hypervolemia is a medical condition characterized by an excess of blood volume in the body. It can lead to increased blood pressure and may cause various health complications. Hypervolemia is often a result of excessive fluid intake, renal failure, or certain medical treatments.

Synonyms

• Fluid overload
• Volume overload
• Hyperhydration
• Edema (in specific contexts)

Antonyms

• Hypovolemia
• Dehydration
• Volume depletion

Examples

1. Patients with heart failure often hypervolemia due to fluid retention.
2. The doctor diagnosed her with hypervolemia after reviewing her symptoms.
3. Diuretics are commonly prescribed to help manage hypervolemia.
4. Hypervolemia can lead to complications such as pulmonary edema.
5. Monitoring fluid intake is essential to prevent hypervolemia.
6. The nurse noted signs of hypervolemia during the patient's assessment.
7. Hypervolemia can occur in individuals receiving intravenous fluids.
8. Doctors must differentiate between hypervolemia and other conditions.
9. A patient with hypervolemia may experience swelling in the extremities.
10. The treatment plan was adjusted to address the hypervolemia issue.
11. Hypervolemia can be detected through blood tests and imaging studies.
12. Elderly patients are at higher risk for hypervolemia due to kidney function decline.
13. The effects of hypervolemia can be serious if left untreated.
14. Patients on steroids may experience hypervolemia as a side effect.
15. Hypervolemia can exacerbate existing cardiovascular issues.
16. Fluid restrictions are often recommended to manage hypervolemia.
17. Hypervolemia is a common concern in patients undergoing dialysis.
18. The underlying cause of hypervolemia must be identified for effective treatment.
19. Health education about fluid intake can help prevent hypervolemia.
20. A sudden increase in weight might indicate hypervolemia.
21. Hypervolemia can lead to increased workload on the heart.
22. The clinical signs of hypervolemia include hypertension and tachycardia.
23. Hypervolemia management requires a multidisciplinary approach.
24. Surgical patients are monitored closely for signs of hypervolemia.
25. The patient was treated for hypervolemia after the surgery.
26. Hypervolemia can be a result of excessive sodium intake.
27. The doctor explained how hypervolemia affects kidney function.
28. Hypervolemia can complicate the management of chronic diseases.
29. Patients should report symptoms of hypervolemia to their healthcare provider.
30. The research study examined the effects of hypervolemia on recovery times.
31. Hypervolemia can be asymptomatic in its early stages.
32. The team developed a protocol for assessing hypervolemia in patients.
33. Hypervolemia can lead to decreased oxygen delivery to tissues.
34. The patient’s medication was adjusted to address her hypervolemia.
35. An ultrasound may reveal signs of hypervolemia in the abdomen.
36. Hypervolemia is often managed with lifestyle modifications.
37. The medical staff was trained to recognize hypervolemia quickly.
38. Hypervolemia may require hospitalization for severe cases.
39. The use of diuretics can effectively treat hypervolemia.
40. Hypervolemia is more prevalent in patients with renal impairment.
41. The clinic specializes in diagnosing and treating hypervolemia.
42. Hypervolemia can affect electrolyte balance in the body.
43. The patient developed hypervolemia post-operatively.
44. Regular check-ups can help monitor the risk of hypervolemia.
45. Hypervolemia may cause headache and dizziness in some patients.
46. The healthcare provider discussed the prevention of hypervolemia with the patient.
47. Hypervolemia can be caused by certain medications like NSAIDs.
48. The patient was advised to limit fluid intake to prevent hypervolemia.
49. Hypervolemia can be documented in the patient's medical records.
50. The medical conference included a session on hypervolemia management.
51. Understanding hypervolemia is crucial for treating heart conditions.
52. The metabolic impact of hypervolemia was analyzed in the study.
53. Frequent urination can be a response to hypervolemia treatment.
54. Hypervolemia can complicate the clinical picture of a patient.
55. The team reviewed case studies on hypervolemia.
56. Hypervolemia may require adjustments in daily medication.
57. The symptoms of hypervolemia were misdiagnosed initially.
58. Early intervention can prevent complications from hypervolemia.
59. The medical team was vigilant about signs of hypervolemia.
60. Hypervolemia can increase the risk of stroke in vulnerable populations.
61. The patient's hypervolemia resolved after fluid restrictions were implemented.
62. Hypervolemia is commonly associated with heart failure exacerbations.
63. The study focused on the prevalence of hypervolemia in the elderly.
64. Hypervolemia can be mistaken for other medical conditions.
65. The doctor explained how to recognize early signs of hypervolemia.
66. The patient's weight gain indicated possible hypervolemia.
67. Hypervolemia might require a referral to a specialist.
68. The effects of hypervolemia on blood pressure were discussed.
69. Hypervolemia can occur quickly in certain medical emergencies.
70. The nurse was trained to assess for hypervolemia during rounds.
71. Hypervolemia can influence a patient's overall prognosis.
72. The risk factors for hypervolemia were outlined in the lecture.
73. The patient was educated on the dangers of hypervolemia.
74. Hypervolemia can lead to respiratory issues in severe cases.
75. The clinical pathway included protocols for hypervolemia management.
76. The patient's symptoms suggested hypervolemia rather than dehydration.
77. Hypervolemia management requires careful monitoring of fluid balance.
78. The role of nutrition in preventing hypervolemia was highlighted.
79. Hypervolemia can exacerbate chronic respiratory conditions.
80. The treatment for hypervolemia was discussed in the care team meeting.
81. The patient was found to have hypervolemia after the evaluation.
82. Hypervolemia can be a side effect of certain medical treatments.
83. Clinical trials are ongoing to explore new treatments for hypervolemia.
84. The patient's history revealed a tendency towards hypervolemia.
85. Hypervolemia can sometimes lead to kidney dysfunction.
86. The healthcare provider monitored the patient closely for signs of hypervolemia.
87. Hypervolemia might require a change in diet to manage effectively.
88. Research into hypervolemia has advanced significantly in recent years.
89. The patient was treated for hypervolemia after fluid overload was confirmed.
90. Hypervolemia can be detected through a thorough physical examination.
91. The effects of hypervolemia on cardiovascular health were discussed at the seminar.
92. The clinical guidelines for hypervolemia treatment were updated.
93. A history of hypervolemia may indicate a need for further investigation.
94. Hypervolemia was identified as a contributing factor to the patient's condition.
95. The nurse documented the patient's hypervolemia in the chart.
96. The importance of managing hypervolemia in post-operative care cannot be overstated.
97. The patient was advised to monitor for signs of hypervolemia at home.
98. The role of the kidney in regulating hypervolemia was explained.
99. Hypervolemia can lead to increased risk of complications during surgery.
100. The hospital implemented new protocols for assessing hypervolemia in patients.