100 Examples of sentences containing the common noun "hyperosmolarity"

Definition

Hyperosmolarity refers to a condition characterized by an elevated osmolarity in the body fluids, often resulting from an excessive concentration of solutes such as glucose or electrolytes. It is commonly associated with hyperosmolar hyperglycemic state (HHS) in individuals with diabetes, where the osmotic pressure of the blood increases, leading to dehydration and potential complications.

Synonyms

• Hyperosmotic state
• Hyperosmolar state
• Increased osmolarity

Antonyms

• Hypoosmolarity
• Isosmolarity
• Normosmolarity

Examples

1. The patient exhibited signs of hyperosmolarity after extensive dehydration.
2. Hyperosmolarity can lead to serious health complications if not addressed promptly.
3. Doctors often monitor blood levels to assess for hyperosmolarity in diabetic patients.
4. The lab results confirmed hyperosmolarity, necessitating immediate intervention.
5. Patients with hyperosmolarity may require intravenous fluids to restore balance.
6. The symptoms of hyperosmolarity include confusion and lethargy.
7. Hyperosmolarity can result from uncontrolled diabetes.
8. The treatment for hyperosmolarity involves careful rehydration.
9. Understanding hyperosmolarity is crucial for managing diabetes effectively.
10. The endocrinologist explained how hyperosmolarity affects kidney function.
11. In cases of hyperosmolarity, electrolyte imbalances are common.
12. The effects of hyperosmolarity can vary between individuals.
13. Early detection of hyperosmolarity can prevent severe complications.
14. The presence of hyperosmolarity in the blood indicates a need for urgent care.
15. Hyperosmolarity can be a life-threatening condition if left untreated.
16. The nursing staff was trained to recognize signs of hyperosmolarity.
17. A high serum osmolarity reading suggests hyperosmolarity in the patient.
18. Patients with chronic conditions are at greater risk for hyperosmolarity.
19. The physician recommended hydration strategies to combat hyperosmolarity.
20. Hyperosmolarity may require the use of specific medications to manage.
21. The research focused on the long-term effects of hyperosmolarity on health.
22. Monitoring for hyperosmolarity is essential in critical care settings.
23. Hyperosmolarity can lead to a variety of neurological symptoms.
24. The medical team discussed the implications of hyperosmolarity on recovery.
25. A rapid increase in blood sugar can lead to hyperosmolarity.
26. The patient was diagnosed with hyperosmolarity after presenting with extreme thirst.
27. Hyperosmolarity can complicate the management of acute illnesses.
28. The lab technician measured osmolarity to assess for hyperosmolarity.
29. Hyperosmolarity is often associated with dehydration and electrolyte loss.
30. The effects of hyperosmolarity on the brain can be severe.
31. The doctor explained that hyperosmolarity might require hospitalization.
32. Recognizing symptoms of hyperosmolarity can save lives.
33. The consequences of untreated hyperosmolarity can be dire.
34. Hyperosmolarity increases the risk of stroke in patients with diabetes.
35. The patient's condition improved after addressing hyperosmolarity.
36. The clinic frequently treats cases of hyperosmolarity.
37. Hyperosmolarity can result from high protein intake in some cases.
38. The health team developed a protocol for managing hyperosmolarity.
39. Hyperosmolarity can cause significant stress on the cardiovascular system.
40. The nurse noted changes in the patient's status that indicated hyperosmolarity.
41. The research article highlighted the prevalence of hyperosmolarity in older adults.
42. Hyperosmolarity can lead to renal failure if not managed appropriately.
43. The dietitian provided guidelines to prevent hyperosmolarity.
44. Understanding the mechanisms of hyperosmolarity is vital for treatment.
45. Hyperosmolarity often requires adjustments in medication regimens.
46. The endocrinologist emphasized the importance of monitoring for hyperosmolarity.
47. The patient was stabilized after addressing the hyperosmolarity.
48. Hyperosmolarity can cause visual disturbances due to fluid shifts.
49. The complications of hyperosmolarity can be life-threatening.
50. The medical staff was alerted to the signs of hyperosmolarity.
51. The clinic is equipped to handle emergencies related to hyperosmolarity.
52. Hyperosmolarity often requires a multidisciplinary approach to treatment.
53. Patients with hyperosmolarity may experience rapid weight loss.
54. The neurologist assessed the patient for symptoms of hyperosmolarity.
55. Hyperosmolarity can exacerbate existing health conditions.
56. The patient's lab results indicated severe hyperosmolarity.
57. Hyperosmolarity can lead to the development of diabetic ketoacidosis.
58. Education on hyperosmolarity is crucial for diabetes management.
59. The physician addressed the potential risks of hyperosmolarity.
60. The healthcare team monitored the patient's response to treatment for hyperosmolarity.
61. A high osmolar gap can indicate hyperosmolarity.
62. The patient was discharged after resolving the hyperosmolarity.
63. Hyperosmolarity requires careful fluid management.
64. The seminar focused on the latest findings regarding hyperosmolarity.
65. The emergency room treated several cases of hyperosmolarity last night.
66. Hyperosmolarity can lead to impaired consciousness.
67. The physician recommended regular check-ups to monitor for hyperosmolarity.
68. The symptoms of hyperosmolarity can mimic other conditions.
69. The patient’s history included multiple episodes of hyperosmolarity.
70. Hyperosmolarity is a critical concern in emergency medicine.
71. The research indicated a correlation between diet and hyperosmolarity.
72. The medical community is increasingly aware of hyperosmolarity issues.
73. Hyperosmolarity can result from excessive salt intake.
74. The rapid identification of hyperosmolarity was crucial for the patient’s outcome.
75. The doctor explained how hyperosmolarity affects fluid balance in the body.
76. The patient's recovery was complicated by a history of hyperosmolarity.
77. Hyperosmolarity can precipitate acute kidney injury.
78. The educational program included information on recognizing hyperosmolarity.
79. The lab's findings supported the diagnosis of hyperosmolarity.
80. Hyperosmolarity is often a result of inadequate hydration.
81. The doctor advised lifestyle changes to prevent hyperosmolarity.
82. Hyperosmolarity can lead to chronic health issues if not managed.
83. The case study highlighted the challenges of treating hyperosmolarity.
84. Hyperosmolarity can lead to neurological complications if severe.
85. The medical staff was trained to handle emergencies related to hyperosmolarity.
86. The correlation between dehydration and hyperosmolarity was evident.
87. The treatment plan was adjusted based on the patient's hyperosmolarity levels.
88. Hyperosmolarity can cause complications during surgery.
89. The health consequences of hyperosmolarity can be severe.
90. The patient was referred to a specialist for ongoing issues related to hyperosmolarity.
91. The medical team discussed the latest research on hyperosmolarity.
92. Hyperosmolarity can significantly impact quality of life.
93. The guidelines for managing hyperosmolarity were reviewed.
94. The risk factors for hyperosmolarity include certain medications.
95. The importance of hydration in preventing hyperosmolarity cannot be overstated.
96. The study aimed to identify effective interventions for hyperosmolarity.
97. Hyperosmolarity can arise from various metabolic disturbances.
98. The patient was educated about the signs of hyperosmolarity.
99. Hyperosmolarity can complicate the clinical picture in diabetic patients.
100. The healthcare provider emphasized the need for vigilance regarding hyperosmolarity.