100 Examples of sentences containing the common noun "hypoxemia"

Definition

Hypoxemia is a medical condition characterized by an abnormally low level of oxygen in the blood. It can result from various factors, including respiratory diseases, high altitudes, or conditions that impair lung function. Hypoxemia can lead to serious health problems if not addressed promptly.

Synonyms

• Low blood oxygen
• Oxygen deprivation
• Hypoxia (though hypoxia can also refer to low oxygen in tissues, not just blood)

Antonyms

• Hyperoxia (excess oxygen in the blood)
• Normoxia (normal oxygen levels in the blood)

Examples

1. The doctor explained that hypoxemia can occur due to various lung diseases.
2. Some patients may experience hypoxemia after being exposed to high altitudes.
3. The nurse monitored the patient closely for signs of hypoxemia.
4. Severe hypoxemia can lead to confusion and loss of consciousness.
5. Treatment for hypoxemia may include supplemental oxygen therapy.
6. The athlete suffered from hypoxemia during the intense competition.
7. Chronic hypoxemia can lead to pulmonary hypertension.
8. The team conducted research to better understand the effects of hypoxemia.
9. Hypoxemia can be a critical issue in patients with COPD.
10. The patient’s blood tests confirmed the presence of hypoxemia.
11. Rapid breathing can be a response to hypoxemia.
12. Hypoxemia during sleep can result in sleep apnea.
13. The doctor prescribed medication to help manage the hypoxemia.
14. It is vital to recognize the symptoms of hypoxemia early.
15. The mountain climber experienced hypoxemia due to the thin air.
16. Hypoxemia can be a life-threatening condition if untreated.
17. The research focused on how hypoxemia affects brain function.
18. In severe cases, hypoxemia can lead to heart failure.
19. The medical team was trained to respond to hypoxemia emergencies.
20. Patients with asthma may be at risk for hypoxemia during attacks.
21. Hypoxemia can present as shortness of breath and fatigue.
22. The firefighter was treated for hypoxemia after rescuing victims.
23. Hypoxemia can sometimes cause cyanosis, a bluish tint to the skin.
24. Understanding hypoxemia is crucial for effective patient care.
25. The study revealed that hypoxemia can impair cognitive function.
26. The oxygen saturation levels indicated hypoxemia in the patient.
27. Hypoxemia can occur in newborns with respiratory distress syndrome.
28. The doctor ordered a blood gas analysis to assess hypoxemia.
29. Treatment options for hypoxemia vary depending on the cause.
30. The athlete's training regime helped prevent hypoxemia during events.
31. Hypoxemia can be a symptom of various underlying conditions.
32. The emergency room was prepared to treat hypoxemia cases.
33. Early intervention is key in managing hypoxemia effectively.
34. The research aimed to explore the long-term effects of hypoxemia.
35. Hypoxemia can lead to serious complications if not addressed.
36. The nurse explained how to recognize the signs of hypoxemia.
37. The patient was discharged after their hypoxemia was resolved.
38. Hypoxemia can affect mental clarity and decision-making.
39. The doctor emphasized the importance of monitoring for hypoxemia.
40. The climber's experience with hypoxemia taught him about altitude sickness.
41. Patients experiencing hypoxemia may require immediate oxygen support.
42. Hypoxemia is a common concern in chronic lung disease patients.
43. The child was diagnosed with hypoxemia after a severe asthma attack.
44. Hypoxemia can be exacerbated by environmental factors like pollution.
45. The researchers studied the correlation between hypoxemia and fatigue.
46. Hypoxemia can lead to increased heart rate and blood pressure.
47. The treatment plan focused on alleviating the hypoxemia symptoms.
48. Hypoxemia was identified as a significant risk factor in the study.
49. The symptoms of hypoxemia can mimic those of anxiety.
50. The respiratory therapist provided strategies to manage hypoxemia.
51. Hypoxemia can occur in patients with pneumonia.
52. The doctor discussed the risks associated with untreated hypoxemia.
53. Understanding hypoxemia is essential for emergency responders.
54. The effects of hypoxemia can vary greatly among individuals.
55. Patients with hypoxemia may require long-term oxygen therapy.
56. The team worked on a new device to monitor for hypoxemia.
57. The pilot was trained to handle hypoxemia in flight emergencies.
58. The nurse reported the patient's hypoxemia to the attending physician.
59. Hypoxemia can be a side effect of certain medications.
60. The athlete's performance was hindered by acute hypoxemia.
61. The medical community has made significant strides in treating hypoxemia.
62. The patient's history indicated a pattern of recurrent hypoxemia.
63. Hypoxemia can result from both acute and chronic conditions.
64. The doctor explained how hypoxemia impacts overall health.
65. The patient’s hypoxemia improved with the right intervention.
66. Hypoxemia can be detected through pulse oximetry.
67. The team developed guidelines for managing hypoxemia in hospitals.
68. Hypoxemia can have detrimental effects on exercise tolerance.
69. The symptoms of hypoxemia can escalate quickly if not treated.
70. The patient's family was educated about hypoxemia management.
71. Hypoxemia is often assessed during routine health check-ups.
72. The child’s hypoxemia required immediate medical attention.
73. Hypoxemia can lead to organ dysfunction if severe.
74. The doctor advised lifestyle changes to reduce the risk of hypoxemia.
75. The effects of hypoxemia can be reversible with prompt treatment.
76. Hypoxemia is a concern in patients with sleep disorders.
77. The athlete was aware of the signs of hypoxemia during training.
78. The research highlighted the importance of early detection of hypoxemia.
79. Hypoxemia can be managed with medications and oxygen therapy.
80. The paramedic recognized hypoxemia as a critical condition.
81. The lecture focused on the physiology of hypoxemia.
82. The team studied how altitude affects the risk of hypoxemia.
83. Hypoxemia can be particularly dangerous for elderly patients.
84. The patient required a blood transfusion to alleviate hypoxemia.
85. Understanding hypoxemia can help prevent emergencies.
86. The symptoms of hypoxemia require immediate evaluation.
87. The research team analyzed cases of hypoxemia in athletes.
88. The doctor recommended regular check-ups to monitor for hypoxemia.
89. The nurse explained the importance of oxygen levels in preventing hypoxemia.
90. The treatment for hypoxemia was effective in stabilizing the patient.
91. Hypoxemia can lead to increased anxiety and panic attacks.
92. The patient’s condition improved with treatment for hypoxemia.
93. Hypoxemia can occur during surgeries involving anesthesia.
94. The training program included information on recognizing hypoxemia.
95. Hypoxemia can affect a person’s ability to perform daily tasks.
96. The doctor conducted tests to determine the cause of hypoxemia.
97. Hypoxemia can result from chronic obstructive pulmonary disease (COPD).
98. The research findings shed light on the mechanisms of hypoxemia.
99. Patients with a history of hypoxemia should monitor their oxygen levels.
100. The healthcare team developed a protocol for managing hypoxemia in emergencies.