100 Examples of sentences containing the common noun "hypercapnia"

Definition

Hypercapnia is a medical condition characterized by an excessive level of carbon dioxide (CO2) in the bloodstream, typically resulting from inadequate respiration. It is often associated with respiratory disorders and can lead to various physiological complications.

Synonyms

• Carbon dioxide retention
• CO2 retention
• Hypercarbia

Antonyms

• Hypocapnia
• Normocapnia

Examples

1. The patient was diagnosed with hypercapnia after failing to adequately ventilate.
2. Symptoms of hypercapnia include confusion and headache.
3. It is essential to monitor patients for hypercapnia during anesthesia.
4. The doctor explained how hypercapnia can affect brain function.
5. Chronic obstructive pulmonary disease can lead to hypercapnia.
6. They observed hypercapnia in patients with severe asthma attacks.
7. The presence of hypercapnia was confirmed through arterial blood gas analysis.
8. Treatment for hypercapnia often involves improving ventilation.
9. Hypercapnia can cause respiratory acidosis in severe cases.
10. The team studied the effects of hypercapnia on exercise performance.
11. Hypercapnia can occur in environments with poor air circulation.
12. The nurse monitored the patient for signs of hypercapnia.
13. Hypercapnia may lead to increased heart rate and blood pressure.
14. The researchers found a correlation between sleep apnea and hypercapnia.
15. The body tries to compensate for hypercapnia by increasing respiratory rate.
16. High levels of CO2 were indicative of hypercapnia in the test results.
17. Hypercapnia can cause muscle twitching and lethargy.
18. The medical team treated the hypercapnia with supplemental oxygen.
19. In severe hypercapnia, patients may require mechanical ventilation.
20. The effects of hypercapnia were more pronounced in elderly patients.
21. They discussed the relationship between obesity and hypercapnia.
22. The presence of hypercapnia complicates the management of respiratory diseases.
23. Hypercapnia can lead to altered mental status in patients.
24. The patient presented with symptoms consistent with hypercapnia.
25. Hypercapnia is often assessed using blood gas measurements.
26. The effects of hypercapnia on the central nervous system are profound.
27. He explained the mechanisms behind hypercapnia and its implications.
28. The study revealed how hypercapnia influences cognitive function.
29. The anesthesiologist took precautions to prevent hypercapnia during surgery.
30. Hypercapnia can exacerbate existing heart conditions.
31. The team focused on preventing hypercapnia in critically ill patients.
32. Environmental factors can significantly impact the risk of hypercapnia.
33. They noted that hypercapnia could occur in confined spaces.
34. The patient exhibited classic signs of hypercapnia during assessment.
35. Hypercapnia can lead to increased intracranial pressure.
36. The condition of hypercapnia requires urgent medical attention.
37. He researched the long-term effects of hypercapnia on lung function.
38. The clinical guidelines recommend monitoring for hypercapnia in high-risk patients.
39. Hypercapnia can be a side effect of certain medications.
40. The effects of hypercapnia are reversible with proper treatment.
41. Patients with hypercapnia may also experience shortness of breath.
42. The doctor provided education on the dangers of hypercapnia.
43. Hypercapnia can affect the acid-base balance in the body.
44. The lab results indicated a significant level of hypercapnia.
45. They implemented strategies to avoid hypercapnia in the intensive care unit.
46. The relationship between hypercapnia and anxiety was examined in the study.
47. The emergency team was trained to recognize signs of hypercapnia.
48. Infections can contribute to the development of hypercapnia.
49. Hypercapnia is often a result of inadequate ventilation in patients.
50. The physiotherapist recommended breathing exercises to alleviate hypercapnia.
51. The effects of hypercapnia on the respiratory system were extensively researched.
52. He was concerned about hypercapnia during his scuba diving lesson.
53. The clinical signs of hypercapnia were clear during the examination.
54. The medical team quickly responded to the hypercapnia crisis.
55. Hypercapnia can lead to serious complications if not treated promptly.
56. The risk of developing hypercapnia increases with age.
57. The patient’s condition deteriorated due to unrecognized hypercapnia.
58. They monitored the patient’s CO2 levels to prevent hypercapnia.
59. Hypercapnia is a common concern in respiratory therapy.
60. The effects of hypercapnia are often reversible with timely intervention.
61. He shared his experience coping with hypercapnia during his illness.
62. The study focused on the recovery from hypercapnia in post-operative patients.
63. The patient's symptoms suggested that hypercapnia was developing.
64. Hypercapnia can result from prolonged hypoventilation.
65. The doctor advised against activities that could worsen hypercapnia.
66. The team observed the impact of hypercapnia on lung compliance.
67. Hypercapnia was the key factor in the patient’s respiratory failure.
68. They implemented protocols to manage hypercapnia in the ward.
69. The study aimed to clarify the effects of hypercapnia on metabolism.
70. The effects of hypercapnia are often mistaken for other conditions.
71. Hypercapnia can lead to an increased risk of cardiac arrhythmias.
72. The anesthesia team was vigilant about preventing hypercapnia during surgery.
73. The patient's history revealed episodes of hypercapnia.
74. Hypercapnia can induce respiratory distress in vulnerable individuals.
75. The research highlighted the significance of monitoring for hypercapnia.
76. She experienced symptoms of hypercapnia after the long ascent.
77. The effects of hypercapnia on sleep quality were investigated.
78. He was treated for hypercapnia following a severe asthma attack.
79. The medical staff was trained to identify hypercapnia quickly.
80. They discussed how to mitigate the risks of hypercapnia in patients.
81. The laboratory confirmed the diagnosis of hypercapnia through testing.
82. The respiratory therapist focused on strategies to reduce hypercapnia.
83. Hypercapnia can affect the body’s response to infection.
84. The presence of hypercapnia can complicate surgical procedures.
85. Hypercapnia can be exacerbated by high altitudes.
86. The study evaluated the long-term effects of untreated hypercapnia.
87. The team implemented ventilation strategies to prevent hypercapnia.
88. She learned that hypercapnia can affect cognitive performance.
89. The patient’s condition stabilized after treatment for hypercapnia.
90. The implications of hypercapnia for public health were discussed.
91. They educated patients on recognizing symptoms of hypercapnia.
92. The veterinary team was concerned about hypercapnia in the animal.
93. The relationship between exercise and hypercapnia was examined.
94. The emergency response team was prepared for cases of hypercapnia.
95. The effects of hypercapnia on children were specifically reviewed.
96. He researched the prevalence of hypercapnia in athletes.
97. The nurse was trained to manage hypercapnia in neonates.
98. Hypercapnia can result from both environmental and physiological factors.
99. The patient exhibited signs of hypercapnia during the assessment.
100. The treatment plan included measures to address hypercapnia effectively.