A client who is experiencing respiratory distress is admitted with respiratory acidosis.

Which pathophysiological process supports the client's respiratory acidosis?

Drinking plenty of water whenever thirsty is not the most appropriate action for a patient with hypernatremia. While it's important to stay hydrated, excessive water intake can potentially worsen hypernatremia by diluting blood sodium levels further. This is because the body tries to balance sodium levels by either retaining water or excreting it through urine. In hypernatremia, the body is already short on water relative to sodium, so consuming too much water can exacerbate the imbalance.

Choice B rationale:

Reviewing food labels for sodium content is crucial for managing hypernatremia. It empowers patients to make informed choices and limit their sodium intake.

Sodium is a major contributor to hypernatremia, and reducing dietary sodium intake is a key strategy to lower blood sodium levels.

By carefully reading food labels and selecting low-sodium options, patients can effectively manage their sodium intake and promote a gradual return to normal sodium levels.

This approach addresses the root cause of hypernatremia and promotes long-term control of blood sodium levels.

Choice C rationale:

Monitoring daily urine output volume can be helpful in tracking fluid status, but it's not the primary action for managing hypernatremia.

While urine output can provide insights into fluid balance, it doesn't directly address the underlying issue of excessive sodium. Focusing on dietary sodium intake is a more direct and effective approach to correcting hypernatremia.

Choice D rationale:

Using salt tablets after strenuous exercise is not recommended for patients with hypernatremia.

Salt tablets are intended to replenish electrolytes lost through sweating, but they can worsen hypernatremia by further increasing sodium levels.

Patients with hypernatremia should focus on reducing sodium intake, not increasing it.

Rationale for Choice A:

Pursed-lip breathing:

Creates back pressure in the airways, which helps to keep them open longer during exhalation.

Slows down the breathing rate, allowing for more complete exhalation and better emptying of the lungs. Prevents air trapping, which can worsen shortness of breath.

Promotes relaxation and reduces anxiety, which can also help to improve breathing.

Rationale for Choice B:

Side-lying position with knees bent:

May not be the most effective position for improving gas exchange in a client with emphysema. Could potentially restrict chest expansion and make breathing more difficult.

May not be comfortable for all clients.

Rationale for Choice C:

Increasing breathing rate:

Can lead to hyperventilation, which can worsen shortness of breath and anxiety. Can also cause fatigue and muscle exhaustion.

Rationale for Choice D:

Raising hands above the head:

Does not significantly expand the diaphragm or improve gas exchange. May actually make breathing more difficult for some clients.