The nurse is providing care to a client admitted with a diagnosis of bacterial pneumonia. On assessment, the client has dry mucous membranes and coarse rhonchi. What nursing interventions would the nurse include in the plan of care?

A. Schedule activities late in the day and in the evening:

Scheduling activities late in the day is not an ideal approach for managing fatigue in clients with MS. Fatigue typically worsens as the day progresses, and clients with MS often experience more energy depletion in the late afternoon and evening. Therefore, the best time to schedule demanding activities is earlier in the day when the client may have more energy. Scheduling strenuous tasks late in the day may exacerbate fatigue and lead to physical and emotional exhaustion.

B. Provide supplemental oxygen when fatigued:

While oxygen therapy is appropriate for clients with respiratory issues or other conditions that affect oxygenation, it is not the most relevant intervention for addressing fatigue in MS. Fatigue in MS is primarily caused by neurological factors, muscle weakness, or impaired mobility, not by a lack of oxygen. The priority for MS-related fatigue is managing energy levels through activity planning and rest, not providing supplemental oxygen unless there is a specific indication of respiratory distress or hypoxia.

C. Teach the importance of hot showers to help relax:

Hot showers may help some individuals relax, but they are not the best intervention for managing fatigue in MS. In fact, heat can sometimes worsen symptoms in clients with MS, a phenomenon known as Uhthoff’s phenomenon, where heat increases neurological symptoms such as muscle weakness, fatigue, or visual disturbances. It is important to educate clients to avoid overheating, which could exacerbate fatigue or other symptoms. Instead, clients should focus on rest, energy conservation, and temperature regulation.

D. Have the client prioritize activities for the day: Fatigue is a common and debilitating symptom in clients with multiple sclerosis (MS), and it can significantly affect their daily functioning. One of the most effective interventions for managing fatigue in MS is to encourage the client to prioritize activities and manage their energy levels throughout the day. By scheduling the most important or demanding tasks earlier in the day when energy levels tend to be higher, clients can conserve energy for essential activities. Additionally, teaching clients to break tasks into smaller, manageable steps and incorporating frequent rest periods can help minimize fatigue and prevent overexertion. Prioritizing activities ensures that the client is not overwhelmed and can still maintain independence while managing their symptoms effectively.

A) Severe left-sided heart failure and resultant pulmonary edema:
While pulmonary edema due to left-sided heart failure can lead to respiratory distress and hypoxemia, it is not characteristic of ARDS. ARDS is a form of non-cardiogenic pulmonary edema, meaning it is not caused by heart failure. In contrast, pulmonary edema from heart failure is typically related to increased pressure in the pulmonary circulation. Therefore, while this client is at risk for respiratory issues, the cause of their pulmonary edema is distinct from the pathology seen in ARDS.

B) Acute renal failure associated with pyelonephritis:
Acute renal failure from pyelonephritis can lead to various complications, including electrolyte imbalances and fluid overload, which may affect respiratory function. However, renal failure by itself is not a direct cause of ARDS. ARDS is typically associated with an inflammatory response to injury or infection in the lungs, not specifically renal issues. While it’s important to monitor for pulmonary complications in critically ill clients, this situation does not directly suggest ARDS.

C) A traumatic brain injury with accompanying spinal cord injury:
Traumatic brain injury (TBI) with spinal cord injury can lead to respiratory compromise, particularly due to neurological impairment affecting the respiratory muscles or the brain's ability to control breathing. However, ARDS is not the most direct consequence of these injuries. ARDS is primarily caused by acute lung injury from direct or indirect insults to the lungs, such as trauma, pneumonia, or sepsis. Although this combination of injuries may cause respiratory distress, it is not a typical cause of ARDS unless there is another underlying lung injury.

D) Hypoxemia, refractory to oxygen therapy:
This is the hallmark sign of ARDS. ARDS is characterized by the development of acute hypoxemia that is resistant to high levels of supplemental oxygen therapy. This refractory hypoxemia is due to widespread inflammation and damage to the alveolar-capillary membrane, leading to impaired gas exchange. In ARDS, the lungs become less compliant, and the ability to oxygenate blood is significantly reduced, even with mechanical ventilation and high levels of oxygen. Therefore, a critically ill client with hypoxemia that does not improve with oxygen therapy would raise suspicion for the development of ARDS.