A nurse is reinforcing teaching about a safety plan for a client who reports partner violence. Which of the following instructions should the nurse include?

b. Perform passive range-of-motion exercises.

During a vaso-occlusive crisis in sickle-cell disease, blood flow to certain areas of the body may be restricted, leading to pain and tissue damage. Passive range-of-motion exercises can help promote blood circulation and prevent joint stiffness and further complications. These exercises involve gently moving the child's joints through their full range of motion without active participation from the child.

Explanation for the other options:

a. Limit fluid intake during the evening: Fluid intake is important in sickle-cell disease to prevent dehydration and maintain adequate blood flow. Restricting fluid intake during a vaso-occlusive crisis can further contribute to dehydration and may worsen the crisis. It is important to encourage fluid intake unless otherwise instructed by the healthcare provider.

c. Apply cold compresses to painful areas: Cold compresses are not recommended during a vaso-occlusive crisis in sickle-cell disease. Cold temperatures can cause vasoconstriction and further worsen the blood flow to affected areas, leading to increased pain and tissue damage. Warm compresses or warm packs may be used to promote vasodilation and provide pain relief.

d. Provide a low-protein diet: A low-protein diet is not specifically indicated in the plan of care for a vaso- occlusive crisis in sickle-cell disease. Adequate protein intake is important for overall nutritional needs and tissue repair. The focus of nutritional management in sickle-cell disease is usually on a well-balanced diet that includes adequate hydration and appropriate nutrient intake.

In summary, performing passive range-of-motion exercises is an appropriate intervention to include in the

plan of care for a school-age child experiencing a vaso-occlusive crisis in sickle-cell disease.

Answer: A

Rationale:

A) Hgb 20 g/dL:

A hemoglobin level of 20 g/dL is elevated and suggests polycythemia, which can occur in chronic respiratory conditions like COPD due to chronic hypoxia. Elevated hemoglobin levels can increase blood viscosity, leading to complications such as increased risk of thrombosis and cardiovascular stress. This finding indicates a potentially serious issue and should be reported to the healthcare provider immediately to address any underlying causes and manage the client's condition effectively.

B) Oxygen saturation 92%:

An oxygen saturation of 92% is slightly below the typical normal range (95-100%) but is not immediately life-threatening. While it indicates mild hypoxemia, it is a common finding in COPD patients, and the management would typically involve supplemental oxygen or adjustment of therapy. This finding should be monitored but is not the most critical issue to report immediately.

C) Productive cough with green sputum:

A productive cough with green sputum suggests a possible infection or exacerbation of COPD. Although this is an important finding that requires evaluation and possible treatment, it is less critical than an elevated hemoglobin level, which indicates a more acute systemic issue. The green sputum should be reported and managed, but it is not the priority compared to the elevated hemoglobin.

D) Chest x-ray shows hyperinflation of lungs:

Hyperinflation of the lungs is a common radiological finding in COPD due to air trapping. While it is a significant finding, it is generally consistent with the disease's progression and does not indicate an acute problem requiring immediate intervention. Monitoring and managing the underlying COPD are necessary, but this finding is less urgent than the elevated hemoglobin.