A nurse is reviewing the medical record of a client who has sustained a full-thickness burn and is in the emergent phase of the burn. Which of the following findings should the nurse expect?

a. "The machine is programmed to prevent you from administering more than a safe dose."

When reinforcing teaching about epidural PCA (patient-controlled analgesia) with a client in active labor, it is important for the nurse to inform the client about the safety features of the machine. By explaining that the machine is programmed to prevent the client from administering more than a safe dose, the nurse reassures the client that they have control over their pain relief while minimizing the risk of overdose.

Option b, "During medication administration, you will not be able to move your legs freely," is not an accurate statement regarding epidural PCA. While epidural analgesia may cause temporary weakness or loss of sensation in the lower body, the ability to move the legs freely is not necessarily completely impaired. The degree of mobility can vary depending on the dosage and specific characteristics of the epidural.

Option c, "This method of pain control will shorten the second stage of labor," is not a valid statement. Epidural PCA is primarily used for pain relief during labor and delivery but does not directly affect the progression or duration of the second stage of labor, which involves pushing and the delivery of the baby.

Option d, "This type of anesthesia commonly causes a postpartum headache," is also incorrect. While headaches can occur as a potential side effect of epidural anesthesia, they are not specifically associated with epidural PCA. Postpartum headaches can have various causes and are not exclusively related to the use of epidural PCA.

By emphasizing the safety features of the machine and explaining that it prevents the administration of excessive doses, the nurse ensures that the client understands the appropriate use of the epidural PCA for pain control during labor.

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.