A nurse is planning to administer 2 units of packed RBCs to an older adult client who has anemia. Which of the following actions should the nurse plan to take? (Select all that apply.)

Rationale:

A. Administer Ibuprofen 200 mg PO: The child reports a pain score of 5/10 and is requesting pain medication. The provider has prescribed ibuprofen PRN for this level of pain. Prompt administration supports comfort and reduces inflammation associated with fracture and swelling.

B. Elevate the affected forearm with pillows: Elevation helps reduce edema by promoting venous return and lymphatic drainage. Given the child's worsening edema in the forearm and fingers, this is a priority to minimize complications like compartment syndrome.

C. Place a nonadherent dressing on the right knee abrasion: Although dressing the abrasion is a reasonable intervention, it is not a priority at this stage. The abrasion is not actively bleeding or infected, so attention should remain on managing neurovascular risk and pain.

D. Review cast care instructions with the child's parents: This is an important educational step, but it is not a current priority since the cast has not yet been applied. Priority actions should focus on pain, swelling, and circulation while awaiting casting.

E. Apply ice packs to the fingers and along the right forearm: Ice helps manage pain and inflammation by vasoconstriction, limiting fluid accumulation in tissues. Applying it early post-injury is crucial to controlling swelling in a fractured limb.

F. Explain the cast application procedure to the child: Preparing the child for a future procedure is helpful but not immediately necessary. At this point, pain control and reduction of swelling take precedence to prevent complications and stabilize the injury.

Rationale:

A. Prolonged QT interval: This is not a typical sign of morphine toxicity. QT prolongation is more commonly associated with certain antipsychotics, antiarrhythmics, or methadone, not opioids like morphine.

B. Fluid retention: Morphine does not typically cause fluid retention. While it may contribute to urinary retention, generalized fluid accumulation is not characteristic of opioid toxicity and may point to other causes like heart or renal failure.

C. Bradypnea: Respiratory depression, including bradypnea, is the hallmark sign of opioid toxicity. Morphine suppresses the brainstem’s respiratory centers, reducing respiratory rate and depth, which can become life-threatening without intervention.

D. Hyperactive deep tendon reflexes: Opioids tend to cause central nervous system depression, which would more likely lead to diminished reflexes. Hyperactive reflexes are not associated with morphine toxicity and may suggest a different neurological issue.