A nurse is reinforcing discharge teaching with a client who had an above-the-knee amputation and has a prosthesis. Which of the following Instructions should the nurse include?

A. The client was discharged to home without developing complications of immobility: Repositioning a client every 2 hours is a key intervention to prevent pressure injuries, improve circulation, and reduce the risk of complications such as skin breakdown, deep vein thrombosis, and pneumonia. Achieving discharge without immobility-related complications indicates that preventive measures were effective.

B. The client returned to the facility 2 days after being discharged due to a urinary tract infection: Development of a urinary tract infection shortly after discharge may be related to catheter use, incontinence, or urinary stasis, but frequent repositioning does not directly prevent UTIs. This outcome suggests a complication occurred despite nursing interventions.

C. The client developed a rash on their back and lower extremities: Skin rashes may indicate irritation, allergic reactions, or moisture-associated skin damage. Repositioning helps relieve pressure and reduce friction but does not directly prevent all types of rashes. The appearance of a rash reflects a complication related to skin integrity rather than an expected outcome.

D. The client refuses to eat because they are nauseated: Nausea and refusal of food are unrelated to repositioning frequency. While immobility can contribute to gastrointestinal stasis, this outcome does not reflect the effectiveness of repositioning interventions for preventing pressure injuries or related complications.

A. Client report of headache: Headache is a nonspecific symptom and may occur with fluid shifts or mild febrile reactions, but it is not a primary sign of an allergic transfusion reaction. It does not reliably indicate hypersensitivity to the transfused blood.

B. Distended neck veins: Distended neck veins suggest fluid overload or heart failure rather than an allergic reaction. This finding is associated with increased central venous pressure and is unrelated to hypersensitivity responses.

C. Marked hypertension: Elevated blood pressure can result from anxiety, pain, or fluid overload, but it is not characteristic of an acute allergic reaction to a blood transfusion. Allergic reactions typically do not cause significant hypertension.

D. Onset of urticaria: The appearance of hives (urticaria) is a classic sign of an allergic reaction to a blood transfusion. It reflects a hypersensitivity response mediated by histamine release, often accompanied by itching and sometimes mild flushing, indicating that the immune system is reacting to proteins in the donor blood.