A nurse is caring for an adult client in the medical-surgical unit who recently underwent minor surgery.

Complete the diagram by dragging from the choices below to specify what condition the client is most likely experiencing, 2 actions the nurse should take to address that condition, and 2 parameters the nurse should monitor to assess the client's progress.

Choice A rationale

Providing baths with antiseptic soap is important for reducing the bacterial load on the skin and preventing wound infection, which is a major complication in burn patients. However, excessive bathing can sometimes lead to chilling or further tissue irritation if the soap is too harsh. While infection control is a pillar of burn management, the systemic physiological demands for tissue regeneration are more effectively met through metabolic and nutritional support than through topical cleansing alone.

Choice B rationale

Administering antipyretics is indicated if the patient develops a fever, which is common during the hypermetabolic state following a severe burn. A normal body temperature is approximately 98.6 degrees Fahrenheit. While managing fever can reduce oxygen consumption and patient discomfort, it does not directly promote the healing of the damaged integument. Antipyretics are a symptomatic treatment rather than a primary intervention for the complex biological process of skin grafting and wound closure.

Choice C rationale

Severe burns trigger a profound hypermetabolic and catabolic response that significantly increases the body's demand for energy and protein. Initiating high-calorie, high-protein nutrition is the priority to prevent muscle wasting and provide the building blocks necessary for collagen synthesis and epithelialization. Without adequate caloric intake, the body enters a negative nitrogen balance, which severely delays wound healing and impairs the immune system's ability to fight off potential opportunistic infections.

Choice D rationale

Encouraging daily physical activity and range of motion exercises is vital for preventing contractures and maintaining joint mobility, especially when burns occur over flexor surfaces. However, physical activity is a rehabilitative goal that follows the initial stabilization and acute healing phases. During the early stages of severe burn injury, the physiological priority is meeting the extreme metabolic needs of the body to ensure that there is enough cellular energy to support tissue repair.

Choice A rationale

Limiting fluid intake is detrimental to a post-surgical patient as it increases blood viscosity and promotes stasis. Dehydration can lead to hemoconcentration, which is a significant risk factor for the formation of thrombi in the deep veins of the legs. Maintaining adequate hydration is essential to ensure smooth blood flow and to decrease the concentration of clotting factors. Nurses should encourage fluids rather than restrict them to help maintain optimal hemodynamic stability and venous return.

Choice B rationale

Early ambulation is the gold standard for preventing deep vein thrombosis after orthopedic surgery. Physical movement activates the skeletal muscle pump in the calves, which compresses the deep veins and propels blood back toward the heart. This prevents venous stasis, one of the components of Virchow's triad. By getting the patient out of bed early, the nurse reduces the time blood spends pooling in the lower extremities, significantly lowering the probability of clot formation.

Choice C rationale

While frequent blood pressure monitoring is necessary to assess the patient's general cardiovascular status and recovery from anesthesia, it does not directly prevent the formation of a deep vein thrombosis. Blood pressure readings reflect systemic vascular resistance and cardiac output but do not address the localized venous stasis occurring in the lower limbs. While a normal blood pressure of 120 over 80 mmHg is ideal, it is not a specific preventative measure for venous thromboembolism.

Choice D rationale

Application of ice packs is primarily used to reduce localized edema and provide analgesia at the surgical site. While it helps manage inflammation, it does not prevent the systemic or regional conditions that lead to deep vein thrombosis. In some cases, extreme cold might cause localized vasoconstriction, which could theoretically slow blood flow if applied incorrectly. The focus for DVT prevention must remain on promoting venous return through mechanical means like ambulation or compression devices.