A nurse plans care for a patient with burn injuries. Which interventions would the nurse include in this patient's plan of care to ensure adequate nutrition? Select all that apply.

Choice A reason: Providing at least 5000 kcal/day is essential for a patient with burn injuries. Burns significantly increase the body's metabolic rate and caloric needs to support the healing process and prevent catabolism. Ensuring an adequate caloric intake helps meet the energy demands required for tissue repair and recovery.

Choice B reason: Starting an oral diet on the first day may not be appropriate for all burn patients, particularly those with extensive burns or those who are not yet stable. Nutrition needs should be carefully assessed, and feeding may begin via alternative methods such as enteral nutrition until the patient is ready for oral intake.

Choice C reason: Administering a diet high in protein is crucial for burn patients, as protein is essential for wound healing, maintaining lean body mass, and supporting the immune system. Protein intake should be increased to help repair damaged tissues and promote recovery.

Choice D reason: Collaborating with a registered dietitian is important to create an individualized nutrition plan that meets the specific needs of the burn patient. A dietitian can provide expertise in calculating caloric and protein requirements, recommending appropriate supplements, and monitoring the patient's nutritional status.

Choice E reason: Offering frequent high-calorie snacks helps ensure that the patient meets their increased caloric needs. Small, frequent meals and snacks can be more manageable for patients with reduced appetite or those who have difficulty consuming large meals. High-calorie snacks provide additional energy to support healing and recovery.

Choice A reason: Blood clots form more easily in mechanical replacement valves due to the artificial surface of the valve, which can cause the blood to clot more readily. This increases the risk of thromboembolic events, such as stroke or valve obstruction. Therefore, patients with mechanical valves need to take anticoagulants for life to prevent clot formation and ensure the valve functions effectively.

Choice B reason: The statement that the vein taken from the leg reduces circulation in the leg is incorrect in this context. Vein grafts from the leg are typically used in coronary artery bypass grafting (CABG) surgery, not in valve replacement surgery. Therefore, this explanation does not apply to the patient's situation of needing anticoagulants after valve replacement surgery.

Choice C reason: The idea that the valve replacement surgery left a lot of small clots in the heart and lungs is not accurate. The surgery itself does not leave clots; rather, the ongoing risk of clot formation is due to the presence of the mechanical valve. This risk necessitates lifelong anticoagulation.

Choice D reason: The mechanical valve does not place the patient at a greater risk for a heart attack specifically. The concern with mechanical valves is the increased risk of blood clot formation, which is why anticoagulants are prescribed. Heart attacks are typically caused by blockages in the coronary arteries, which is a different issue.