While developing a care plan for a client with full thickness burns, the nurse determines an appropriate goal is to maintain alignment of joints. The goal is to prevent which of the following complications associated with full thickness burns?

Choice A reason: Discomfort during dialysate inflow is common in peritoneal dialysis due to the rapid introduction of fluid into the peritoneal cavity, stretching the peritoneum. It is usually transient and not a sign of serious complications like infection. Immediate reporting is unnecessary unless severe or persistent, as it does not indicate an acute emergency.

Choice B reason: Slight abdominal pressure during peritoneal dialysis is normal due to the presence of dialysate in the peritoneal cavity. It does not indicate a serious complication like infection or peritonitis. This sensation typically resolves and does not require immediate reporting unless accompanied by severe pain or other alarming symptoms.

Choice C reason: Yellow dialysate outflow is typically normal, as dialysate may appear slightly yellow due to the presence of fibrin or minor hemolysis. It does not indicate infection or a life-threatening issue. Clear or slightly yellow outflow is expected, unlike purulent outflow, which signals infection and requires urgent attention.

Choice D reason: Purulent dialysate outflow indicates peritonitis, a serious complication of peritoneal dialysis caused by bacterial infection in the peritoneal cavity. This presents with cloudy, pus-filled effluent, often with fever or abdominal pain. Immediate reporting is critical to initiate antibiotics and prevent sepsis, making this the most urgent finding to address.

Choice A reason: IV corticosteroids reduce inflammation in conditions like autoimmune pancreatitis, but they do not address acute hypoxemia. Sudden dyspnea and low oxygen saturation (85%) in acute pancreatitis suggest complications like ARDS or pleural effusion, requiring immediate oxygenation. Corticosteroids act slowly and are not the priority for correcting life-threatening hypoxia in this scenario.

Choice B reason: Sudden dyspnea and oxygen saturation of 85% indicate acute hypoxemia, potentially from ARDS or pulmonary complications in pancreatitis. High-flow oxygen therapy increases alveolar oxygen, improving arterial PaO2 and preventing tissue hypoxia. The ABCDE approach prioritizes breathing, making this the first intervention to stabilize the client before addressing underlying causes.

Choice C reason: ERCP diagnoses or treats pancreatic duct obstructions, a potential cause of pancreatitis, but it does not address immediate hypoxemia. Dyspnea and low saturation require urgent oxygen delivery to prevent organ damage. ERCP is a diagnostic or therapeutic procedure, not an acute intervention for respiratory distress in this critical scenario.

Choice D reason: Increasing IV fluid rate supports hydration and perfusion in pancreatitis, preventing hypovolemia. However, it does not correct acute hypoxemia causing dyspnea and low saturation. The ABCDE approach prioritizes breathing, and high-flow oxygen is needed to address the immediate threat of hypoxia, making fluid adjustment a secondary intervention.