A nurse is admitting a client with a history of duodenal ulcer. To determine if the client's current symptoms are related to this information, the nurse should assess the client for which manifestations of a duodenal ulcer?

Choice A: Lactated Ringer’s

Lactated Ringer’s solution is an isotonic crystalloid that contains electrolytes similar to those found in blood plasma. While it is commonly used for fluid resuscitation, it does not provide a significant source of calories and therefore is not the best option to temporarily replace TPN.

Choice B: 0.9% sodium chloride

0.9% sodium chloride, also known as normal saline, is an isotonic solution that is used to expand volume and correct electrolyte imbalances. Like Lactated Ringer’s, it does not contain a significant amount of calories and is not suitable as a temporary replacement for TPN.

Choice C: 3% sodium chloride

3% sodium chloride is a hypertonic saline solution used in controlled settings to treat specific conditions such as hyponatremia. Due to its high concentration of sodium, it is not appropriate for routine fluid replacement and does not provide calories.

Choice D: Dextrose 10% in water

D10W is the preferred choice in this scenario because it provides a source of glucose, which can help maintain blood glucose levels when TPN is not available. It is important to monitor the patient’s blood glucose levels while infusing D10W to ensure they remain within a safe range. When a TPN container is delayed, Dextrose 10% in water is the most appropriate temporary solution to infuse until the next container becomes available, as it provides necessary calories in the form of glucose to the patient.

Choice A reason: Hypophosphatemia refers to an abnormally low level of phosphate in the blood. The normal range for serum phosphate in adults is typically around 2.5 to 4.5 mg/dL. In the context of acute kidney injury (AKI), the kidneys’ ability to excrete phosphate is impaired, which can actually lead to hyperphosphatemia, not hypophosphatemia. Therefore, while phosphate levels are important to monitor in AKI, hypophosphatemia is not typically expected.

Choice B reason: Hypercalcemia is characterized by an elevated level of calcium in the blood, with the normal range being approximately 8.5 to 10.2 mg/dL. AKI can sometimes be associated with hypercalcemia, particularly if there is extensive tissue breakdown or rhabdomyolysis. However, it is not as commonly expected as hyperkalemia. Hypercalcemia in AKI is more often secondary to other underlying conditions rather than a direct result of the kidney injury itself.

Choice C reason: Hyperkalemia is a common electrolyte imbalance in AKI and refers to a high level of potassium in the blood. The normal range for serum potassium is about 3.5 to 5.0 mEq/L. In AKI, the kidneys’ ability to excrete potassium is compromised, leading to an accumulation of potassium in the blood. This can be life-threatening, causing cardiac dysrhythmias and muscle weakness. Hyperkalemia is a key concern in AKI management and is often expected in this condition. While all the listed electrolyte imbalances can occur in various clinical scenarios, hyperkalemia is the most commonly expected electrolyte disturbance in a patient with acute kidney injury. It is crucial for healthcare providers to monitor and manage electrolyte levels carefully in AKI to prevent complications.

Choice D reason: Hypernatremia means an elevated sodium level in the blood, with the normal range being 135 to 145 mEq/L. While sodium balance can be affected in AKI, hypernatremia is not typically expected. It is more commonly associated with conditions that cause a loss of water or an intake of sodium, such as diabetes insipidus or excessive salt ingestion. In AKI, the focus is often on managing fluid overload rather than sodium excess.