Which action should be included in the teaching plan for a patient with hypernatremia?

Choice B rationale:

Gravity Facilitates Drainage:

Positioning the patient strategically utilizes gravity to encourage the flow of fluids and secretions away from the surgical site. This aids in preventing fluid accumulation and potential infection.

Reduces Pressure on Surgical Site:

Certain positions can minimize pressure on the incision and internal organs, promoting healing and reducing discomfort.

This is particularly important for patients with comorbidities like hypertension and heart failure, as they may have impaired wound healing and be more susceptible to respiratory complications.

Enhances Respiratory Function:

Specific positions can improve lung expansion and ventilation, which is essential for patients with a history of heart failure or respiratory issues.

This helps prevent atelectasis (collapsed lung areas) and pneumonia, which are common postoperative risks.

Common Post-Cholecystectomy Positions:

Semi-Fowler's Position:

The head of the bed is elevated 30-45 degrees, with knees slightly bent.

This position eases breathing, reduces pressure on the incision, and promotes drainage of fluids. Right Side-Lying Position:

The patient lies on their right side with a pillow between their knees.

This position encourages drainage from the liver and gallbladder, aiding in bile flow. Left Side-Lying Position:

The patient lies on their left side with a pillow between their knees.

This position promotes drainage from the stomach and pancreas, assisting in digestion. Supine Position:

The patient lies flat on their back with a pillow under their knees.

This position may be used for short periods, but prolonged supine positioning can increase pressure on the incision and lungs. High Fowler's Position:

The head of the bed is elevated 60-90 degrees, with knees slightly bent.

This position is often used for patients with respiratory issues or difficulty breathing, as it improves lung expansion.

Choice C rationale:

Performing drainage immediately after meals aids in efficient removal of bile and gastric secretions, preventing complications such as:

Bile Reflux:

Delayed drainage can cause bile to back up into the stomach, leading to nausea, vomiting, and discomfort. Infection:

Accumulation of fluids in the surgical site can increase the risk of bacterial growth and infection. Pancreatitis:

In rare cases, delayed drainage can cause inflammation of the pancreas due to obstruction of the pancreatic duct.

I'll address the rationales for choices A and D in the following sections.

Measuring oxygen saturation is not directly relevant to the administration of vancomycin or the monitoring of its potential side effects. While oxygen saturation is important to assess in patients with respiratory concerns, it does not provide information about kidney function, which is essential for safe vancomycin use.

Choice B rationale:

Auscultating bowel sounds, while a part of general abdominal assessment, is not the most crucial action before administering vancomycin. Vancomycin is not known to have significant effects on bowel motility, and its primary concern is nephrotoxicity.

Choice C rationale:

Assessing body temperature can be helpful in evaluating for infection, but it is not the most specific or sensitive indicator of vancomycin-related adverse effects. Fever can be a sign of various conditions, and it does not directly assess kidney function.

Choice D rationale:

Checking serum creatinine is the most essential action before administering vancomycin because it allows for assessment of kidney function. Vancomycin is primarily excreted by the kidneys, and impaired renal function can lead to elevated drug levels and increased risk of nephrotoxicity. By checking serum creatinine, the nurse can ensure that the patient's kidney function is adequate to safely excrete vancomycin and can adjust the dosage or frequency of administration if necessary.