Which three nursing interventions can be used to prevent the spread of infection?

Choice A reason:
Assessing the operative site is important to monitor for signs of bleeding, infection, or other complications. However, it is not the most critical, high-priority assessment immediately after surgery. While the condition of the surgical site can provide valuable information about the patient’s recovery and potential complications, it does not take precedence over ensuring the patient’s airway is clear and they are breathing adequately. The operative site can be assessed once the patient’s airway, breathing, and circulation are stable.
Choice B reason:
Airway assessment is the most critical, high-priority assessment in the PACU. Ensuring that the patient’s airway is clear and they are breathing properly is paramount because anesthesia can depress the central nervous system, leading to compromised airway patency and respiratory function. The primary goal in the immediate postoperative period is to ensure that the patient is ventilating adequately to prevent hypoxia and other respiratory complications. This involves checking for airway obstruction, monitoring respiratory rate, and ensuring that oxygen saturation levels are within normal ranges (typically 95-100% for healthy individuals). Any issues with the airway must be addressed immediately to prevent life-threatening complications.
Choice C reason:
Assessing the pulse is crucial for monitoring the patient’s cardiovascular status, including heart rate and rhythm. This can help detect arrhythmias, hypovolemia, or other cardiovascular issues that may arise postoperatively. However, while important, it is secondary to ensuring that the patient’s airway is clear and they are breathing adequately. The pulse can be assessed once the airway and breathing are confirmed to be stable. Normal pulse rates for adults typically range from 60 to 100 beats per minute.
Choice D reason:
Assessing skin integrity is important for identifying signs of pressure ulcers, infection, or other skin-related issues. However, this assessment is not the highest priority immediately after surgery. Ensuring the patient’s airway, breathing, and circulation are stable takes precedence. Skin integrity can be assessed once the patient is stable and other critical assessments have been completed. Maintaining skin integrity is essential for overall patient care, but it does not supersede the need to ensure the patient is breathing properly and has a clear airway.

Choice A: 3% Saline
3% Saline is a hypertonic solution, meaning it has a higher concentration of solutes compared to the blood plasma. It is typically used in critical care settings for specific conditions such as severe hyponatremia or cerebral edema. Administering 3% Saline to a patient with a fluid deficit who requires isotonic fluid replacement would not be appropriate because it could lead to cellular dehydration and other complications due to its high osmolarity.
Choice B: Saline 0.45%
Saline 0.45%, also known as half-normal saline, is a hypotonic solution. It has a lower concentration of solutes compared to blood plasma and is used to treat patients with hypernatremia or those who need to be rehydrated without adding too much sodium. However, it is not suitable for isotonic fluid replacement because it can cause cells to swell and potentially burst due to the influx of water into the cells.
Choice C: Saline 0.9%
Saline 0.9%, also known as normal saline, is an isotonic solution. It has the same concentration of solutes as blood plasma, making it ideal for fluid replacement in patients with a fluid deficit. Normal saline is commonly used to expand the extracellular fluid volume without causing significant shifts in fluid between compartments. This makes it the appropriate choice for isotonic fluid replacement.
Choice D: Dextrose 10%
Dextrose 10% is a hypertonic solution used primarily for providing calories in patients who need parenteral nutrition or for treating severe hypoglycemia. It is not suitable for isotonic fluid replacement because its high glucose content can lead to osmotic diuresis and fluid shifts that are not desirable in patients needing isotonic fluids.