Urinary tract infections are the most common healthcare-associated infection.

Choice A reason:

Checking the patient’s temperature daily is crucial for early detection of infections. Fever is often one of the first signs of an infection, including Healthcare-Associated Infections (HAIs). Regular monitoring of temperature can help identify infections early, allowing for prompt intervention and treatment. This is particularly important for Mr. Johnson, who is at increased risk due to his recent surgery and the presence of a Foley catheter. Normal body temperature ranges from 97°F to 99°F (36.1°C to 37.2°C).

Choice B reason:

Keeping the surgical dressing in place for the first three post-op days is important for protecting the surgical site from contamination and infection. However, it is not necessarily a strategy to decrease the risk of HAIs beyond the initial postoperative period. The dressing should be changed according to the healthcare provider’s instructions to ensure the wound remains clean and dry. While this is a good practice, it is not as directly related to preventing HAIs as the other interventions.

Choice C reason:

Encouraging and assisting with early ambulation is vital for preventing postoperative complications, including HAIs. Early ambulation helps improve circulation, lung function, and gastrointestinal motility, reducing the risk of complications such as pneumonia and deep vein thrombosis (DVT). It also promotes overall recovery and reduces the length of hospital stay, which in turn decreases the risk of HAIs. Mobilizing patients early can help prevent respiratory infections and other complications associated with prolonged bed rest.

Choice D reason:

Assessing the need for the Foley catheter every shift is essential for preventing catheter-associated urinary tract infections (CAUTIs). Foley catheters are a common source of HAIs, and their use should be minimized whenever possible. Regular assessment of the necessity of the catheter can help ensure it is removed as soon as it is no longer needed, reducing the risk of infection. The CDC recommends removing catheters as soon as they are no longer necessary to prevent CAUTIs.

Choice E reason:

Teaching and encouraging the use of an incentive spirometer is an effective strategy for preventing postoperative respiratory complications, including pneumonia. Incentive spirometry encourages deep breathing and lung expansion, which helps prevent atelectasis and improves oxygenation. This is particularly important for postoperative patients who are at risk of developing respiratory infections due to immobility and the effects of anesthesia. Proper use of an incentive spirometer can significantly reduce the risk of respiratory HAIs.

Choice F reason:

Monitoring laboratory values is important for overall patient care but is not specifically targeted at preventing HAIs. Laboratory values can provide valuable information about the patient’s health status and help guide treatment decisions. However, they do not directly address the prevention of infections. While monitoring lab values is a good practice, it is not as directly related to HAI prevention as the other interventions listed.

Choice A: Agency policy

While agency policy provides guidelines for reassessment intervals, it is not the primary factor in determining the specific time frame for reassessing a patient’s pain level. Policies serve as a general framework, but individual patient needs and clinical judgment should guide the reassessment timing.

Choice B: Type of intervention

This is a correct answer. The type of pain management intervention used significantly influences the reassessment time frame. For example, after administering intravenous pain medication, reassessment should occur sooner compared to oral medications due to the faster onset of action. Different interventions have varying durations of effectiveness, necessitating tailored reassessment intervals.

Choice C: Pain severity

This is another correct answer. The severity of the patient’s pain is a crucial factor in determining reassessment timing. Patients experiencing severe pain may require more frequent reassessments to ensure that pain management strategies are effective and to make timely adjustments if needed.

Choice D: If family members are present in the patient’s room

The presence of family members in the patient’s room is not a primary factor in determining the reassessment time frame. While family members can provide valuable support and information, the focus should remain on the patient’s clinical needs and the effectiveness of pain management interventions.

Choice E: The patient’s psychosocial condition

This is a correct answer. The patient’s psychosocial condition, including their emotional and mental state, can impact their perception of pain and response to pain management. Patients with anxiety, depression, or other psychosocial issues may require more frequent reassessments to address both physical and emotional aspects of pain.

Choice F: Risks for adverse effects

This is also a correct answer. The potential for adverse effects from pain management interventions necessitates careful monitoring and timely reassessment. For instance, opioids carry risks of respiratory depression and sedation, requiring close observation and frequent reassessment to ensure patient safety.

Choice G: Workload of the nurse

While the nurse’s workload can influence the practical aspects of care delivery, it should not dictate the reassessment time frame. Patient needs and clinical priorities should guide reassessment intervals, with workload management being a secondary consideration.

Choice H: The patient’s physical condition

This is the final correct answer. The patient’s overall physical condition, including comorbidities and current health status, affects their response to pain management and the need for reassessment. Patients with complex medical conditions may require more frequent monitoring to ensure effective pain control and to promptly address any complications.