Which technique should the nurse use when assessing the client for early signs of rheumatoid arthritis?

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.

Choice A rationale:

Deep breathing and coughing exercises are not a priority intervention immediately following eye surgery. They are more commonly used to prevent postoperative pulmonary complications, such as pneumonia or atelectasis, in patients who have undergone general anesthesia or have respiratory conditions.

While deep breathing and coughing exercises can help promote circulation and prevent blood clots, they are not directly relevant to protecting the eye after surgery.

Engaging in deep breathing and coughing exercises too soon after eye surgery could potentially increase intraocular pressure, which could strain the healing eye and potentially lead to complications.

Choice B rationale:

Obtaining vital signs every 2 hours is a standard nursing intervention for monitoring a patient's overall condition, but it is not the most immediate priority following eye surgery.

Vital signs can provide important information about the patient's heart rate, blood pressure, respiratory rate, and temperature, but they do not directly address the protection of the surgically treated eye.

While monitoring vital signs is important, it does not specifically address the prevention of injury or complications to the eye itself.

Choice C rationale:

Providing an eye shield is the most crucial intervention to protect the eye immediately following surgery. The eye shield serves several important purposes:

Protection from accidental injury: It prevents the patient from accidentally rubbing or bumping the eye during sleep, which could cause further damage or disrupt the healing process.

Prevention of infection: It helps to keep the eye clean and free from debris, reducing the risk of infection. Reduction of swelling: It can help to minimize swelling and discomfort by applying gentle pressure to the eye area.

Promotion of healing: By creating a dark and protected environment, the eye shield can promote rest and healing of the tissues.

Choice D rationale:

Teaching a family member to administer eye drops is an important intervention for long-term care, but it is not the most immediate priority following surgery.

The patient may be able to administer eye drops independently, or a nurse may be responsible for administering them in the initial post-operative period.

Focusing on teaching family members about eye drop administration right after surgery could distract from more urgent priorities, such as protecting the eye with an eye shield.