A nurse is assisting in the care of a client suspected of having a tuberculosis infection. Which of the following personal protective equipment should the nurse wear when in the client's room?

A. Increased senses: PCA pump use, typically involving opioids, does not heighten the senses. Instead, opioids often dull sensory perception and can cause sedation rather than making sensations sharper or more intense.

B. Decreased sleep: Opioids used in PCA pumps often promote drowsiness and sleep rather than reducing it. Sleep disturbances are not a common direct effect of properly managed PCA analgesia unless pain remains uncontrolled.

C. Difficulty swallowing: Difficulty swallowing is not a usual side effect associated with PCA use. If it occurs, it would likely suggest another issue, such as a neurological problem, rather than a typical reaction to PCA-administered opioids.

D. Urinary frequency: Opioids can affect the bladder by either causing urinary retention or, less commonly, altering normal patterns. Clients receiving adequate hydration and pain management might experience urinary frequency, especially as mobility increases postoperatively.

A: Location A is near the infant’s foot, specifically around the ankle. This area is where the posterior tibial or dorsalis pedis pulse would be palpated, not the femoral pulse. These pulses are important for assessing peripheral circulation but are not the primary site for evaluating coarctation of the aorta, which requires checking central pulses like the femoral.

B: Location B is at the upper inner thigh, near the groin, where the femoral artery passes close to the skin surface. This is the correct site for palpating the femoral pulse in an infant. In conditions like coarctation of the aorta, comparing the strength of the brachial and femoral pulses is crucial to detect differences in blood flow between the upper and lower body.

C: Location C is on the upper arm, near the shoulder area, which corresponds to the location for checking the brachial pulse. The brachial pulse is commonly used in infants to assess heart rate, especially during resuscitation efforts. However, it is not the site for assessing femoral pulse strength, which is needed when evaluating for coarctation of the aorta.