A client is to receive 2 grams of amoxicillin/clavulanic acid every 12 hours. The medication is supplied in 500 mg capsules. The client confirms with the nurse that they should take how many capsules with them on a 3-day business trip out of town?

(Use preceding zeros. Do not use trailing zeros)

B. Deep breathing and coughing exercises help to maintain lung expansion and prevent atelectasis (collapse of lung tissue), clear secretions from the airways, which can reduce the risk of respiratory infections like pneumonia, improve oxygenation and ventilation-perfusion matching in the lungs. Additionally, deep breathing exercises can stimulate circulation indirectly by improving oxygenation and gas exchange, which can benefit circulatory function.

A. Massaging bony areas can help prevent pressure ulcers (bedsores) in immobile patients, but it does not directly improve respiratory or circulatory functions. While skin integrity is important, it does not address the physiological needs of respiratory and circulatory systems.

C. While nutrition is important for overall health, especially in a nonresponsive client who may not be able to feed themselves orally, tube feedings primarily address nutritional needs and do not directly impact respiratory or circulatory functions. They are important for preventing malnutrition and supporting recovery, but they do not specifically target the goals of improving respiratory or circulatory functions.

D. Changing positions regularly is crucial for preventing complications such as pressure ulcers and maintaining skin integrity. It can also aid in improving circulation by relieving pressure on vulnerable areas and promoting blood flow. Proper positioning can optimize respiratory function by preventing pooling of secretions and improving lung ventilation. Additionally, positional changes encourage movement of the diaphragm and chest wall, which aids in ventilation and gas exchange.

C. Regular assessment of the IV site is crucial to detect early signs of infiltration. Signs of infiltration include swelling, coolness, pain, or blanching around the insertion site. Assessing the site allows nurses to intervene promptly if infiltration occurs, preventing further complications such as tissue damage or fluid overload.

A. Flushing the IV catheter with normal saline helps to maintain patency and prevent blockage of the catheter. It also ensures that medications are effectively delivered into the bloodstream. While this action is important for maintaining the function of the IV catheter, it primarily addresses patency rather than preventing infiltration directly.

B. Securing the IV catheter to the extremity with a securement device (such as tape or a transparent dressing) helps prevent accidental dislodgement or movement of the catheter. This reduces the risk of

mechanical irritation at the insertion site, which can contribute to infiltration. Proper securement also ensures that the catheter remains in place during movement or patient activities.

D. Proper technique during catheter insertion helps reduce the risk of infection and subsequent complications, but it also indirectly contributes to preventing infiltration. Contamination during insertion can lead to inflammation or infection at the site, which may increase the risk of infiltration due to compromised tissue integrity.