What nursing interventions decrease the risk of pressure injuries? (Select all that apply.)

Choice A reason: A 44yearold prescribed antibiotics for pneumonia is not at the greatest risk for pressure injury development, because he or she does not have any major risk factors for pressure injury. Pressure injury is a localized damage to the skin and underlying tissues caused by pressure, shear, friction, or moisture. Antibiotics for pneumonia do not directly affect the skin integrity or blood circulation, nor do they impair the mobility or sensation of the client.

Choice B reason: A 26yearold bedridden client with a fractured leg is at a high risk for pressure injury development, but not the greatest, because he or she has only one major risk factor for pressure injury. Bedridden status is a major risk factor for pressure injury, because it causes prolonged pressure on the bony prominences, such as the sacrum, heels, or hips, which can impair blood flow and oxygen delivery to the skin and tissues. However, the client's age, fracture, and mobility may mitigate some of the risk, as he or she may have better skin elasticity, wound healing, and ability to reposition.

Choice C reason: A 65yearold with hemiparesis and incontinence is at the greatest risk for pressure injury development, because he or she has multiple major risk factors for pressure injury. Age is a risk factor for pressure injury, because it causes decreased skin elasticity, thickness, and vascularity, which can affect the skin's resilience and repair. Hemiparesis is a risk factor for pressure injury, because it causes reduced mobility, sensation, and muscle mass, which can affect the client's ability to reposition, feel pain, and maintain tissue perfusion. Incontinence is a risk factor for pressure injury, because it causes moisture, irritation, and infection of the skin, which can weaken the skin barrier and delay wound healing.

Choice D reason: A 78yearold requiring assistance to ambulate with a walker is at a moderate risk for pressure injury development, but not the greatest, because he or she has only one major risk factor for pressure injury. Age is a risk factor for pressure injury, as explained above. However, the client's ambulation and assistance may reduce some of the risk, as he or she may have less pressure, shear, and friction on the skin and tissues, and more blood circulation and oxygen delivery.

Choice A reason: This is not the best action because encouraging range of motion can worsen the symptoms and cause more damage to the nerves and blood vessels. Range of motion is the movement of the joints and muscles through their normal extent. Range of motion can help to prevent stiffness, contractures, and muscle atrophy, but it can also increase the swelling and pressure in the affected area, which can impair the circulation and sensation.

Choice B reason: This is not the best action because applying heat to the affected hand can worsen the symptoms and cause more damage to the tissues. Heat is the transfer of thermal energy from a warmer object to a cooler one. Heat can help to relax the muscles, reduce the pain, and increase the blood flow, but it can also increase the inflammation and edema in the affected area, which can compromise the oxygen and nutrient delivery to the tissues.

Choice C reason: This is the best action because removing the cast can decrease the pressure and restore the circulation and sensation to the affected area. A cast is a rigid device that immobilizes and protects a fractured or injured body part. A cast can help to align the bones, prevent displacement, and promote healing, but it can also cause complications, such as compartment syndrome, infection, or nerve damage. Compartment syndrome is a condition where the pressure inside the muscles increases to dangerous levels, causing severe pain, reduced blood flow, and tissue death. The nurse should remove the cast immediately and notify the physician if the client shows signs of compartment syndrome, such as numbness, tingling, pallor, coolness, or swelling.

Choice D reason: This is not the best action because raising the arm above the level of the heart can worsen the symptoms and cause more damage to the nerves and blood vessels. Raising the arm above the level of the heart can help to reduce the swelling and pain in the affected area, but it can also reduce the blood flow and oxygenation to the area, which can lead to ischemia, necrosis, or gangrene. The nurse should elevate the arm at or below the level of the heart and monitor the pulse, color, temperature, and sensation of the fingers.