When moving an immobile patient, which practice best reduces skin injury?

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Multiple Choice

When moving an immobile patient, which practice best reduces skin injury?

Reducing skin injury in immobile patients comes from relieving pressure, lowering friction, and minimizing shear during movement. Repositioning regularly helps prevent prolonged pressure over bony areas like the sacrum, heels, and elbows, which is the main cause of pressure injuries. Doing this every two hours ensures tissues get a chance to restore blood flow and stay healthier. Using pressure-relieving supports, such as specialized mattresses, overlays, and cushions, distributes body weight more evenly. This lowers the peak pressure on any single point, further protecting vulnerable skin. Minimizing shear is also crucial. Shear occurs when the skin stays in place while deeper tissues move, which can tear and damage skin. Proper technique means lifting or sliding the patient with a draw sheet or lift rather than dragging, and minimizing head-of-bed elevation when possible to reduce sliding. These elements together—regular repositioning, targeted support surfaces, and careful movement techniques—best prevent skin injury. The other options fall short because infrequent turns, waiting for patient complaints, or ignoring tools like draw sheets increase friction, shear, or continuous pressure, all raising the risk of skin damage.

Reducing skin injury in immobile patients comes from relieving pressure, lowering friction, and minimizing shear during movement. Repositioning regularly helps prevent prolonged pressure over bony areas like the sacrum, heels, and elbows, which is the main cause of pressure injuries. Doing this every two hours ensures tissues get a chance to restore blood flow and stay healthier.

Using pressure-relieving supports, such as specialized mattresses, overlays, and cushions, distributes body weight more evenly. This lowers the peak pressure on any single point, further protecting vulnerable skin.

Minimizing shear is also crucial. Shear occurs when the skin stays in place while deeper tissues move, which can tear and damage skin. Proper technique means lifting or sliding the patient with a draw sheet or lift rather than dragging, and minimizing head-of-bed elevation when possible to reduce sliding.

These elements together—regular repositioning, targeted support surfaces, and careful movement techniques—best prevent skin injury. The other options fall short because infrequent turns, waiting for patient complaints, or ignoring tools like draw sheets increase friction, shear, or continuous pressure, all raising the risk of skin damage.

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