Which statement correctly describes a best practice to protect skin during movement?

Which statement correctly describes a best practice to protect skin during movement?

• A. Turn the patient every four hours.
• B. Friction-based sheets should be used to move quickly.
• C. Regular repositioning every two hours, pressure-relieving supports, and minimizing shear.
• D. Ignore warning signs of skin breakdown.

Answer: (C)

Protecting skin during movement hinges on relieving pressure on vulnerable areas, reducing shear and friction, and using devices that distribute weight more evenly. Repositioning a patient regularly—about every two hours—helps lift sustained pressure off bony prominences such as the sacrum, heels, and hips, which is how pressure injuries begin when someone is immobile. Coupled with pressure-relieving supports like specialized mattresses, overlays, foam pads, or cushions, this approach lowers peak pressures and spreads the load, making skin less susceptible to injury. Minimizing shear is another crucial piece. When turning or moving a patient, the goal is to shift the body without dragging the skin across bed linen. Lifting the patient or using slide sheets and appropriate equipment reduces friction and shear forces that can damage tissue under the skin. This combination—regular two-hour repositioning, pressure-relieving supports, and minimal shear—provides the most effective protection for skin during movement. Turning only every four hours offers less frequent relief from pressure, friction-based sheets can increase shear and damage skin, and ignoring warning signs of skin breakdown ignores the early indicators of trouble.

Protecting skin during movement hinges on relieving pressure on vulnerable areas, reducing shear and friction, and using devices that distribute weight more evenly. Repositioning a patient regularly—about every two hours—helps lift sustained pressure off bony prominences such as the sacrum, heels, and hips, which is how pressure injuries begin when someone is immobile. Coupled with pressure-relieving supports like specialized mattresses, overlays, foam pads, or cushions, this approach lowers peak pressures and spreads the load, making skin less susceptible to injury.

Minimizing shear is another crucial piece. When turning or moving a patient, the goal is to shift the body without dragging the skin across bed linen. Lifting the patient or using slide sheets and appropriate equipment reduces friction and shear forces that can damage tissue under the skin.

This combination—regular two-hour repositioning, pressure-relieving supports, and minimal shear—provides the most effective protection for skin during movement. Turning only every four hours offers less frequent relief from pressure, friction-based sheets can increase shear and damage skin, and ignoring warning signs of skin breakdown ignores the early indicators of trouble.