What practice best supports skin integrity in immobile patients during movement?

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Multiple Choice

What practice best supports skin integrity in immobile patients during movement?

Maintaining skin integrity for immobile patients is about relieving pressure, reducing shear, and protecting the skin during movement. Regular repositioning, typically every two hours, helps relieve the constant pressure on vulnerable areas like the sacrum, heels, and elbows, preventing tissue ischemia. Using pressure-relieving supports—specialized mattresses, overlays, and cushions—distributes that pressure more evenly so no single point bears too much load. Minimizing shear is also crucial. When moving a patient, lifting rather than dragging reduces the sliding between the skin and underlying tissues, which can cause deep tissue injury even if the surface pressure isn’t high. Together, these practices reduce both sustained pressure and friction forces that contribute to skin breakdown. Conversely, dragging the patient, turning only in response to pain, or using friction-based sheets all increase shear or delay protection of the skin, making them less appropriate choices.

Maintaining skin integrity for immobile patients is about relieving pressure, reducing shear, and protecting the skin during movement. Regular repositioning, typically every two hours, helps relieve the constant pressure on vulnerable areas like the sacrum, heels, and elbows, preventing tissue ischemia. Using pressure-relieving supports—specialized mattresses, overlays, and cushions—distributes that pressure more evenly so no single point bears too much load.

Minimizing shear is also crucial. When moving a patient, lifting rather than dragging reduces the sliding between the skin and underlying tissues, which can cause deep tissue injury even if the surface pressure isn’t high. Together, these practices reduce both sustained pressure and friction forces that contribute to skin breakdown.

Conversely, dragging the patient, turning only in response to pain, or using friction-based sheets all increase shear or delay protection of the skin, making them less appropriate choices.

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