Prepare for the HAS 110 – Patient Movement Fundamentals Exam with our comprehensive quiz. Use flashcards and multiple choice questions, complete with hints and detailed explanations. Gear up for your test!

Multiple Choice

Which of the following actions most accurately reflects recommended skin-protection during patient transfers?

Protecting skin during transfers hinges on reducing pressure, friction, and shear while keeping the skin clean and dry. Regular repositioning—about every two hours—helps relieve pressure on bony areas so no single spot stays compressed for long. Using pressure-relieving supports, such as specialized mattresses or cushions, spreads weight more evenly and lowers peak pressure on vulnerable sites. Minimizing shear is crucial during any move: sliding the patient across sheets creates friction and shear forces that can tear or injure skin and disrupt blood flow. So, moving with smooth, coordinated motions and using transfer aids like slide sheets or lifting devices minimizes skin trauma. The other options don’t adequately address these risks: dragging increases shear and skin damage; a thick blanket may add friction and heat instead of preventing injury; turning only when discomfort is noted delays relief from pressure and raises injury risk.

Protecting skin during transfers hinges on reducing pressure, friction, and shear while keeping the skin clean and dry. Regular repositioning—about every two hours—helps relieve pressure on bony areas so no single spot stays compressed for long. Using pressure-relieving supports, such as specialized mattresses or cushions, spreads weight more evenly and lowers peak pressure on vulnerable sites. Minimizing shear is crucial during any move: sliding the patient across sheets creates friction and shear forces that can tear or injure skin and disrupt blood flow. So, moving with smooth, coordinated motions and using transfer aids like slide sheets or lifting devices minimizes skin trauma.

The other options don’t adequately address these risks: dragging increases shear and skin damage; a thick blanket may add friction and heat instead of preventing injury; turning only when discomfort is noted delays relief from pressure and raises injury risk.