Which statement reflects preventing or eliminating contracture or deformity?

Which statement reflects preventing or eliminating contracture or deformity?

• A. Prevent or eliminate contracture or deformity
• B. Create new deformities
• C. Ignore ROM deficits
• D. Limit movement

Answer: (A)

Preventing or eliminating contracture or deformity reflects the essential aim of maintaining and restoring tissue length and joint mobility to preserve functional use. Contractures happen when soft tissues shorten or scar inappropriately due to immobilization, poor positioning, edema, or spasticity, leading to reduced range of motion and possible deformity. Therefore, OT interventions focus on preserving or regaining ROM through active and passive exercises, proper positioning, edema control, and the use of splints or braces to hold joints in functional alignment. These actions prevent new shortening and promote tissue health, which is why this statement best matches the goal of OT practice. The other options describe approaches that would worsen or ignore the problem—creating deformities, ignoring ROM deficits, or limiting movement would all contribute to greater loss of motion and alignment.

Preventing or eliminating contracture or deformity reflects the essential aim of maintaining and restoring tissue length and joint mobility to preserve functional use. Contractures happen when soft tissues shorten or scar inappropriately due to immobilization, poor positioning, edema, or spasticity, leading to reduced range of motion and possible deformity. Therefore, OT interventions focus on preserving or regaining ROM through active and passive exercises, proper positioning, edema control, and the use of splints or braces to hold joints in functional alignment. These actions prevent new shortening and promote tissue health, which is why this statement best matches the goal of OT practice. The other options describe approaches that would worsen or ignore the problem—creating deformities, ignoring ROM deficits, or limiting movement would all contribute to greater loss of motion and alignment.