A nurse is educating a client who has a new prescription for skin traction for a femur fracture. Which of the following information should the nurse include?

Nursing education for a client receiving skin traction for a femur fracture involves explaining the purpose, expected outcomes, and proper maintenance of traction therapy. Skin traction is used to immobilize a fractured extremity, reduce muscle spasms, and maintain proper bone alignment through the application of a pulling force via weights and adhesive materials. It is a temporary intervention commonly used before definitive surgical repair. Patient understanding helps promote cooperation and prevent complications such as skin breakdown and misalignment. Rationale: A. Weights should never rest on the floor because this would eliminate the traction force and interfere with proper bone alignment. For traction to be effective, the weights must hang freely at all times to maintain continuous and consistent pulling pressure. Allowing the weights to rest on a surface disrupts therapeutic alignment and may worsen the fracture. B. Skin traction does not provide a safer method for staff to turn the client; instead, it requires careful handling to maintain alignment and prevent complications. Turning the client still requires proper body mechanics and assistance to avoid disrupting the traction setup. The purpose of traction is therapeutic immobilization, not facilitating staff convenience in repositioning. C. Pins are not used in skin traction; they are associated with skeletal traction. Skin traction uses adhesive materials, wraps, or boots applied externally to the skin to apply the pulling force. Pin insertion into bone is an invasive procedure reserved for skeletal traction, which is used for more severe or long-term fracture stabilization. D. Skin traction helps reduce pain by decreasing muscle spasms that occur after a fracture. The steady pulling force aligns the bone fragments and relaxes surrounding muscles, which helps reduce discomfort and prevents further tissue damage. This is one of the primary therapeutic goals of traction therapy in fracture management.