A physical therapist is teaching a patient with T12 paraplegia to fall. The patient uses bilateral KAFO and forearm crutches with swing-to gait. The MOST appropriate method to prevent injury is to

A physical therapist is teaching a patient with T12 paraplegia to fall. The patient uses bilateral KAFO and forearm crutches with swing-to gait. The MOST appropriate method to prevent injury is to

• A. Have the patient wear a helmet and practice on a soft padded surface
• B. Give the patient written instructions and illustrations on falling
• C. Demonstrate and guide the patient through the correct process of falling
• D. Demonstrate the correct method of falling

Answer: (C)

Teaching a safe fall relies on motor learning through guided, hands-on practice. Demonstrating the correct fall sequence and then actively guiding the patient through each step allows for real-time feedback, precise body positioning, and timing of protective movements. The patient can learn how to tuck and roll, distribute load through the arms and trunk, and protect the head and spine, which reduces injury risk during an actual fall. Simply giving written instructions or watching a single demonstration lacks the kinesthetic practice and feedback necessary for reliable replication, and relying on protective equipment or padding alone does not teach the skill itself. By modeling the technique and then guiding the patient with hands-on assistance and feedback, the patient builds a transferable, automatic fall response that remains safe across real-life situations.

Teaching a safe fall relies on motor learning through guided, hands-on practice. Demonstrating the correct fall sequence and then actively guiding the patient through each step allows for real-time feedback, precise body positioning, and timing of protective movements. The patient can learn how to tuck and roll, distribute load through the arms and trunk, and protect the head and spine, which reduces injury risk during an actual fall. Simply giving written instructions or watching a single demonstration lacks the kinesthetic practice and feedback necessary for reliable replication, and relying on protective equipment or padding alone does not teach the skill itself. By modeling the technique and then guiding the patient with hands-on assistance and feedback, the patient builds a transferable, automatic fall response that remains safe across real-life situations.