Safe Patient Handling and Mobility Techniques – 60+ Verified Exam Questions on Lifts, Transfers, SPHM Equipment, and Ergonomic Protocols (AY 2025/2026)

This expertly compiled reviewer offers 60+ verified exam questions with correct answers on Safe Patient Handling and Mobility (SPHM), fully updated for the 2025/2026 academic year. The content is essential for healthcare students and professionals focused on reducing musculoskeletal injuries, promoting patient dignity, and applying evidence-based transfer techniques in clinical settings. Key topics include: Repositioning, transfers, and ambulation assistance techniques using gait belts, walkers, canes, and crutches Use and differentiation of SPHM devices: full-powered body sling lifts, transfer boards, ceiling-mounted lifts, lateral-assist devices, and inflatable mattresses Guidelines for cast application, skin vs skeletal traction, external fixation, and pressure injury prevention during immobility Definitions and applications of continuous passive motion devices, compression stockings, traction methods, and mobility assessment tools Safety-focused content like no-lift policy, friction-reducing sheets, ergonomics, and Bariatric handling algorithms for patients over 300 lbs or BMI >40 Reinforcement of clinical decision-making, functional ability assessments, and tools for evaluating weight-bearing capability Ideal for students in Nursing, Physical Therapy, Occupational Therapy, Rehabilitation Science, and Allied Health programs, this document supports licensure prep, clinical training, and daily bedside care protocols in both acute and long-term care environments. Keywords: safe patient handling, mobility techniques, SPHM, full-body lifts, gait belt, lateral transfer, bariatric patient, ceiling-mounted lift, ambulation, pressure injuries, friction-reducing device, patient dignity, ergonomic transfer, musculoskeletal injury, passive motion device, external fixation, skin traction, skeletal traction, mobility assessment, no-lift policy, compression device, powered stand-assist