Running, Rehabilitation, and Human Movement: A Biomechanical, Clinical, and Lifespan Approach to Athletic Performance and Functional Mobility

This textbook delivers an authoritative, systems‑based exploration of running as both a high‑performance activity and a fundamental expression of human mobility. Written for scholars, clinicians, and advanced students, it integrates biomechanics, movement science, clinical reasoning, physical therapy, sports medicine, rehabilitation medicine, and emerging technology into a unified framework that connects injury mechanisms with restored performance and normal functional mobility. Balancing academic rigor with clinical practicality, the book functions as both a reference and a hands‑on guide across the full continuum of care. Running is used as a model to explain broader principles of movement, load adaptation, neuromuscular control, and long‑term joint health, making the text relevant to athletic populations and individuals pursuing lifelong functional independence. What This Book Covers The text progresses logically from foundational theory to advanced clinical application, emphasizing real‑world relevance throughout. - Core principles of biomechanics, kinesiology, and movement science - Evolutionary and theoretical foundations of human locomotion - Multiplanar analysis of the running gait cycle - Kinetic chain and systems‑based movement concepts - Regional biomechanics of the lower extremity, pelvis, and spine - Neuromuscular coordination and myokinematics - Clinical gait analysis and orthopedic evaluation - Mechanisms of running‑related injuries and overuse pathologies - Load management, tissue adaptation, and stress injury models - Integration of wearable technology and motion analysis - Clinical reasoning, case integration, and return‑to‑running frameworks - Injury prevention, performance sustainability, and functional mobility Integrated Clinical, Scientific, and Technological Perspective Rather than isolating anatomy or pathology, the book emphasizes movement as an interaction of structure, control, tissue capacity, and environment. Injuries are framed as system‑level dysfunctions, supporting deeper clinical insight and more durable outcomes. Technology is incorporated to enhance assessment and progression while reinforcing clinician‑driven decision‑making. Designed for Education and Practice Structured to mirror professional education and advanced clinical training, this textbook is well-suited for students and practitioners in physical therapy, sports medicine, rehabilitation, and movement science. A clear progression from theory to application makes it a valid teaching text and a long‑term professional reference. A Foundation for Lifelong Mobility While centered on running, the book extends beyond sport. Running is presented as a stress test of human movement, revealing principles applicable to daily activity, work demands, and aging populations. The final chapters emphasize sustained activity, normal functional mobility, and long‑term independence. This textbook frames rehabilitation as a continuum—supporting performance when desired and preserving movement health for life.