Clinicians prescribing therapeutic exercise need a resource that bridges the gap between theoretical biomechanics and real-world clinical application - one that connects pathophysiology to exercise selection, dosing, and progression with evidence-based precision.
Many existing references in rehabilitation and exercise science fall on one of two extremes. Comprehensive textbooks devote hundreds of pages to foundational science but leave clinicians searching for practical prescription parameters. Condensed exercise guides offer sets-and-reps protocols but strip away the clinical reasoning that informs safe, effective progression - especially for patients with complex movement dysfunction, post-surgical restrictions, or multi-system comorbidities.
Therapeutic Exercise for Rehabilitation and Recovery: Evidence-Based Principles, Clinical Techniques, and Exercise Prescription for Movement Dysfunction and Functional Restoration was built to fill this gap. This clinical guide integrates the science of tissue healing, motor control, and exercise physiology with structured exercise prescription strategies for the full spectrum of movement dysfunction - from acute injury and post-operative recovery through chronic musculoskeletal conditions and functional restoration.
More than 100 clinical procedure and teaching videos, accessible through integrated QR codes, bring therapeutic techniques and exercise demonstrations to life beyond the printed page. Clinical images and illustrations throughout the text reinforce anatomical relationships, proper form, and key clinical concepts.
Designed for physical therapists, occupational therapists, rehabilitation physicians, sports medicine clinicians, athletic trainers, and advanced practice providers managing patients with movement dysfunction. Also valuable for orthopedic and PM&R residents, fellows, and students in rehabilitation sciences.
Put current, evidence-based therapeutic exercise guidance into your clinical practice - order your copy today.