Autorentext

Katherine Schofield is a Full Professor and Assistant Program Director for Midwestern University's Occupational Therapy Program in Glendale, Arizona.

Deborah Schwartz is a hand therapist with over 40 years of experience as a practicing clinician. She works with Orfit Industries America to promote product awareness and splinting education.

Klappentext

Providing foundational knowledge for the use of orthoses as an intervention in occupational therapy practice, this unique guide to orthotic design and fabrication offers clear step-by-step guidance supported by case studies, example patterns, and instructional videos.

The first chapters detail the anatomical knowledge and background information required before molding orthoses on clients. Each chapter then explores a specific part of the upper extremity, describing common clinical diagnoses before highlighting typical orthoses that might be utilized to immobilize and protect it. Detailing the application of biomechanical, anatomic and clinical constructs, this new edition has been updated with new chapters on pediatric orthotic fabrication and 3D printed orthoses and adaptive aids. Other chapters have also been updated, with additional information on prefabricated orthoses and information on where to purchase them.

Also featuring multiple choice and short review questions to help with exam preparation, this is the ideal entry-level resource offering both text and video in illustrating this important area. It will be key reading for both Occupational Therapy students and practitioners.

Inhalt

Part I Foundations of Orthotic Design. 1.Orthotic Fabrication Principles and Practice. 2.Anatomical and Biomechanical Principles of Orthotic Intervention. 3.The Basics. Part II Orthoses as Interventions. 4.Wrist Immobilization Orthoses. 5.Wrist and Hand Immobilization Orthoses. 6.Forearm- and Hand-Based Thumb Orthoses. 7.Elbow, Wrist, and Hand Immobilization Orthoses. 8.Hand-Based Orthoses. 9.Digit-Based Orthoses. Part III Advanced Orthotic Concepts. 10.Orthoses for Tendon Management. 11.Orthoses for Mobilization. 12.Orthoses for the Pediatric Population. 13.3D Printed Orthoses for the Upper Extremity and Adaptive Aids.