Case Studies
Chapter 10 Case Studies Introduction Case 1. Shoulder Pain Case 2. Compromised Gait and Function Secondary to Muscle Weakness Case 3. Fatigue Secondary to Muscle Weakness Case 4. Muscle Weakness Following Nerve Injury Case…
Chapter 10 Case Studies Introduction Case 1. Shoulder Pain Case 2. Compromised Gait and Function Secondary to Muscle Weakness Case 3. Fatigue Secondary to Muscle Weakness Case 4. Muscle Weakness Following Nerve Injury Case…
Chapter 1 Principles of Manual Muscle Testing The Grading System Overview of Test Procedures Criteria for Assigning a Muscle Test Grade Screening Tests Preparing for the Muscle Test Summary Muscle…
Chapter 2 Relevance and Limitations of Manual Muscle Testing Introduction The Examiner and the Value of the Muscle Test Influence of the Patient on the Test Use of Manual Muscle…
Chapter 13 Upper Extremity Splints and Casts Figure-of-8 splint Overview 1. Figure-of-8 splints are used primarily for fractures about the clavicle. 2. Figure-of-8 splints are commercially prepared devices intended to…
Chapter 14 Lower Extremity Splints and Casts Hip spica cast Overview 1. The hip spica cast is one of the most difficult casts to apply. 2. The hip spica cast…
Chapter 12 Basics of Splinting and Casting Basic principles First, Do No Harm 1. Make sure that the potential complications of applying and maintaining a cast or splint are less…
Chapter 10 Forearm, Wrist, and Hand Reduction Forearm fractures Overview 1. Fractures of both bones of the forearm (Figure 10-1) should be reduced anatomically (except in children younger than 12…
Chapter 9 Shoulder and Elbow Reduction Clavicle fracture Overview 1. Most clavicle fractures require no reduction. 2. Closed reductions cannot be maintained and should not be attempted. Indications for Use…
Chapter 11 Pelvis and Lower Extremity Reduction Pelvis reduction Overview 1. Application of a pelvic binder is a key step in the initial management of an unstable pelvic fracture. 2….
Chapter 8 Basic Principles of Reduction Maneuvers The three-point principle 1. Diaphyseal fractures (Figure 8-1, A): a. The primary reductive force should be applied against the apex of the fracture….