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Table of Contents
Intro; Preface; Acknowledgements; Contents; About the Editors; Part I: Basics Knowledge of the Proprioception; 1: Neurophysiology and Assessment of the Proprioception; 1.1 Introduction; 1.2 Proprioceptive Receptors and Pathways; 1.2.1 Peripheral Receptors and Pathway of Proprioception; 1.2.2 Ruffini Endings, Pacinian Corpuscles, and Golgi-Like Receptors Are Joint Mechanoreceptors; 1.3 Propriospinal Neurons and Pathway of Proprioception; 1.4 Cortical Receptors and Pathway of Proprioception; 1.5 Peripheral Assessment Techniques of Proprioception.
1.6 Cortical Assessment Techniques of ProprioceptionReferences; 2: Posture, Kinesthesia, Foot Sensation, Balance, and Proprioception; 2.1 Introduction; 2.2 Foot-Subtalar-Ankle Functional Anatomy; 2.3 Foot Mechanoreception; 2.4 Subtalar-Ankle Joint Region Mechanoreception; 2.5 Foot-Subtalar-Ankle Joint Contributions to Standing Balance and Neuromuscular Postural Control; 2.6 Therapeutic Interventions to Enhance Whole-Body Neuromuscular Postural Control Through the Foot; 2.7 Proprioception After Foot and Ankle Surgery; 2.8 Proprioception After Ligament Repair.
2.9 Proprioception After Achilles Tendon Repair2.10 Proprioception After Osteochondral Surgery of the Talar Dome; References; 3: Treatment of the Proprioception and Technology; 3.1 Enhancement of Proprioception with Robot Training, Virtual Reality, and iProprio; 3.1.1 New Technological Materials for Proprioception; 3.2 Assessment of Proprioception with Robotic Devices; References; Part II: Clinical Knowledge of the Proprioception; 4: Proprioception After Shoulder Injury, Surgery, and Rehabilitation; 4.1 Proprioceptive Sense in Glenohumeral Joint.
4.2 Effect of Injury on Proprioceptive Sense4.3 Evaluation of the Proprioceptive Sense; 4.4 Restoration of Proprioceptive Sense; 4.4.1 Role of Surgery on Shoulder Proprioception; 4.4.2 Physiotherapy and Rehabilitation; References; 5: Proprioception After Elbow Injury, Surgery, and Rehabilitation; 5.1 Proprioception After Elbow Injury/Surgery and Rehabilitation; 5.2 Elbow Structures Containing Proprioceptive Afferents; 5.3 Injury Models of Elbow; 5.3.1 Trauma; 5.3.2 Idiopathic; 5.3.3 Elbow's Response to Injury, Trauma, and Rehabilitation.
5.3.4 Surgery or Conservative Treatment? Which Is Better for Proprioception?5.4 Assessing Proprioception in Elbow; 5.5 Rehabilitation Approaches After Elbow Injury; 5.5.1 Effects of Taping/Orthotics on Elbow Proprioception; References; 6: Proprioception After Hand and Wrist Injury, Surgery, and Rehabilitation; 6.1 Assessment of Proprioception in the Hand; 6.2 Rehabilitation Program in Wrist Proprioception; 6.2.1 Early-Phase Rehabilitation Methods; 6.2.2 Late-Phase Rehabilitation Methods; 6.3 Proprioception in Orthopaedics Conditions; References.
1.6 Cortical Assessment Techniques of ProprioceptionReferences; 2: Posture, Kinesthesia, Foot Sensation, Balance, and Proprioception; 2.1 Introduction; 2.2 Foot-Subtalar-Ankle Functional Anatomy; 2.3 Foot Mechanoreception; 2.4 Subtalar-Ankle Joint Region Mechanoreception; 2.5 Foot-Subtalar-Ankle Joint Contributions to Standing Balance and Neuromuscular Postural Control; 2.6 Therapeutic Interventions to Enhance Whole-Body Neuromuscular Postural Control Through the Foot; 2.7 Proprioception After Foot and Ankle Surgery; 2.8 Proprioception After Ligament Repair.
2.9 Proprioception After Achilles Tendon Repair2.10 Proprioception After Osteochondral Surgery of the Talar Dome; References; 3: Treatment of the Proprioception and Technology; 3.1 Enhancement of Proprioception with Robot Training, Virtual Reality, and iProprio; 3.1.1 New Technological Materials for Proprioception; 3.2 Assessment of Proprioception with Robotic Devices; References; Part II: Clinical Knowledge of the Proprioception; 4: Proprioception After Shoulder Injury, Surgery, and Rehabilitation; 4.1 Proprioceptive Sense in Glenohumeral Joint.
4.2 Effect of Injury on Proprioceptive Sense4.3 Evaluation of the Proprioceptive Sense; 4.4 Restoration of Proprioceptive Sense; 4.4.1 Role of Surgery on Shoulder Proprioception; 4.4.2 Physiotherapy and Rehabilitation; References; 5: Proprioception After Elbow Injury, Surgery, and Rehabilitation; 5.1 Proprioception After Elbow Injury/Surgery and Rehabilitation; 5.2 Elbow Structures Containing Proprioceptive Afferents; 5.3 Injury Models of Elbow; 5.3.1 Trauma; 5.3.2 Idiopathic; 5.3.3 Elbow's Response to Injury, Trauma, and Rehabilitation.
5.3.4 Surgery or Conservative Treatment? Which Is Better for Proprioception?5.4 Assessing Proprioception in Elbow; 5.5 Rehabilitation Approaches After Elbow Injury; 5.5.1 Effects of Taping/Orthotics on Elbow Proprioception; References; 6: Proprioception After Hand and Wrist Injury, Surgery, and Rehabilitation; 6.1 Assessment of Proprioception in the Hand; 6.2 Rehabilitation Program in Wrist Proprioception; 6.2.1 Early-Phase Rehabilitation Methods; 6.2.2 Late-Phase Rehabilitation Methods; 6.3 Proprioception in Orthopaedics Conditions; References.