Foot and Ankle Motion Analysis

Clinical Treatment and Technology

Gerald F. Harris, Peter A. Smith

• Editorial: CRC Press
• Año: 2007
• ISBN:
  9781420005745
• Edición: 1
• Categoría: Medicine
• Categoría: Biotechnology in Medicine

Human motion analysis or gait analysis is used throughout the country and the world in clinics for pre-surgical planning and postsurgical follow-up. Only recently have technological advances truly begun to meet medical needs by supplying more accurate analytical data from which to make educated assessments of dynamic foot and ankle pathology. A com

Índice

• Front cover
• Preface
• Editors
• Contributors
• Acknowledgments
• Table of Contents
• Chapter 1. Foot and Ankle Motion Analysis: Evolutionary Perspectives and Introduction
• Chapter 2. Clinical Applications of Foot and Ankle Motion Analysis in Children
• Chapter 3. Functional Gait Analysis in Children Following Clubfoot Releases
• Chapter 4. Dynamic Plantar Pressure Characteristics and Clinical Applications in Patients with Residual Clubfoot
• Chapter 5. Three-Dimensional Magnetic Resonance Imaging Modeling of Normal and Surgically Treated Clubfeet
• Chapter 6. Dynamic Foot Pressure in the Early Evolution of Foot Deformities in Children with Spastic Cerebral Palsy
• Chapter 7. Plantar Pressure-Based Quantitative Assessment of Subtalar Arthrodesis in the Rehabilitation of the Planovalgus Foot Deformity
• Chapter 8. Chemodenervation and Motion Assessment
• Chapter 9. Equinovarus Foot: Electromyography Analysis and Clinical Outcome
• Chapter 10. Lower Extremity Characterization of Walker-Assisted Gait in Children with Spastic Diplegic Cerebral Palsy
• Chapter 11. Response to Balance Perturbation: A Strategy for Pediatric Assessment
• Chapter 12. Gait Analysis in Posterior Tibial Tendon Dysfunction: Pre- and Postoperative Analysis Compared to a Normal Population
• Chapter 13. Hallux Valgus: A Pre- and Postoperative Analysis of Gait
• Chapter 14. Hallux Rigidus: A Pre- and Postoperative Analysis of Gait
• Chapter 15. Preoperative and Postoperative Gait Analysis of the Rheumatoid Forefoot
• Chapter 16. Foot and Ankle Motion Analysis of Patients with Ankle Arthritis
• Chapter 17. Total Ankle Arthroplasty: A Pre- and Postoperative Analysis of Gait*
• Chapter 18. Dynamic Poly-EMG in Gait Analysis for the Assessment of Equinovarus Foot
• Chapter 19. The Challenge of the Diabetic Foot
• Chapter 20. The Biomechanics of the Diabetic Foot
• Chapter 21. Three-Dimensional Finite Element Analysis of the Fifth Metatarsal Jones Fracture
• Chapter 22. A System for the Analysis of Foot and Ankle Kinematics during Gait*
• Chapter 23. Validation of a Multisegment Foot and Ankle Kinematic Model for Pediatric Gait*
• Chapter 24. Measurement of Foot Kinematics and Plantar Pressure in Children Using the Oxford Foot Model
• Chapter 25. The Design, Development, and Initial Evaluation of a Multisegment Foot Model for Routine Clinical Gait Analysis
• Chapter 26. Reliability of a Clinically Practical Multisegment Foot Marker Set/Model
• Chapter 27. A Multisegment, 3D Kinematic Model of the Foot and Ankle
• Chapter 28. A Spatial Linkage Model of the Ankle Complex
• Chapter 29. Multisegment Foot Biomechanics in Dynamic Hindfoot Varus
• Chapter 30. The Accuracy and Utility of Virtual Markers
• Chapter 31. Determination of Subject-Specific Ankle Joint Axes from Measured Foot Motion
• Chapter 32. Dynamic Radiographic Measurement of Three- Dimensional Skeletal Motion
• Chapter 33. Exploring the Frontiers of V Multibody Ankle Dynamics Using Fast-Phase Contrast Magnetic Resonance Imaging
• Chapter 34. Kinetic Measures of the Foot: Overcoming Current Obstacles
• Chapter 35. Triaxial Plantar Force Sensor: Design, Calibration, Characterization, and Subject Testing
• Chapter 36. Quasi-Stiffness of the Ankle during Able-Bodied Walking at Different Speeds: Implications for Design of Prostheses
• Chapter 37. Development of an Advanced Biofidelic Lower Extremity Prosthesis*
• Chapter 38. The Role of Robotic Technology in Gait Simulation and Foot Mechanics
• Chapter 39. Supporting Rehabilitation Research on Foot and Ankle Motion Analysis
• Index
• Back cover