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The influence of the length of lower-limb prosthesis on spinal kinematics
R.Y.W. Lee, A. Turner-Smith
University of Brighton
Research output
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peer-review
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Keyphrases
Lumbar Spine
100%
Spine Kinematics
100%
Lower Limb Prosthesis
100%
Lateral Bending
80%
Axial Rotation
60%
Bending Rotation
60%
Kinematics
40%
Pelvis
40%
United Kingdom
20%
Electromagnetic Tracking System
20%
Spine
20%
Flexion
20%
Lumbar Spine Movement
20%
Maximum Magnitude
20%
Movement Patterns
20%
Repeated Measurements
20%
Above-knee Amputee
20%
Length-length
20%
Rehabilitation Centers
20%
Immediate Effect
20%
Sit-to-stand
20%
Lateral Tilt
20%
Leg Length Inequality
20%
Anatomic
20%
Lower Limb Amputees
20%
Medicine and Dentistry
Prosthesis
100%
Prosthetics
100%
Lower Limb
100%
Lumbar Spine
85%
Amputee
28%
Pelvis
28%
Standing
28%
Knee
14%
Movement Pattern
14%
Leg Length Inequality
14%
Leg
14%
Rehabilitation Center
14%
Nursing and Health Professions
Electromagnetic Tracking Device
100%
Rehabilitation Center
100%
Leg Prosthesis
100%
Leg Length Inequality
100%
Engineering
Prosthetics
100%
Prosthesis
100%
Repeated Measurement
14%
Outcome Measure
14%
Leg Length
14%
Knee Amputee
14%
United Kingdom
14%
Veterinary Science and Veterinary Medicine
Vertebral Column
100%
Lumbar
85%
Neuroscience
Vertebral Column
100%
Pelvis
28%
Electromagnetism
14%