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A new protocol for complete 3D kinematics analysis of the ankle foot complex in stroke patients

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Most widespread clinical gait analysis protocols for lower limb kinematics provide information about the ankle motion only in the sagittal plane... The aim of the present work is to test the efficacy of current kinematic protocols for gait analysis in the measurement of 3D motion in stroke patients with foot deformities before and after surgery... Five subjects were evaluated before and after surgery for foot deformities... Data obtained in the ten patients with the T3DG protocol provided a complete 3D measure of the deformity consistent with clinical measure of alignment and of range of motion... In the five patients evaluated during the same gait cycle by means of the two protocols, it was evident the added value of the T3DG protocol in providing information on the coronal and transverse planes... Data on operated patients provide evidence of changes induced by surgery... Figure 1... Total 3 D Gait protocol, based on anatomical references and on the ISB convention for the biomechanical reconstruction of movement, provides reliable 3D kinematics data of the ankle foot complex during gait, consistent with clinical findings... This offers greater support to clinicians in patients with severe foot deformities, such as stroke patients, for which the instrumental analysis is relevant for dynamic deformity measure, clinical decision making and outcome assessment, particularly after surgery.

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Ankle-foot complex rotations before (top row) and after (bottom) surgery.
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Figure 1: Ankle-foot complex rotations before (top row) and after (bottom) surgery.

Mentions: Data obtained in the ten patients with the T3DG protocol provided a complete 3D measure of the deformity consistent with clinical measure of alignment and of range of motion. In the five patients evaluated during the same gait cycle by means of the two protocols, it was evident the added value of the T3DG protocol in providing information on the coronal and transverse planes. Data on operated patients provide evidence of changes induced by surgery. Figure 1.


A new protocol for complete 3D kinematics analysis of the ankle foot complex in stroke patients
Ankle-foot complex rotations before (top row) and after (bottom) surgery.
© Copyright Policy
Related In: Results  -  Collection

Show All Figures
getmorefigures.php?uid=PMC2562111&req=5

Figure 1: Ankle-foot complex rotations before (top row) and after (bottom) surgery.
Mentions: Data obtained in the ten patients with the T3DG protocol provided a complete 3D measure of the deformity consistent with clinical measure of alignment and of range of motion. In the five patients evaluated during the same gait cycle by means of the two protocols, it was evident the added value of the T3DG protocol in providing information on the coronal and transverse planes. Data on operated patients provide evidence of changes induced by surgery. Figure 1.

View Article: PubMed Central - HTML

AUTOMATICALLY GENERATED EXCERPT
Please rate it.

Most widespread clinical gait analysis protocols for lower limb kinematics provide information about the ankle motion only in the sagittal plane... The aim of the present work is to test the efficacy of current kinematic protocols for gait analysis in the measurement of 3D motion in stroke patients with foot deformities before and after surgery... Five subjects were evaluated before and after surgery for foot deformities... Data obtained in the ten patients with the T3DG protocol provided a complete 3D measure of the deformity consistent with clinical measure of alignment and of range of motion... In the five patients evaluated during the same gait cycle by means of the two protocols, it was evident the added value of the T3DG protocol in providing information on the coronal and transverse planes... Data on operated patients provide evidence of changes induced by surgery... Figure 1... Total 3 D Gait protocol, based on anatomical references and on the ISB convention for the biomechanical reconstruction of movement, provides reliable 3D kinematics data of the ankle foot complex during gait, consistent with clinical findings... This offers greater support to clinicians in patients with severe foot deformities, such as stroke patients, for which the instrumental analysis is relevant for dynamic deformity measure, clinical decision making and outcome assessment, particularly after surgery.

No MeSH data available.