Anterior Cruciate Ligament Injuries Clinical Trial
Official title:
Biomechanical Mechanism of the Change of the Gait Touch Information After ACL Rupture
High incidence rate of knee osteoarthritis and gait analysis are important for early
assessment of biomechanics. ACL injury is an ideal clinical model for studying knee
osteoarthritis.
To clarify the mechanism between the biomechanical status of knee joint and the change of
gait touch information, and to provide scientific basis for quantifying and evaluating the
biomechanical status of knee joint in dynamic load-bearing state.
The purpose of this study is to identify the characteristics of the disease, diagnose the
disease by computer and evaluate the rehabilitation based on gait touch information after ACL
rupture and reconstruction, combined with the methods of multi-body dynamics, machine
learning and biomechanics analysis. Methods: 55 healthy volunteers, 55 patients with ACL
rupture were recruited. Three dimensional gait analysis and dynamic plantar pressure were
used to test the kinematic and dynamic data of lower limbs and gait touch information when
walking, jogging, stopping and jumping, and running side cutting.
Outcome evaluation indexes and statistical methods:
the following indexes were measured repeatedly by two factor ANOVA method, and the left and
right sides and different rehabilitation time were used as the variables of repeated
measurement: the biomechanics of the lower limb joint and the change of the biological
characteristics of gait touch information were analyzed. To study the biomechanical status of
different knee joints and the mechanism of the change of gait touch information. Finally,
based on the information of gait touch, a biomechanical evaluation model of knee joint during
walking or jogging is established, which provides the exact basis for quantifying and
evaluating the biomechanical state of knee joint under the dynamic load-bearing state of gait
touch information.
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