The main objective of the present study is the evaluation of the kinematic parameters of gait and distribution of the load, recorded thruogh a sensorized treadmill, on lower limbs in patients at 1 year from Total Hip Replacement or Total Knee Replacement. The secondary objective is to evaluate the effects of gait training with biofeedback by means of a sensorized treadmill in patients with asymmetry of the kinematic parameters of the step and of distribution of the load on the lower limbs.
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
50
Patients presenting asymmetry of the kinematic parameters of the step to the evaluation with sensorized treadmill, will undergo gait training program. The training program consists of 20 session (1 session/day) of gait training. Daily gait training will last 30 minutes as distributed: * 5 minutes of heating at a comfortable speed for the patient * Three 5-minute sessions of gait training with biofeedback interspersed with a break of 5 minutes each.
Rehabilitation Department - Campus Bio-Medico University
Roma, RM, Italy
RECRUITINGGait Speed
meters/second
Time frame: immediately after treatment
Step Length
length in meters
Time frame: immediately after treatment
Ground Contact Time
Time in seconds
Time frame: immediately after treatment
Hip Kinematics
angles (degrees) of hip ROM
Time frame: immediately after treatment
Knee Kinematics
angles (degrees) of knee ROM
Time frame: immediately after treatment
Ankle Kinematics
angles (degrees) of ankle ROM
Time frame: immediately after treatment
Lower limb loading
load percentage distribution on lower limbs
Time frame: immediately after treatment
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