DOI: 10.5281/zenodo.5507449
title: Dataset related to article "Functional changes in the lower extremity after non-immersive virtual reality and physiotherapy following stroke"

description: DATASET #1 Variable description of the dataset from publication DOI: 10.2340/16501977-2763<br> ID_PATIENT = unique identifier of subject in the original clinical database<br> ID_EVO4 = unique identifier of subject in the original device database for kinematic analysis<br> AGE = given age of the subject at the time of assessment<br> GENDER = given gender of the subject at the time of assessment<br> ID_LESION = unique identifier of aetiology of the brain lesion (1 = ischemic lesion; 2 = haemorrhagic lesion)<br> LESION_SIDE = unique identifier of hemisphere affected by the brain lesion (1 = right; 2 = left)<br> MONTHS FROM LESION = time distance between time of assessment and stroke onset<br> FM LE_PRE = Fugl-Meyer Assessment scale, lower limb section detected before treatment. This outcome measure assesses the impairment of motor function at the lower limb after stroke.<br> MAS_PRE = FM LE_PRE = Modified Ashworth Scale at the ankle, knee and hip, detected before treatment. This outcome measure assesses the reaction to fast elongation of muscles.<br> FIM_pre = Functional Independence Measure detected before treatment. This outcome measure assesses independence of the subject in the activities of daily living.<br> 10MTWT_PRE = 10 meters walking test detected before treatment. This outcome measure assesses the time needed to cover 10 meters by walking.<br> BERG_PRE = Berg Balance Scale detected before treatment. This outcome measure assesses impairment of balance function.<br> FAC_PRE = BERG_PRE = Functional Ambulation Category detected before treatment. This outcome measure classifies autonomy in ambulation function.<br> FM LE_POST = Fugl-Meyer Assessment scale, lower limb section detected after treatment. This outcome measure assesses the impairment of motor function at the lower limb after stroke.<br> MAS_ POST = FM LE_PRE = Modified Ashworth Scale at the ankle, knee and hip, detected after treatment. This outcome measure assesses the reaction to fast elongation of muscles.<br> FIM_ POST = Functional Independence Measure detected after treatment. This outcome measure assesses independence of the subject in the activities of daily living.<br> 10MTWT_ POST = 10 meters walking test detected after treatment. This outcome measure assesses the time needed to cover 10 meters by walking.<br> BERG_ POST = Berg Balance Scale detected after treatment. This outcome measure assesses impairment of balance function.<br> FAC_ POST = BERG_PRE = Functional Ambulation Category detected after treatment. This outcome measure classifies autonomy in ambulation function.<br> spatial error_PRE = this kinematic measure is the difference (computed as an area, mm2) between the trajectory performed by the patient in executing a standard motor task and the ideal one that should be performed.<br> Time_PRE = this kinematic measure is the overall time (s) needed by the patient to perform a standard motor task, before the treatment.<br> Lenght_PRE = this kinematic measure is the overall distance (mm) covered by the patient to perform a standard motor task, before the treatment.<br> speed_PRE = this kinematic measure is the mean velocity (m/s) expressed by the patient to perform a standard motor task, before the treatment.<br> peak_PRE = this kinematic measure is the jerk (m/s2) expressed by the patient to perform a standard motor task, before the treatment.<br> spatial error_POST = this kinematic measure is the difference (computed as an area, mm2) between the trajectory performed by the patient in executing a standard motor task and the ideal one that should be performed.<br> Time_ POST = this kinematic measure is the overall time (s) needed by the patient to perform a standard motor task, before the treatment.<br> Lenght_ POST = this kinematic measure is the overall distance (mm) covered by the patient to perform a standard motor task, before the treatment.<br> speed_ POST = this kinematic measure is the mean velocity (m/s) expressed by the patient to perform a standard motor task, before the treatment.<br> peak_ POST = this kinematic measure is the jerk (m/s2) expressed by the patient to perform a standard motor task, before the treatment.