OBJECTIVE: To compare the functional outcomes attained by persons with paraplegia using the Walkabout Orthosis (WO) and the Isocentric Reciprocal Gait Orthosis (IRGO). DESIGN: A randomized crossover design. PATIENTS: Ten subjects with complete lesions between T9-T12. INTERVENTIONS: Over two 8-week periods, subjects were taught to use each orthosis in conjunction with elbow crutches. MAIN OUTCOME MEASURES: After each 8-week training period, subjects were assessed on their ability to perform five different sets of key skills associated with functional ambulation. RESULTS: There were no differences between orthoses in the ability of subjects to don and doff the orthoses, get up and down stairs and curbs, or walk on a flat surface. Subjects required significantly more assistance when using the WO to walk over inclined surfaces (median IRGO = "independent," median WO = "minimal assistance"; p = .03) but less assistance when using the WO to get from sitting to standing and standing to sitting (median IRGO = "moderate assistance," median WO = "minimal assistance"; p = .03). In addition, subjects walked significantly faster with the IRGO both on the flat (mean IRGO = .34 m/sec +/- .18, mean WO = .14 m/sec +/- .12; p = .002) and on inclined surfaces. CONCLUSIONS: Although it is easier to stand up and sit down with the WO, the IRGO facilitated a faster and more independent gait. Neither orthosis enabled subjects to be fully independent in the key skills necessary for functional ambulation after 8 weeks of training.
RCT Entities:
OBJECTIVE: To compare the functional outcomes attained by persons with paraplegia using the Walkabout Orthosis (WO) and the Isocentric Reciprocal Gait Orthosis (IRGO). DESIGN: A randomized crossover design. PATIENTS: Ten subjects with complete lesions between T9-T12. INTERVENTIONS: Over two 8-week periods, subjects were taught to use each orthosis in conjunction with elbow crutches. MAIN OUTCOME MEASURES: After each 8-week training period, subjects were assessed on their ability to perform five different sets of key skills associated with functional ambulation. RESULTS: There were no differences between orthoses in the ability of subjects to don and doff the orthoses, get up and down stairs and curbs, or walk on a flat surface. Subjects required significantly more assistance when using the WO to walk over inclined surfaces (median IRGO = "independent," median WO = "minimal assistance"; p = .03) but less assistance when using the WO to get from sitting to standing and standing to sitting (median IRGO = "moderate assistance," median WO = "minimal assistance"; p = .03). In addition, subjects walked significantly faster with the IRGO both on the flat (mean IRGO = .34 m/sec +/- .18, mean WO = .14 m/sec +/- .12; p = .002) and on inclined surfaces. CONCLUSIONS: Although it is easier to stand up and sit down with the WO, the IRGO facilitated a faster and more independent gait. Neither orthosis enabled subjects to be fully independent in the key skills necessary for functional ambulation after 8 weeks of training.
Authors: M Ahmadi Bani; M Arazpour; F Farahmand; S Sefati; M Baniasad; S W Hutchins; R Vahab Kashani; M E Mousavi Journal: Spinal Cord Date: 2014-11-11 Impact factor: 2.772
Authors: Mohammad Samadian; Monireh Ahmadi Bani; Navid Golchin; Mohammad Ali Mardani; John S Head; Mokhtar Arazpour Journal: Asian Spine J Date: 2018-10-18