OBJECTIVE: To assess potential benefits of axial spinal unloading (LTX 3000 Lumbar Rehabilitation System) over a brief 3-month period. DESIGN: Before-after pilot study. SETTING: University research laboratory. PARTICIPANTS: Five adolescent girls with scoliosis. INTERVENTIONS: Three laboratory sessions: (1) initial baseline, (2) immediately after 3-month treatment period (axial unloading by using LTX 3000 for two 10-minute treatments daily), and (3) 1 month posttreatment. MAIN OUTCOME MEASURES: Initial baseline postural data were obtained from 2 sets of radiographs (standing anteroposterior [AP] and lateral, sitting AP and lateral), back range of motion measurements, and numeric pain scales. The following were assessed: static postural changes; potential functional benefits; and therapeutic compliance. RESULTS: All subjects elicited reductions in lumbar Cobb angles immediately after 3 months of treatment; initial average scoliotic curves of 13.7 degrees were reduced 42% to 8 degrees (alpha = .05, P = .004). Additionally, such reductions were evident 1 month posttreatment; average original curves were reduced by 27%. Subjects' range of motion and lumbar lengthening were not significantly altered by this therapeutic protocol. Reported subject compliance was high (95%). CONCLUSIONS: The LTX 3000 is a potential adjunct therapy for the treatment of adolescent scoliosis. This therapy resulted in curvature reductions and was widely accepted by subjects that were compliant with self-administration.
OBJECTIVE: To assess potential benefits of axial spinal unloading (LTX 3000 Lumbar Rehabilitation System) over a brief 3-month period. DESIGN: Before-after pilot study. SETTING: University research laboratory. PARTICIPANTS: Five adolescent girls with scoliosis. INTERVENTIONS: Three laboratory sessions: (1) initial baseline, (2) immediately after 3-month treatment period (axial unloading by using LTX 3000 for two 10-minute treatments daily), and (3) 1 month posttreatment. MAIN OUTCOME MEASURES: Initial baseline postural data were obtained from 2 sets of radiographs (standing anteroposterior [AP] and lateral, sitting AP and lateral), back range of motion measurements, and numeric pain scales. The following were assessed: static postural changes; potential functional benefits; and therapeutic compliance. RESULTS: All subjects elicited reductions in lumbar Cobb angles immediately after 3 months of treatment; initial average scoliotic curves of 13.7 degrees were reduced 42% to 8 degrees (alpha = .05, P = .004). Additionally, such reductions were evident 1 month posttreatment; average original curves were reduced by 27%. Subjects' range of motion and lumbar lengthening were not significantly altered by this therapeutic protocol. Reported subject compliance was high (95%). CONCLUSIONS: The LTX 3000 is a potential adjunct therapy for the treatment of adolescent scoliosis. This therapy resulted in curvature reductions and was widely accepted by subjects that were compliant with self-administration.