Spinal Balance and In-Orthosis Correction:

Effect of different undergarment designs on the compliance and acceptance of the patients with adolescent idiopathic scoliosis under orthotic treatment

BACKGROUND

Patient's acceptance and compliance to spinal orthosis could influence the outcome of orthotic treatment in adolescent idiopathic scoliosis. Two innovative undergarments (thin and thick designs) were designed to improve the patient's orthosis wearing experience and acceptance.

OBJECTIVE

This study aimed to evaluate the effects of patients' self-provided undergarment and 2 newly designed undergarments with respect to the orthosis wearing compliance and quality of life (QoL) measures.

METHODS

A prospective randomized-controlled study was conducted to compare the effect of three types of undergarments. Thirty-eight subjects with adolescent idiopathic scoliosis were randomly assigned to one of the three groups: self-provided, thin-design, or thick-design undergarment. Wearing compliance logbook, Scoliosis Research Society questionnaire, and Brace Questionnaire were used to document the orthosis wearing period and quantify the health-related and orthosis-related QoL measures. Kruskal-Wallis one-way analysis of variance (ANOVA) and Friedman two-way ANOVA by ranks tests were conducted for intergroup and intragroup comparisons, respectively.

RESULTS

The compliance and QoL domains of the subjects in the thin-design undergarment group were significantly higher than those of the other two undergarment groups (P < .05). The intragroup compliance and QoL scores varied significantly in the 4 visits throughout the study period (P < .05).

CONCLUSIONS

It was observed that an adaptation period toward the prescribed spinal orthosis is required to help patients gradually achieve a more stable acceptance. The thin-design undergarment was ranked higher than the other two tested undergarments in compliance and QoL measures.

Mechanical Testing of a Novel Fastening Device to Improve Scoliosis Bracing Biomechanics for Treating Adolescent Idiopathic Scoliosis

Velcro fastening straps are commonly used to secure a scoliosis brace around the upper body and apply corrective forces to the spine. However, strap loosening and tension loss have been reported that reduce spinal correction and treatment efficacy. A novel fastening device, or controlled tension unit (CTU), was designed to overcome these limitations. A scoliosis analog model (SAM) was used to biomechanically compare the CTU fasteners and posterior Velcro straps on a conventional brace (CB) as well as on a modified brace (MB) that included a dynamic cantilever apical pad section. Brace configurations tested were (1) CB with posterior Velcro straps, (2) CB with posterior CTU fasteners, (3) MB with posterior Velcro straps, and (4) MB with posterior CTU fasteners. MB configurations were tested with 0 N, 35.6 N, and 71.2 N CTU fasteners applied across the apical pad flap. Three-dimensional forces and moments were measured at both ends of the SAM. The CTU fasteners provided the same corrective spinal loads as Velcro straps when tensioned to the same level on the CB configuration and can be used as an alternative fastening system. Dynamically loading the apical flap increased the distractive forces applied to the spine without affecting tension in the fastening straps.

Orthotic treatment of idiopathic hyperkyphosis with Milwaukee brace

BACKGROUND

Hyperkyphosis with unknown reason is common in teenagers and can be corrected by orthotic management.

OBJECTIVES

Investigation of orthotic outcomes by Milwaukee brace.

METHODS

Sixty-one patients with idiopathic hyperkyphosis (> 45 degrees) were given Milwaukee brace before skeletal maturity. Hyperkyphosis was measured during the first visit without brace, in-brace, at the end of full-time and part time duration of treatment. After treatment completion, participants were categorized in two groups: with hyperkyphosis of 45 degrees and less (Group I) and more than 45 degrees (Group II). These groups were compared to interpret the treatment outcomes.

RESULTS

The mean kyphotic curve was 60.1 (SD ± 7.7) and 71 (SD = 10.1) degrees in Group I and II, respectively. The mean kyphotic curve at the time of full time and part time duration of treatment showed no significant difference in patients successfully completed the treatment (P = 0.10) while there was a significant difference between mean kyphotic curve in full time and part time treatment duration for patients with hyperkyphosis of more than 45 degrees (P < 0.05).

CONCLUSIONS

Hyperkyphosis of less than 70 degrees can be treated if the in-brace correction is saved in part-time duration.

SOSORT 2012 consensus paper: reducing x-ray exposure in pediatric patients with scoliosis

This 2012 Consensus paper reviews the literature on side effects of x-ray exposure in the pediatric population as it relates to scoliosis evaluation and treatment. Alternative methods of spinal assessment and imaging are reviewed, and strategies for reducing the number of radiographs are developed. Using the Delphi technique, SOSORT members developed consensus statements that describe how often radiographs should be taken in each of the pediatric and adolescent sub-populations.