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首页> 外文期刊>Journal of pediatric orthopaedics >Comparison of T1-S1 Spine Height of Postoperative Rib-based Implant Patients With Age-matched Peers
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Comparison of T1-S1 Spine Height of Postoperative Rib-based Implant Patients With Age-matched Peers

机译:术后肋骨植入患者的T1-S1脊柱高度与年龄匹配同龄人

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Background: Severe early-onset scoliosis leads to deficient spine height, thoracic growth inhibition, and ultimately pulmonary compromise. Rib-based growing instrumentation seeks to correct thoracic deformities, in part by correcting the spinal deformity, adding height, increasing thoracic volume, and allowing for continual spinal growth until maturity. However, the amount of growth in these patients relative to their peers is unknown. Methods: Sixty patients who had undergone surgical intervention for the treatment of early-onset scoliosis were assessed via radiographic measurements of coronal T1-S1 height and major curve angle before implantation and again at most recent follow-up (minimum 2 years). T1-S1 measurements were then compared with age-matched peers to assess growth differences. Clinical information was examined for relevant parameters. Results: The average age of our cohort at initial surgery and most recent follow-up was 4.4 +/- 3.8 and 10.0 +/- 4.4 years old, respectively. In this patient set, there was an average increase in T1-S1 height of 13.1 +/- 11.1 mm per year, with the majority of growth occurring in the first 2 years following implantation, and improvement in a major curve from 68 +/- 8 to 53 +/- 7 degrees. Overall, 77% of patients saw improvement in the major curve at most recent follow-up. Furthermore, a statistically significant greater percent of expected growth was seen in congenital compared with neuromuscular scoliosis (P<0.001). In addition, a weak negative correlation was observed between a number of surgical lengthenings and T1-S1 growth. Conclusions: Rib-based implant intervention has been shown to improve the major curve, but only improves growth potential to around 80% of expected growth. Scoliosis diagnosis type also influences growth rate potential, with congenital scoliosis patients being surgically treated earlier in life and having a growth rate approaching that of a healthy individual.
机译:背景:严重的早期发病脊柱侧凸导致脊柱高度,胸腔生长抑制和最终肺部妥协。基于罗纹的生长仪表旨在纠正胸部畸形,部分通过校正脊柱畸形,增加高度,增加胸廓体积,并允许持续的脊柱生长直至成熟度。然而,这些患者相对于同龄人的增长量是未知的。方法:通过植入前的冠状动脉T1-S1高度和主要曲线角度的放射线测量,在植入前的主要曲线和主要曲线角度进行了治疗早熟脊柱侧凸的60例患者,并在最近的后续行动(最短2年)。然后将T1-S1测量与年龄匹配的同龄人进行比较以评估生长差异。检查相关参数的临床信息。结果:初期手术和最近后续的群组的平均年龄分别为4.4 +/- 3.8和10.0 +/- 4.4岁。在该患者套装中,每年平均增加13.1 +/- 11.1毫米,植入后前2年的大部分增长,以及从68 +/-的主要曲线的改善8到53 +/- 7度。总体而言,77%的患者在最近的后续行动中看到了主要曲线的改善。此外,与神经肌病脊柱侧凸(P <0.001)相比,先天性地区出现了统计学上显着的预期增长百分比。此外,在许多外科延长和T1-S1生长之间观察到弱的负相关性。结论:已显示基于肋骨的植入干预来改善主要曲线,但只会将增长潜力提高到预期增长的80%左右。脊柱侧凸诊断类型也影响生长速率潜力,先天性脊柱侧侧侧侧侧侧凸患者在生命中的外科手术和增长率接近健康个体的增长率。

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