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首页> 外文期刊>The Journal of pediatrics >Longitudinal changes in bone density in children and adolescents with moderate to severe cerebral palsy.
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Longitudinal changes in bone density in children and adolescents with moderate to severe cerebral palsy.

机译:中度至重度脑瘫儿童和青少年骨密度的纵向变化。

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摘要

OBJECTIVE: To assess the natural history of "growth" in bone mineral density (BMD) in children and adolescents with moderate to severe cerebral palsy (CP). STUDY DESIGN: A prospective, longitudinal, observational study of BMD in 69 subjects with moderate to severe spastic CP ages 2.0 to 17.7 years. Fifty-five subjects were observed for more than 2 years and 40 subjects for more than 3 years. Each evaluation also included assessments of growth, nutritional status, Tanner stage, general health, and various clinical features of CP. RESULTS: Lower BMD z-scores at the initial evaluation were associated with greater severity of CP as judged by gross motor function and feeding difficulty, and with poorer growth and nutrition as judged by weight z-scores. BMD increased an average of 2% to 5%/y in the distal femur and lumbar spine, but ranged widely from +42%/y to -31%. In spite of increases in BMD, distal femur BMD z-scores decrease with age in this population. CONCLUSIONS: Children with severe CP develop overthe course of their lives clinically significant osteopenia. Unlike elderly adults, this is not primarily from true losses in bone mineral, but from a rate of growth in bone mineral that is diminished relative to healthy children. The efficacy of interventions to increase BMD can truly be assessed only with a clear understanding of the expected changes in BMD without intervention.
机译:目的:评估中度至重度脑瘫(CP)儿童和青少年骨矿物质密度(BMD)“增长”的自然史。研究设计:对69名中度至重度痉挛性CP年龄为2.0至17.7岁的受试者的BMD进行前瞻性,纵向,观察性研究。观察了55位受试者2年以上,观察40位受试者3年以上。每次评估还包括对CP的生长,营养状况,Tanner分期,总体健康状况和各种临床特征的评估。结果:根据总体运动功能和进食困难判断,初始评估时较低的BMD z评分与CP严重程度更高相关,与体重z评分判断与较差的生长和营养相关。股骨远端和腰椎的BMD平均每年增加2%至5%,但范围从+ 42%/年至-31%。尽管BMD有所增加,但该人群中股骨远端BMD z分数却随着年龄的增长而下降。结论:患有严重CP的儿童在其一生中会发展出具有临床意义的骨质减少。与老年人不同,这不是主要由于骨矿物质的真正损失,而是由于相对于健康儿童而言,骨矿物质的生长速度降低了。只有在不干预的情况下清楚地了解BMD的预期变化,才能真正评估增加BMD的干预效果。

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