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Pediatric Osteoporosis: Diagnosis and Treatment Considerations

机译:儿科骨质疏松症:诊断和治疗考虑

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摘要

Osteoporosis is now increasingly recognized in children due to the increased prevalence of disorders associated with bone loss. Fragility fractures represent the cardinal clinical features of pediatric osteoporosis and children presenting with fragility fractures deserve an accurate assessment to rule out a secondary cause. Indeed, in the pediatric population, a low bone mass is often a consequence of a chronic disease or its treatment; genetic bone disorders represent the cause of only a small fraction of cases. The position statement of the International Society for Clinical Densitometry guides physicians in interpreting densitometric data and making diagnoses of osteoporosis in children. Once a diagnosis of osteoporosis has been made, the aim is to identify children in whom bone status may deteriorate if left untreated. To date, bisphosphonates have represented the mainstay of treatment for pediatric osteoporosis. However, due to the peculiar pathophysiology of osteoporosis in this age group, a pharmacological agent with an anabolic effect on bone may provide clinicians with other therapeutic options in children. Multicenter studies are needed to optimize treatments and define optimal clinical response in treated children.
机译:由于与骨质损失相关的疾病的患病率增加,骨质疏松症现在越来越普遍。脆弱性骨折代表小儿骨质疏松症的基本临床特征,患有脆弱性骨折的儿童应得到准确的评估,以排除次要原因。实际上,在儿科人群中,低骨质量往往是慢性疾病或治疗的结果;遗传骨紊乱代表只有一小部分病例的原因。国际临床密度测定学会的职位陈述,指导医生解释致密度数据和儿童骨质疏松症的诊断。一旦已经进行了骨质疏松症的诊断,目的是识别骨骼状态可能会恶化的儿童如果未经处理过。迄今为止,双膦酸盐代表了儿科骨质疏松症的治疗方法。然而,由于该年龄组骨质疏松症的特殊病理生理学,对骨骼作用的药理剂可以提供临床医生与儿童其他治疗选择。需要多中心研究来优化治疗,并在治疗儿童中定义最佳临床反应。

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