[睡眠期间生长激素分泌的评估作为诊断生长激素缺乏症的筛选试验]。

Monika Obara-Moszyńska, Eugeniusz Korman, Andrzej Kedzia, Barbara Rabska-Pietrzak, Marek Niedziela
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引用次数: 0

摘要

背景:由于生长激素(GH)刺激试验存在诸多缺陷,临床医生对生长激素缺乏症(GHD)的诊断仍然存在问题。本研究的目的是估计生长激素激发试验和基础IGF-I浓度测量在诊断GHD中的诊断有用性。材料与方法:研究对象为1998-2003年在儿科内分泌与糖尿病科诊断的180例矮小儿童。采用胰岛素、可乐定、胰高血糖素、左旋多巴等药物刺激试验。同时测定入睡后生理试验GH浓度。对60例患者的IGF-I浓度进行了估计。统计分析采用Spearman检验。结果:睡眠时生长激素平均浓度最高(19.18 μ l U/ml),生长激素峰值最高(26.39 μ l U/ml)。入睡后生理测试中IGF-I浓度与GH浓度水平相关(r=0.4;结论:睡眠是促生长激素分泌的最强刺激剂。睡眠后GH分泌的测定可作为诊断GHD的筛查试验。由于垂体功能的诊断存在许多问题,因此在矮小儿童GHD的诊断工作中,应将生理参数作为最重要的部分。
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[Estimation of growth hormone secretion during sleep as a screening test in the diagnosis of GH deficiency].

Background: Because of many disadvantages of growth hormone (GH) stimulation tests the diagnosis of growth hormone deficiency (GHD) is still problematic for the clinician. THE AIM of the study was the estimation of diagnostic usefulness of the GH provocation tests and basal IGF-I concentration measurement in the diagnosis of GHD.

Material and methods: The study group consisted of 180 children with short stature diagnosed in the Department of Pediatric Endocrinology and Diabetes in the years 1998-2003. Pharmacological stimulation test with insulin, clonidine, glucagon and L-dopa were used. GH concentration in physiological test after the onset of sleep was also measured. In 60 patients IGF-I concentration was estimated. For statistical analysis Spearman test was used.

Results: The highest mean GH concentrations (19.18 microl U/ml) and GH peaks (26.39 microl U/ml) were observed in sleep test. IGF-I concentration was correlated with GH concentration levels in physiological test after onset of sleep (r=0.4; p<0.05).

Conclusions: Sleep is the strongest stimulatory agent for GH secretion. The estimation of GH secretion after the onset of sleep can be used as a screening test in the diagnosis of GHD. Because of many diagnostic problems in estimation of pituitary function the auxologic parameters should be considered as the most important part in the diagnostic work-up of children with short stature due to GHD.

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