首页> 外文期刊>Endocrine journal >A Male Patient Presenting with Major Clinical Symptoms of Glucocorticoid Deficiency and Skeletal Dysplasia, showing a Steroid Pattern Compatible with 17α-Hydroxylase/ 17, 20-Lyase Deficiency, but without Obvious CYP17 Gene Mutations
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A Male Patient Presenting with Major Clinical Symptoms of Glucocorticoid Deficiency and Skeletal Dysplasia, showing a Steroid Pattern Compatible with 17α-Hydroxylase/ 17, 20-Lyase Deficiency, but without Obvious CYP17 Gene Mutations

机译:男性患者,主要临床症状为糖皮质激素缺乏症和骨骼发育异常,显示类固醇模式与17α-羟化酶/ 17、20-裂合酶缺乏症兼容,但没有明显的CYP17基因突变

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References(28) Cited-By(13) We report the case of a 17-year-old boy with delayed puberty, who presented a complexity of clinical problems. An analysis of steroid hormones led to a diagnosis of 17α-hydroxylase/17, 20-lyase deficiency (17OHD) .Unlike typical cases of 17OHD, however, the patient had pubertal development without medical intervention. I naddition, he never exhibited the symptoms of mineralocorticoid excess, showing instead the symptoms of glucocorticoiddeficiency, including fatigability, emaciation, and weight-loss induced by minor infection. He also had dysmorphic features, which comprised marfanoid habitus, arachnodactyly and putative craniosynostosis. The combination of these malformations substantially resembled that of Shprintzen-Goldberg syndrome. Direct sequencing o fthe CYP17 gene did not reveal any significant aberrations in the exons or exon-intron boundaries. We speculate tha tthe association of partial combined 17OHD with the Shprintzen-Goldberg phenotype in the present patient may resultfrom an aberration of a hitherto unknown gene that controls both steroid hormone synthesis and skeletal development.
机译:参考文献(28)被引用者(13)我们报告了一个17岁男孩,其青春期延迟,该病例表现出复杂的临床问题。对类固醇激素的分析可诊断出17α-羟化酶/ 17、20裂合酶缺乏症(17OHD)。然而,与典型的17OHD病例不同,该患者的青春期发育没有药物干预。此外,他从未表现出盐皮质激素过多的症状,而是表现出糖皮质激素缺乏的症状,包括易疲劳,消瘦和轻微感染引起的体重减轻。他还具有畸形特征,包括迷幻类惯性,蛛网膜畸形和推定的颅突。这些畸形的组合基本上类似于Shprintzen-Goldberg综合征。 CYP17基因的直接测序未发现外显子或外显子-内含子边界有任何明显的畸变。我们推测本患者中部分组合的17OHD与Shprintzen-Goldberg表型的关联可能是由于迄今为止控制类固醇激素合成和骨骼发育的未知基因异常引起的。

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