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跨性别者的内分泌治疗二十年:分析染色体分析和激素分析在诊断中的作用。

Twenty years of endocrinologic treatment in transsexualism: analyzing the role of chromosomal analysis and hormonal profiling in the diagnostic work-up.

机构信息

Department of Internal Medicine, Endocrinology, and Clinical Chemistry, Max Planck Institute of Psychiatry, Munich, Germany.

出版信息

Fertil Steril. 2013 Oct;100(4):1103-10. doi: 10.1016/j.fertnstert.2013.05.047. Epub 2013 Jun 27.

Abstract

OBJECTIVE

To demonstrate that adequate pubertal history, physical examination, and a basal hormone profile is sufficient to exclude disorders of sexual development (DSD) in adult transsexuals and that chromosomal analysis could be omitted in cases of unremarkable hormonal profile and pubertal history.

DESIGN

Retrospective chart analysis.

SETTING

Endocrine outpatient clinic of a psychiatric research institute.

PATIENT(S): A total of 475 subjects (302 male-to-female transsexuals [MtF], 173 female-to-male transsexuals [FtM]). Data from 323 (192 MtF/131 FtM) were collected for hormonal and pubertal abnormalities. Information regarding chromosomal analysis was available for 270 patients (165 MtF/105 FtM).

INTERVENTION(S): None.

MAIN OUTCOME MEASURE(S): Pubertal abnormalities, menstrual cycle, and hormonal irregularities in relation to chromosomal analysis conducted by karyotype or hair root analysis.

RESULT(S): In the MtF group, 5.2% of the patients reported pubertal irregularities and 5.7% hormonal abnormalities, and in the FtM group 3.8% and 19.1%, respectively. Overall chromosomal abnormality in both groups was 1.5% (2.9% in the FtM and 0.6% in the MtF group). The aneuploidies found included one gonosomal aneuploidy (45,X[10]/47,XXX[6]/46,XX[98]), two Robertsonian translocations (45,XXder(14;22)(q10;q10)), and one Klinefelter syndrome (47,XXY) that had already been diagnosed in puberty.

CONCLUSION(S): Our data show a low incidence of chromosomal abnormalities and thus question routine chromosomal analysis at the baseline evaluation of transsexualism, and suggest that it be considered only in cases of abnormal history or hormonal examination.

摘要

目的

证明充分的青春期病史、体格检查和基础激素谱足以排除成人变性者的性发育障碍(DSD),并且在激素谱和青春期病史无异常的情况下可以省略染色体分析。

设计

回顾性图表分析。

设置

精神科研究所内分泌门诊。

患者

共 475 例患者(302 例男性到女性变性者[MtF],173 例女性到男性变性者[FtM])。对 323 例(192 例 MtF/131 例 FtM)患者的数据进行了激素和青春期异常分析。有 270 例患者(165 例 MtF/105 例 FtM)的染色体分析信息可用。

干预

无。

主要观察指标

染色体分析与青春期异常、月经周期和激素异常的关系,染色体分析采用核型或发根分析。

结果

在 MtF 组中,5.2%的患者报告青春期不规则,5.7%的患者有激素异常,而在 FtM 组中分别为 3.8%和 19.1%。两组总体染色体异常率为 1.5%(FtM 组为 2.9%,MtF 组为 0.6%)。发现的非整倍体包括 1 例性染色体非整倍体(45,X[10]/47,XXX[6]/46,XX[98])、2 例罗伯逊易位(45,XXder(14;22)(q10;q10))和 1 例克氏综合征(47,XXY),这些异常在青春期已被诊断。

结论

我们的数据显示染色体异常的发生率较低,因此对变性者的基线评估常规进行染色体分析提出质疑,并建议仅在病史或激素检查异常时考虑进行该检查。

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