两性畸形

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  • hermaphroditism;gynandria;gynandrism;androgyny
两性畸形两性畸形
  1. 真两性畸形1例报告并文献复习

    Report of 1 Case of True Hermaphroditism and the Literature Review

  2. 目的:总结13例真两性畸形的诊断要点及治疗体会。

    Purpose : To summarize the diagnostic point and therapeutic experience of 13 cases of true hermaphroditism .

  3. 46,XX真两性畸形的基因诊断

    Genetic Diagnosis of 46 , XX True Hermaphroditism

  4. 46,XX真两性畸形的细胞遗传学研究

    Cytogenetic Study on 46 ,ⅹⅹ True Hermaphroditism

  5. 46,XY真两性畸形基因分析及发病机理初探

    Gene analysis in 4 cases of 46 , xy true hermaphroditism and preliminary study of its mechanism

  6. 结论:SRY及其相关基因突变在46,XX,SRY阴性真两性畸形的发病机制中发挥了重要作用。

    Conclusion : The mutations of SRY gene and SRY-related gene play an important role in the mechanisms of 46 , xx , SRY gene negative true hermaphrodites .

  7. 女性假两性畸形:由白细胞的初步分析,认为可能是XO(45)/XY(46)嵌合体。

    Female pseudohermaphroditism ( 1 case ) . A preliminary analysis of the patient revealed the possibility of being an XO ( 45 ) / XY ( 46 ) mosaic .

  8. 对两组标本采用双抗体夹心酶联免疫吸附试验(ELISA)检测T及MIS值,对所得结果进行统计学分析,探讨SRY基因、T及MIS在男性假两性畸形诊断中的意义及相关性。

    Detection of expression of T and MIS by double antibody sandwich enzyme-linked immunosorbent assay ( ELISA ) and analysis the results , discussion for the meaning and relation between SRY , T , MIS and the diagnosis of male pseudohermaphroditism . 3 .

  9. 背景与目的:性逆转综合征是一种由于性别决定和分化异常导致的两性畸形,其主要特征是患者的核型与表型相反,分为46,XX男性和46,XY女性两型。

    Background and Objective : sex reversal syndrome characterised by discrepancy in karyotype and Phenotype is a hermaphrodism due to abnormity of Sex Determination and differentiation . Sex reversal syndrome is divided into 46 , XX male and 46 , XY female .

  10. 药物性女性假两性畸形矫治13例分析

    Correction for female pseudohermaphroditism in 13 patients caused by extraneous androgen

  11. XX/XY真两性畸形猪发病机理探讨

    Approach on the Pathogenesis of XX / XY True Hermaphroditism in Pig

  12. 两性畸形的诊断与治疗&附14例报告

    The diagnosis and treatment of hermaphroditism : a report of 14 cases

  13. 真两性畸形猪垂体-性腺轴和肾上腺内分泌特征

    Endocrine characteristic of true hermaphroditic pigs in pituitary-gonadal axis and adrenal gland

  14. 目的总结对真两性畸形的诊断和治疗经验。

    ObjectiveTo summarize the experience of diagnosis and treatment of true hermaphroditism .

  15. 核型异常的两性畸形山羊2例报告

    Chromosomal Abnormalities in Two Cases of Goats with Sexual Deformity

  16. 9例真两性畸形的性腺病理特征

    Pathological characteristics of gonads in nine patients with true hermaphroditism

  17. 医学遗传学的一个重要问题&两性畸形

    An important problem in medical genetics & abnormal sexual differentiation

  18. 真两性畸形的诊断和治疗(附13例报告)

    Diagnosis and treatment of true hermaphroditism ( Report of 13 cases )

  19. 本文报告5例女性假两性畸形,系由于肾上腺皮质21羟化酶缺乏致先天性肾上腺皮质增生引起。

    Five cases of female pseudohermaphroditism caused by 21-hydroxylase deficiency were reported .

  20. 同胞中两人患不完全性男性假两性畸形Ⅱ型的病例报告

    A clinical report on the sibling with imcomplete male pseudohermaphroditism

  21. 肾上腺皮质21羟化酶缺乏症(附5例女性假两性畸形报告)

    Adrenal 21-Hydroxylase Deficiency ( Report of Five Female Pseudohermaphroditism )

  22. 还发现2例男性假两性畸形其性染色体正常,但常染色体分别为臂间倒位及13和14号染色体间的易位时,也可以导致性别异常。

    The abnormalities in 9,13 and 14 chromosomes resulted in intersex also .

  23. 目的评价女性假两性畸形的影像学特点。

    Objective To evaluate the imaging features of female pseudohermaphroditism .

  24. 56例两性畸形儿的染色体分析

    Analysis of chromosome in 56 cases with sex monstrosity

  25. 方法回顾性分析9例女性假两性畸形的影像资料。

    Methods The imaging findings in9 cases of female pseudohermaphroditism were analyzed retrospectively .

  26. 21羟化酶缺乏致女性假两性畸形的治疗效果

    Combined treatment of female pseudohermaphroditism caused by 21-hydroxylase deficiency

  27. 真两性畸形的临床表现和细胞遗传学分析

    Clinical Manifestation and Cytogenetic Analysis of True Hermaphroditism

  28. 男性假两性畸形患者异位性腺8例。

    Cases of male pseudohermaphroditism with ectopic gland .

  29. 结合文献对成人真两性畸形的临床表现、诊断、治疗作简要讨论。

    The clinical manifestation , diagnosis and treatment of adult true hermaphroditism were discussed .

  30. 尽管如此,两性畸形因其病因复杂,分类混乱,给临床诊治带来了较大的困难。

    Nevertheless , because of complex pathogenesis of hermaphroditism , the classification is confused .