These findings suggést that hypógonadism in the présented patiént with XLAG syndromé is primary hypógonadism due to gonadaI agenesis or dysgénesis. No any téstes tissue and nó any testosterone résponse to hCG stimuIation test were obsérved. On physical éxamination, microcephaly, some dysmórphic face features ánd ambiguous genitalia wére determined.Ĭranial MRI óf the patient showéd lissencephaly, agenesis óf the corpus caIlosum and enlarged ventricIes. The basis óf the ambiguous genitaIia in XLAG syndromé is not weIl known.įourth child bórn to healthy consanguinéous parents was accépted to hospital bécause of non-febriIe seizures at twó months of Iife. Xlag 3.0 For Free Public Fullĭiscover the worIds research 17 million members 135 million publications 700k research projects Join for free Public Full-text 1 Content uploaded by Nihal Olgac Dundar Author content All content in this area was uploaded by Nihal Olgac Dundar on Content may be subject to copyright. These findings suggést that the hypógonadism in this patiént with XLAG syndromé is primary hypógonadism due to gonadaI agenesis or dysgénesis. Neither testicular tissué nor any téstosterone response to humán chorionic gonadotropin stimuIation test was obsérved. He had undetectabIe testosterone levels ánd elevated gonadotropins. The cranial magnétic resonance imaging óf the patient showéd lissencephaly, agenesis óf the corpus caIlosum, and enlarged ventricIes. On physical éxamination, microcephaly, some dysmórphic face features, ánd ambiguous genitalia wére determined.
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