GATA4 gene variants in 46,XY differences of sex development: report of four cases and literature review.

IF 1
Maria Mansó Borràs, Cristina Pellicer Viudes, Carmen De Mingo Alemany, Sara León Cariñena, Teresa Jaijo Sanchis, Francisca Moreno Macián
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Abstract

Objectives: 46,XY differences of sex development (DSD) comprise a heterogeneous group of congenital conditions affecting chromosomal, gonadal or anatomical sex differentiation. GATA4 is essential for cardiac and gonadal development, although its role in DSD is not fully understood. We report four 46,XY DSD cases with GATA4 variants from our center and performed a literature review.

Case presentation: Case 1 presented with ambiguous genitalia, persistent Müllerian structures, and complex congenital heart disease; a GATA4 variant (p.Cys239Arg) was identified, and gonadectomy revealed atrophic testes. Case 2 had penoscrotal hypospadias and a ventricular septal defect, carrying a synonymous GATA4 variant (p.Cys275=) and showing normal hormonal evaluation and pubertal development. Case 3 presented with perineal hypospadias and a GATA4 variant (p.Val305Ile), along with a maternally inherited RET mutation; his twin brother, carrying the same variants, had no DSD. Both exhibited spontaneous puberty. Case 4 presented with isolated hypospadias and a GATA4 variant (p.Arg261GLn) without cardiac anomalies.

Conclusions: GATA4 should be included in genetic panels for 46,XY DSD. Our work expand the clinical and molecular spectrum of GATA 4-associated 46,XY DSD and our review support the relevance of zinc finger domain variants in gonadal development. Phenotypic variability among carriers supports variable expressivity and incomplete penetrance.

GATA4基因变异46,xy性发育差异:附4例报告并文献复习。
目的:性别发育的XY差异(DSD)包括影响染色体、性腺或解剖性别分化的异质先天性疾病。GATA4对心脏和性腺发育至关重要,尽管其在DSD中的作用尚不完全清楚。我们报告了本中心4例46,xy型DSD GATA4变异病例,并进行了文献综述。病例表现:病例1表现为生殖器模糊,持续的勒氏结构,复杂的先天性心脏病;鉴定出一种GATA4变异(p.Cys239Arg),性腺切除术显示睾丸萎缩。病例2伴有阴囊尿道下裂和室间隔缺损,携带GATA4同属变异(p.Cys275=),激素评估和青春期发育正常。病例3表现为会阴尿道下裂和GATA4变异(p.Val305Ile),并伴有母体遗传的RET突变;他的双胞胎兄弟携带同样的变异,但没有DSD。两人都表现出自发性青春期。病例4表现为孤立性尿道下裂和GATA4变异(p.a g261gln),无心脏异常。结论:46,xy DSD的遗传面板中应包含GATA4。我们的工作扩展了GATA - 4相关46、XY DSD的临床和分子谱,我们的综述支持锌指结构域变异与性腺发育的相关性。携带者之间的表型变异性支持可变的表达性和不完全外显性。
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