Complex genital malformation: ectopic ureter ending in a supposed mesonephric duct in a woman with renal agenesis and ipsilateral blind hemivagina
ABSTRACT We present a clinical case of a patient with left renal agenesis and ipsilateral blind hemivagina who also had one or more atretic ectopic ureters opening into supposed mesonephric duct, which in turn opened into, or joined onto, the ipsilateral hemicervix, continuing with the blind hemivagina. The diagram of this complex genitourinary malformation would strongly support our hypothesis of the embryology of the human vagina as deriving from the Wolffian ducts and the Mullerian tubercle.
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ABSTRACT: Complex malformations of the female genital tract are often incorrectly identified, treated and reported, probably due to not considering the malformation as a cause of the clinical symptoms and neither the embryological origin of the different elements of the genitourinary tract. Complex malformations are studied and classified, and new types are presented. The new types of complex malformations presented are: (i) Cases of unilateral vaginal or cervico-vaginal atresia with renal agenesis and uterine duplication, with or without communication between hemiuteri; (ii) the unilateral Rokitansky syndrome; and (iii) the combination in the same patient of unilateral Rokitansky syndrome (Müllerian defect) on one side and blind vagina and ipsilateral renal agenesis syndrome (Wolffian defect) on the other side. A revised version of the clinical and embryological classification of genital malformations is presented and an associated diagram points out the origin of these malformations. These genital malformative anomalies reaffirm our hypothesis about the embryology of the human vagina as deriving from the Wolffian ducts and the Müllerian tubercle; and they show that gynecologists should be aware of the related symptoms and the embryology of the female genital tract in order to achieve a better comprehension of the malformations for their right correction or therapeutic approach.Human Reproduction 11/2004; 19(10):2377-84. DOI:10.1093/humrep/deh423 · 4.59 Impact Factor
- American Journal of Medical Genetics Part A 08/2005; 137(1):98-9. DOI:10.1002/ajmg.a.30833 · 2.05 Impact Factor