Early gender assignment in true hermaphroditism

Embryology and adult urology - Not always mutually exclusive: A case report on true hermaphroditism at an adult urology clinic

True hermaphrodite (TH) is one of the rarest varieties of disorders of sexual differentiation. Most patients present early in the life and are managed by pediatricians. We present a rare case of an adult TH which was first diagnosed by a urologist. We discuss the pathology of TH and its clinical relevance. Knowledge and awareness of embryology are vital to all specialties.

True hermaphroditism with characteristics of Klinefelter's syndrome: a rare presentation

True hermaphroditism, a very rare cause of intersex, is usually diagnosed during the newborn period in the course of evaluating ambiguous genitalia. As an exception we report an unusual case of a 14.5 year-old boy with phenotypically near-normal male genitalia and bilaterally descended gonads, who was seen for evaluation of gynecomastia and hematuria. His eunuchoid body habitus and mild mental retardation were compatible with Klinefelter's syndrome. He had a low level of free testosterone (15.2 pmol/l), and high level of estradiol (264.3 pmol/l) for his age. The patient was diagnosed as true hermaphroditism with 46,XX /47,XXY karyotype causing an ovotestis with inguinal uterus hernia in the left scrotum and a dysgenetic testis in the right scrotum.

A true hermaphrodite with bilateral ovotestes: a case report

A 20-month-old phenotypically male child with ambiguous external genitalia came to this hospital. Chromosomal and DNA analyses revealed 46/XX karyotype and absence of SRY gene, respectively. Two gonadal masses in the labioscrotal folds histologically showed both ovarian and testicular tissues. Clinicopathological features of the patient suggested true hermaphroditism with bilateral ovotestes.

True hermaphroditism

True hermaphroditism was found in a phenotypically normal boy admitted to the urology department with the diagnosis of right undescended testis. The tissue expected to be cryptorchid proved to constitute an ovary, uterus and salpinx. Normal left testicular tissue was found at biopsy. The patient's genotype was 46 XX.

True hermaphroditism and normal male genitalia: an unusual presentation

True hermaphroditism, the rarest form of intersex, is usually diagnosed during the newborn period in the course of evaluating ambiguous genitalia. As an exception, we present an unusual case of a 15-year-old boy with phenotypically normal male genitalia and bilaterally descended ovotestes, who was seen for evaluation of intermittent scrotal swelling and pain. Although rare, true hermaphroditism should be included in the differential diagnosis of apparently normal males presenting with similar complaints.

True hermaphroditism: geographical distribution, clinical findings, chromosomes and gonadal histology

We reviewed 283 cases of human true hermaphroditism published from 1980 to 1992. Of the 96 cases described in Africa 96.9% showed a 46,XX karyotype. In Europe 40.5% of 74 cases and 21.0% of the patients in North America had chromosomal mosaicism. The 46,XY karyotype is extremely rare (7%) and equally distributed through Asia, Europe and North America. Of 283 cases 87 were of black or black mixed origin with a 46,XX chromosomal constellation. The most common gonad in patients with true hermaphroditism, an ovotestis, was found in 44.4% of 568 gonads. Gonads with testicular tissue were more frequent on the right side of the body, while pure ovarian tissue was more common on the left. Histologically the testicular tissue was described to be immature and only twice was spermatogenesis reported while the ovarian portion often appeared normal. This coincides with 21 pregnancies reported in ten true hermaphrodites while only one true hermaphrodite apparently has fathered a child. Of the patients 4.6% were reported to have gonadal tumours. Position and type of the genital ducts, frequency of clinical findings such as genital abnormalities and gynaecomastia, correlations between assigned sex and karyotype as well as the age at diagnosis are reported.