hrp0095p2-255 | Sex Differentiation, Gonads and Gynaecology, and Sex Endocrinology | ESPE2022

Expression of Adam and Adamts Proteases Following Currative GnRHa Treatment for Cryptorchidism

Hadziselimovic Faruk , Verkauskas Gilvidas , Vincel Beata , Stadler Michael

Aim of the Study: ADAM/ADAMTS family members encode extracellular, multidomain proteolytic enzymes. Mutant Adamts16 mice display cryptorchidism and sterility. We hypothesize that gonadotropin-regulated ADAM/ADAMTS genes are involved in testicular development during mini-puberty.Patients and Methods: Testicular biopsies for histological and RNA-Sequencing analysis from bilateral cryptorchid boys were analyzed. RNA samples...

hrp0089rfc8.1 | Sex Differentiation, Gonads and Gynaecology or Sex Endocrinology | ESPE2018

Male Fertility Genes Located in Y-Chromosomal Regions Display Differential mRNA Profiles in Response to GnRH Treatment of Cryptorchidism-Dependent Infertility

Hadziselimovic Faruk , Gegenschatz-Schmid Katharina , Verkauskas Gilvidas , Stadler Michael

Background: Undescended testes in patients with defective mini-puberty contain germ cells that fail to differentiate normally into Ad spermatogonia and ultimately leads to infertility. Six months treatment with the gonadotropin-releasing hormone GnRH increases luteinizing hormone and testosterone secretion and rescues fertility in the majority of pathological cryptorchid testes. Several Y chromosomal genes in the male-specific Y region (MSY) are essential for spermatogenesis, ...