hrp0098p1-96 | Sex Endocrinology and Gonads 1 | ESPE2024

Study of the ovarian function and the gyneco-obstetrical profile of patients carrying a pathogenic variant of the HNF1B gene

Cartault Audrey , Paret Camille , Ernoult Perrine , Garczynski Charlotte , Costa Sabrina Da , Chakhtoura Zeina , Viaud Magali , MercierMilesi Celine , Pienkowski Catherine

Introduction: HNF1B belongs to the organogenesis gene family. HNF1B is a rare autosomal disorder affecting early embryonic development of the urogenital tract, liver, pancreas and parathyroids. It is responsible for kidney damage and MODY type diabetes. It affects the female genital tract with a prevalence of uterine malformations of about 20%. To date, no study has evaluated the ovarian function or the gyneco-obstetrical profile of these patients.<p class...

hrp0098t6 | Top 20 Posters | ESPE2024

Gonadal function in patients with germline variants of WT1: results from the French GONADVENIR’s retrospective study.

Carré Lecoindre Morgane , Mallet Delphine , Glenisson Mathilde , Dossier Claire , Brac de la Perrière Aude , Chakhtoura Zeina , Bouvattier Claire , Pienkowski Catherine , Zaegel Nadia , Houang Muriel , Rayneau Rachel , Blanc Thomas , Martinerie Laëtitia

Introduction: Germline variants of WT1 are known to generate kidney and gonadal diseases, including differences in sex development (DSD), chronic kidney disease and early kidney and gonadal tumors. However, the state of gonadal function, its evolution over time, and the impact of WT1 disease on puberty and fertility in this population have never been studied.Methods: GONADVENIR is a French national, retrospective, observ...