Colpectomy entails the surgical removal of the vaginal epithelium. It may be performed in trans-masculine individuals as gender-affirming surgery. Vaginal colpectomy is a complex procedure with potentially severe complications.
View Article and Find Full Text PDFStudy Question: Can secondary follicles be obtained from cultured cryopreserved-thawed human ovarian cortical tissue?
Summary Answer: We obtained high-quality secondary follicles from cultured cryopreserved-thawed human ovarian cortical tissue from cis female donors (cOVA), but not from trans masculine donors (tOVA) in the same culture conditions.
What Is Known Already: The in vitro growth of oocytes present in unilaminar follicles into metaphase II stage (MII) oocytes has been previously achieved starting from freshly obtained ovarian cortical tissue from adult cis female donors. This involved a multi-step culture protocol and the first step included the transition from unilaminar follicles to multilayered secondary follicles.
Purpose: We aimed to investigate how adults, who started gender-affirming hormone treatment during adolescence, reflect on their reproductive decisions.
Methods: We recruited transgender and gender-diverse (TGD) people who visited our gender identity clinic and commenced medical treatment in adolescence at least 9 years ago. We collected data through an online survey.
Study Question: How do transfeminine adolescents and their parents experience fertility preservation via testicular sperm extraction (TESE)?
Summary Answer: Participants experienced the TESE process positively when provided with appropriate guidance to navigate the decisional dilemma between preserving future biological parenthood and the pressure to start puberty suppression early.
What Is Known Already: Sperm banking through ejaculation is not feasible for all transfeminine adolescents due to genital dysphoria and early puberty; for this group, TESE is the only alternative. However, during early puberty, they must postpone or pause puberty suppression until spermatogenesis is fully developed.
The ovarian surface epithelium (OSE), the outermost layer of the ovary, undergoes rupture during each ovulation and plays a crucial role in ovarian wound healing while restoring ovarian integrity. Additionally, the OSE may serve as the source of epithelial ovarian cancers. Although the OSE regenerative properties have been well studied in mice, understanding the precise mechanism of tissue repair in the human ovary remains hampered by limited access to human ovaries and suitable in vitro culture protocols.
View Article and Find Full Text PDF