The ovary is indispensable for female reproduction, and its age-dependent functional
decline is the primary cause of infertility. However, the molecular basis of ovarian aging in …

Human ovarian folliculogenesis is a highly regulated and complex process. Characterization
of follicular cell signatures during this dynamic process is important to understand follicle …

The reproductive lifespan in humans is regulated by a delicate cyclical balance between
follicular recruitment and atresia in the ovary. The majority of the small antral follicles present …

Current strategies for fertility preservation include the cryopreservation of embryos, mature
oocytes or ovarian cortical tissue for autologous transplantation. However, not all patients …

Excessive FSH doses during ovarian stimulation in the small ovarian reserve heifer (SORH)
cause premature cumulus expansion and follicular hyperstimulation dysgenesis (FHD) in …

Understanding the molecular pathways that underpin ovarian development and function is
vital for improving the research approaches to investigating fertility. Despite a significant …

Objective: Ovarian tissue vitrification is widely utilized for fertility preservation in prepubertal
and adolescent female patients with cancer. The current literature includes reports of …

At the beginning of ovarian aging, the ovulation of immature oocytes is accelerated, leading
to the arrest of ovulation despite the remaining oocytes. Here, RNA expression in the …

Despite an incredible improvement in our understanding of the genetic mechanisms
regulating mammalian reproductive development and ovarian function, there remain an …

Sexual reproduction is a common feature of multicellular eukaryotic species, involving the
fusion of two haploid gametes to transmit genetic information between generations. In …