Luciano Alberto Maria, Monferini Noemi, Donadini Ludovica, Dey Pritha, Franchi Fernanda Fagali, Lodde Valentina, Franciosi Federica
Reproductive and Developmental Biology Laboratory - ReDBioLab, Department of Veterinary Medicine and Animal Sciences, University of Milan, Milan, Italy.
Center for Reproductive Biotechnology and Cryobanking, University of Milan, Milan, Italy.
Anim Reprod. 2025 Aug 14;22(3):e20250066. doi: 10.1590/1984-3143-AR2025-0066. eCollection 2025.
The ability to develop oocytes from the earliest follicular stages through maturation and fertilization in vitro would revolutionize fertility preservation in human medicine and animal breeding. Instead, current assisted reproductive technologies rely only on a limited portion of the female gamete reserve, corresponding to the antral population, while the preantral follicle reserve remains unexploited, mainly due to a lack of knowledge regarding the mechanisms that guide preantral follicle differentiation and folliculogenesis in vitro. This review highlights the efforts made thus far and suggests an approach to studying the mechanisms and ovarian environment to enhance preantral follicle culture systems.
从最早的卵泡阶段开始,通过体外成熟和受精来发育卵母细胞的能力将彻底改变人类医学和动物育种中的生育力保存。相反,目前的辅助生殖技术仅依赖于女性配子储备的有限部分,即窦状卵泡群体,而窦前卵泡储备仍未得到开发,主要是因为缺乏关于体外引导窦前卵泡分化和卵泡发生机制的知识。本综述强调了迄今为止所做的努力,并提出了一种研究机制和卵巢环境以改进窦前卵泡培养系统的方法。