SRI, Societe de Recherche pour l'Infertilite, Avenue Grandchamp 143, B-1150 Brussels, Belgium
Best Pract Res Clin Obstet Gynaecol. 2014 Nov;28(8):1188-97. doi: 10.1016/j.bpobgyn.2014.09.003.
Since the first live birth after orthotopic transplantation of frozen-thawed ovarian tissue, >40 babies have been born. It is time to consider fertility preservation in women as one of the foremost challenges of the next decade and to offer women facing the risk of induced or iatrogenic premature menopause the best chances of becoming mothers. Heterotopic transplantation has also been attempted, with consistent restoration of endocrine function; nonetheless, its clinical value remains questionable as it may not provide an optimal environment for follicular development, possibly because of differences in temperature, pressure, paracrine factors and blood supply. Finally, orthotopic allo-transplantation of fresh human ovarian tissue has been successfully attempted between monozygotic twins and also between genetically different sisters. The next step in this field will be the development of an artificial ovary, using, as a support, a biodegradable scaffold made of an alginate matrigel matrix onto which isolated preantral follicles and ovarian cells can be grafted.
自首例冻融卵巢组织原位移植后活产以来,已有 >40 名婴儿出生。现在是时候将女性的生育力保存视为下一个十年最首要的挑战之一,并为面临诱导性或医源性早发性绝经风险的女性提供成为母亲的最佳机会。异体移植也已尝试,其内分泌功能得到持续恢复;然而,其临床价值仍存在疑问,因为它可能无法为卵泡发育提供最佳环境,这可能是由于温度、压力、旁分泌因子和血液供应的差异所致。最后,同卵双胞胎之间以及遗传上不同的姐妹之间已成功尝试进行新鲜人卵巢组织的原位同种异体移植。该领域的下一步将是开发使用可生物降解支架的人工卵巢,该支架由藻酸盐基质胶制成的基质组成,可将分离的窦前卵泡和卵巢细胞移植到该支架上。