Menezo Y, Guerin P
Laboratoire Marcel Mérieux, Bron, France.
Eur J Obstet Gynecol Reprod Biol. 1997 May;73(1):99-104. doi: 10.1016/s0301-2115(97)02729-2.
Oviduct fluid and oviduct epithelium seem able to modulate in-time maturation and transport of gametes and embryos. They probably allow selection of spermatozoa through too early activation. Subtle changes in the composition of tubal secretion permit fertilization and embryo development in the best conditions. The mechanisms of these changes of oviduct fluid composition (induced by endocrine stimuli and/or by embryo) are under investigation. Numerous compounds isolated in oviduct fluid are now added to the synthetic media for in vitro maturation/in vitro fertilization/embryo culture (IVM/IVF/EC). The rationale is now to mimic more and more, the biochemical composition of tubal and uterine fluids even if interactions with embryo metabolism is still far from being understood.
输卵管液和输卵管上皮似乎能够调节配子和胚胎的适时成熟与运输。它们可能通过过早激活来实现精子的筛选。输卵管分泌物组成的细微变化能使受精和胚胎发育处于最佳条件。目前正在研究输卵管液成分变化(由内分泌刺激和/或胚胎引起)的机制。现在,许多从输卵管液中分离出的化合物被添加到用于体外成熟/体外受精/胚胎培养(IVM/IVF/EC)的合成培养基中。目前的基本原理是越来越多地模拟输卵管和子宫液的生化组成,尽管与胚胎代谢的相互作用仍远未被理解。