Effect of @entity46 on early embryonic development in the XXXX .

@entity1 @entity249 @entity2085 @entity95 @entity46 @entity1478
The reasons for @entity249 in @entity1 with mild @entity46 remain unclear. Peritoneal fluid constituents may alter tubal transport and @entity2085 , with subsequent implantation disturbances. We used an animal model to study the influence of endometrial implants on early embryonic development. In 25 @entity95 , endometrium from the right uterine horn was transplanted onto the peritoneum (Experimental group = Group E). In 25 @entity95 , fat was transplanted (control group = group C). After a recovery period of 12 weeks the does were mated, and killed 24 h later. In the experimental group the implants had changed into cysts of 5-15 mm in diameter. Histological examination revealed @entity1478 in every specimen. Periadnexal adhesions did not develop in any animal. No marked differences were found between Groups E and C in @entity2085 stage, 24 h after mating. Additional culturing of the embryos for 48 h in a suitable culture medium revealed normal further development of the embryos. Bearing in mind the restrictions of extrapolating a @entity95 model to the @entity1 , it is suggested that the decreased fecundity in mild @entity46 is not caused by altered early @entity2085 rate. The results of this study offer indirect evidence for implantation disturbances as a cause of @entity46 -associated @entity249 .
