The human endometrium is a dynamic remodeling tissue undergoing more than 400 cycles
of regeneration, differentiation and shedding during a woman's reproductive years. The co …

The endometrium of humans and some primates undergoes cyclical processes of
regeneration, differentiation, and shedding as part of the menstrual cycle. Endometrial …

Despite extensive literature on vascular endothelial growth factor (VEGF) expression and
regulation by steroid hormones, the lack of clear understanding of the mechanisms of …

Aberrant up-regulation of aromatase in eutopic endometrium and implants from women with
endometriosis has been reported. Aromatase induction may be mediated by increased …

In the endometrium, hormonal effects on epithelial cells are often elicited through stromal
hormone receptors via unknown paracrine mechanisms. Several lines of evidence support …

This review summarizes the history of research on mesenchymal–epithelial interactions in
prostatic development from the first studies in 1970 to the present. From this study we have …

The mucosal immune system in the upper female reproductive tract is uniquely prepared to
maintain a balance between the presence of commensal bacteria, sexually transmitted …

The promoter of P receptor isoform B (PR-B) has recently been shown to be
hypermethylated in endometriotic tissues, but one question remains as what causes the …

The endometrium is central to mammalian fertility. The endometrial stromal cells are very
dynamic, growing and differentiating throughout the estrous cycle and pregnancy. In …

The knockdown of PR-B by siRNA resulted in a significant increase in proliferation in an
immortalized endometrial stromal cell line. This suggests that PR-B knockdown might be …