Intensive research work has been performed to better understand the regulation of the
endometrium and its clinical implications to improve implantation. Although many proteins …

Despite many advances in assisted reproductive technologies (ART), implantation rates are
still low. The process of implantation requires a reciprocal interaction between blastocyst …

Implantation is a highly co-ordinated event that involves both embryonic and endometrial
participation. The endometrium expresses a sophisticated repertoire of proteins during the …

The human endometrium is receptive for implantation of a blastocyst for only 4–5 days in
each menstrual cycle. Failure of implantation is a major reason for infertility in women and …

Objective: To review the literature on various endometrial factors assumed to be of
importance to implantation and to evaluate their potential clinical value in the assessment of …

Human implantation is a highly complex and multifactorial process. Successful implantation
requires the presence of a healthy embryo, a receptive endometrium, and a synchronized …

Embryo attachment and implantation is critical to successful reproduction of all eutherian
mammals, including humans; a better understanding of these processes could lead to …

In spite of a great deal of effort over many decades, the mechanisms that lead to infertility in
women with endometriosis remain unknown. Moreover, controversial results in the literature …

The endometrium undergoes cyclic growth and development with the sole purpose of
successful establishment of pregnancy. As more is known about the gene products of the …

The endometrium is one of the most fascinating tissues in the human body. Its sole purpose
is to enable implantation of an embryo during a relatively short window of opportunity in the …