PROBLEM: The pre-requisite of successful implantation involves an intricate cascade of molecular interactions which plays a crucial role in preparing receptive endometrium and implanting blastocyst. METHOD OF STUDY: Data are hereby presented for a better understanding of endometrial receptivity in women, hoping to provide a comprehensive picture of the process and identify new areas of basic and translational research in the biology of blastocyst implantation. RESULTS: Timely regulation of the expression of a number of complex molecules like hormones, cytokines and growth factors, and their crosstalk from embryonic and maternal endometrial side play a major role in determining the fate of the embryo. The molecular basis of endometrial receptivity and the mechanisms by which the blastocyst first adheres to the luminal epithelium and then penetrates into the stroma are only just beginning to be resolved. CONCLUSION: Advances in the development of implantation models and 'omics' technologies, particularly proteomics and metabolomics, are set to have a major impact on the development of this field.
PROBLEM: The pre-requisite of successful implantation involves an intricate cascade of molecular interactions which plays a crucial role in preparing receptive endometrium and implanting blastocyst. METHOD OF STUDY: Data are hereby presented for a better understanding of endometrial receptivity in women, hoping to provide a comprehensive picture of the process and identify new areas of basic and translational research in the biology of blastocyst implantation. RESULTS: Timely regulation of the expression of a number of complex molecules like hormones, cytokines and growth factors, and their crosstalk from embryonic and maternal endometrial side play a major role in determining the fate of the embryo. The molecular basis of endometrial receptivity and the mechanisms by which the blastocyst first adheres to the luminal epithelium and then penetrates into the stroma are only just beginning to be resolved. CONCLUSION: Advances in the development of implantation models and 'omics' technologies, particularly proteomics and metabolomics, are set to have a major impact on the development of this field.
Authors: Jennie C Holmberg; Severina Haddad; Vera Wünsche; Yang Yang; Paulomi B Aldo; Yulia Gnainsky; Irit Granot; Nava Dekel; Gil Mor Journal: Am J Reprod Immunol Date: 2011-12-12 Impact factor: 3.886
Authors: Randi H Goldman; Anna Greer; Catherine Racowsky; Leslie V Farland; Andrea Lanes; Ann Muir Thomas; Mark D Hornstein Journal: J Assist Reprod Genet Date: 2022-05-18 Impact factor: 3.357