Module description

Reproductive Medicine is a very active scientific field that requires continuous technical knowledge improvement and educational training in basic and translational research. To provide appropriate Reproductive Health Care it is fundamental not only to have the skills to manage multidisciplinary teams, but also to have notions on basic and translational science in infertility problems. Thus, the aim of this course is to offer enough information about the new techniques and technologies that are being used or will be in the near future in Reproductive Medicine to students and professionals in Reproductive Medicine.

Learning objectives:

Upon completion of this program, the participant will be able to:

• Understand the human genomics and proteomics of endometrial receptivity.
• Learn the state of the art of invasive chromosomic/genetic/genomic diagnosis of the human embryo.
• Know about the future of non-invasive diagnosis of the human embryo using proteomics and metabolomics.
• Learn how to use and interpret animal models for research in OHSS.
• Update the status of the research in endometriosis through -omics and animal models. 
• Understand the origin of the adult and embryonic stem cells and its impact in current reproductive and regenerative medicine.
• Learn about bioinformatics applied to research in infertility and bioethics. 

Target audience:
Students, researchers, embryologists, and medical doctors working in Reproductive Medicine.

CME Accreditation

This module has been submitted for CME Accreditation from the European Accreditation Council for Continuing Medical Education (EACCME). This course may include data on investigational uses of drugs and other treatments not approved by EMEA, FDA and other National or International Health Authorities in the indications mentioned.

Please, contact us regarding the CME credits for this module.