Press Area

HUTER, a project directed by Prof. Carlos Simón. It aims to improve assisted reproduction treatments and reduce maternal and infant morbidity. Valencia, 14 January 2020. The INCLIVA Institute has promoted the international HUTER […]


Research by IGENOMIX, a biotechnology company specializing in genetic research, entitled ‘Evidence that endometrial microbiota have an effect on implantation success or failure’, published internationally in the American Journal of […]

In the 72nd ASRM Scientific Congress, which took place from 15th – 19th October in Salt Lake City (Utah, USA), Professor Simón, scientific director of Igenomix and IVI, presented a prospective […]

The research career of Professor Carlos Simón, Scientific Director of Igenomix and IVI, has been recognized during the opening ceremony of the 72nd Annual Meeting of the American Society for […]

After five years of work, IVI Foundation (FIVI) has published a study in the scientific journal Scientific Reports, in the Nature group, in which starting with fibroblasts (from skin) researchers […]

reprogramacion celular

The h-index is determined by the number of publications and the amount of citations per publication. The study simultaneously measures the quantity and quality of work conducted by researchers by […]

Electron microscope image showing a maternal exosome from human endometrial fluid binding to the mouse trophoectoderm. The embryo receives the contents of the maternal exosome to establish the first communication […]

Prof. Carlos Simon, Scientific Director at Igenomix, is one of the researchers taking part in this study. Scientists from Igenomix, University of Valencia, Stanford University and Oregon Health & Science […]

One of the great challenges of in vitro fertilization techniques is to be able to guarantee the viability of the transferred embryos to be implanted into the maternal uterus and […]

Igenomix presents an advance in non-invasive embryonic selection with an award-winning research which aims to generate sperm and egg cells by reprogramming skin cells. The research Direct conversion of human […]