Eugin Group leads €3.5-million project to improve embryo implantation, a factor associated with over 30% of failed pregnancies
The Eugin Group, from its Basic Research Centre at the Barcelona Science Park, is leading a consortium of 15 public and private European institutions in the development of the IMPLANTEU project. This pioneering international research initiative has beenawarded a grant of €3.5 million through the prestigious Marie Skłodowska-Curie Actions Doctoral Network to tackle one of the most critical challenges in fertility treatments, successful embryo implantation.
A European consortium, led by the Eugin Group, has secured a €3.5-million grant from the European Commission through the prestigious Marie Skłodowska-Curie Actions Doctoral Network (MSCA-DN) to address one of the most critical challenges in infertility treatment: studying why embryo implantation fails, even after advanced medical treatments. This crucial step is often limiting for many couples, as 30-70% of pregnancies (depending on the woman’s age and whether the embryo presents chromosomal abnormalities) are unsuccessful due to failed implantation, according to data from ESHRE, the European Society of Human Reproduction and
Embryology.
The desire to reverse this situation is what led to the creation of the IMPLANTEU project. Managed from the Eugin Group’s Basic Research Centre in the Barcelona Science Park, the project seeks to revamp both reproductive science and clinical practice by adopting a comprehensive, multidisciplinary approach.
The European consortium developing the project comprises 15 public and private institutions, including universities, biotechnology start-ups and leading research institutions, among them: the Medical University of Graz (Austria), KU Leuven (Belgium), Ghent University (Belgium), Leiden University Medical Centre (Netherlands), University of Milan (Italy), University College Dublin (Ireland), University Medical Center Hamburg-Eppendorf (Germany), Institute of Molecular Biotechnology (Austria) and Universitat Politècnica
de València (Spain).
The findings generated through IMPLANTEU will mark the dawn of a new era in infertility treatment thanks to the multidisciplinary nature of the consortium members. They will combine their expertise in reproductive biology, biotechnology, bioengineering, medicine and physiology with cutting-edge technologies such as embryonic stem cell-based models, organoids, machine learning and organs-on-chip.
A new generation of leaders in reproductive medicine
A key aim of the IMPLANTEU project is to cultivate the next generation of leaders in reproductive science. To this end, the project has a training programme in place for young doctoral students, equipping them to make a significant contributions to the successful treatment of infertility.Through stays in academic, scientific, and business environments, horizontal and specific courses, and interactions with consortium partners, students will not only gain experience in state-of-the-art research methods, but also develop skills ininterdisciplinary collaboration, critical thinking, ethical and policy issues, and innovation.
“IMPLANTEU represents a transformative step in addressing the complexities of embryo implantation through cutting-edge science. It also reflects our commitment to advancing reproductive medicine by empowering the next generation of scientists to shape the future of our field”, says Dr. Mina Popovic, project coordinator and scientific director of the Eugin Group.
“The Eugin Group is proud to lead IMPLANTEU, a project that fosters international collaboration, drives high-impact research and connects science with clinical care, offering hope to families around the world,” says Marcio Fernandes, Eugin Group CEO.
Why do pregnancies fail?
One of the leading reasons pregnancies fail is a problem with implantation: the process by which an embryo attaches to the uterine wall. IMPLANTEU wants to explore the reasons behind these failures by studying both the embryonic and the uterine components at the molecular level. By gaining a deeper understandingof the factors that affect implantation success, the project aims to improve IVF success rates and offer more personalised treatments to couples facing fertility challenges.
Eugin Group’s research team, led by Dr. Popovic, is coordinating the IMPLANTEU project from the Barcelona Science Park and seeks to address this challenge by delving into two key research areas: chromosomal abnormalities in embryos and genomic mapping of the endometrium.
“Many pregnancies fail due to chromosomal abnormalities in embryos, which become more common as women age, especially after 35. These abnormalities can lead to implantation failure, early pregnancy loss, often occurring before a woman is aware she is pregnant, or miscarriage”, says Dr. Popovic. “Our team is studying these issues in detail using lab-grown structures made from stem cells that mimic early-stage embryos. By observing how these abnormalities affect embryo development, we aim to better understand why some pregnancies fail, offering valuable insights that could improve fertility care in the future.”
Dr. Irene Miguel-Escalada leads the Eugin Group team’s second area of research, genomic mapping of the endometrium. They will explore the genetic and molecular factors that affect how ready the uterus is to support a pregnancy. By identifying key molecular signals that show when the uterus is most receptive, the project aims to develop personalised fertility treatments that may improve the chances of a successful pregnancy