The test that increases the chances of embryo implantation success.
Endometriome® analize the uterine environment before implantation: for a safe and risk-free assisted fertilization.
The test that increases the chances of embryo implantation success.
Endometriome® analize the uterine environment before implantation: for a safe and risk-free assisted fertilization.
Some DNA sequence anomalies can make a person a carrier of a specific genetically transmitted disease.
Healthy carriers of genetic diseases are healthy individuals, without symptoms and unaware of the risk of transmitting their pathology to their children.
1 IN 4
The child of two healthy carriers is born with a genetic pathology.
Before proceeding with the embryo implantation, it is important to make sure you are not healthy carriers of any genetically transmitted diseases. Being aware of one’s pathologies is the first step to the success of fertilization and a peaceful and risk-free pregnancy.
Be aware and trust us: for over 20 years, Eurofins Genoma has been at your side on this journey.
All the answers you need, in a single solution designed for you.
Endometriome® is a test that provides information on the uterine environment and the set of microorganisms (bacteria, viruses, and fungi) that inhabit it.
The endometrium is the inner layer of the uterus and its main function is to allow the implantation of the fertilized egg.
Studying the uterine environment promotes reproductive success.
The delicate balance between the bacterial species that populate the endometrium is an important element during embryo implantation.
In the presence of pathogenic bacteria, implantation of pregnancy can be unfavorable.
Pathogenic bacteria
The presence of pathogenic bacteria can cause infections, failure of embryonic implantation or abortion.
Bacterial dysbiosis
The imbalance of the bacterial flora can cause failure of embryonic implantation.
Unfavorable uterine environment
Alterations of the uterine environment reduce the chances of reproductive success and embryo implantation.
Chronic endometritis (CE)
Chronic endometritis is the most important example of a disease caused by an alteration of the uterine environment, and this inflammation of the mucous membranes is often asymptomatic and not detectable during routine checks.
It is estimated that up to 60% of women with recurrent abortions and 66% of women with repeated implantation failures are carriers of chronic endometritis.
How is it performed?
Endometriome®is a test that is performed with a simple and painless tissue or endometrial fluid sample.
Endometriome® is the study of the endometrial microbiome that can increase reproductive success rates.
It provides a precise and complete profile of the uterine environment and has a reliability level of > 99%.
Precise. Complete. Advanced.
It is performed between the 15th and the 22nd day of the menstrual cycle.
Improve management of couples with previous reproductive failures.
Allows to determine when the uterine environment is optimal for embryo implantation.
Studies the composition of endometrial bacterial flora.
Identifies chronic endometritis caused by the presence of pathogenic bacteria.
After the test results, the specialist can recommend transferring the embryo or waiting and performing a treatment to restore the optimal uterine environment.
All benefits
Allows to assess the percentage of Descs bacteria (essential for defense against intimate infections) in the uterine environment.
If the report suggests the presence of pathogenic bacteria, a corrective treatment can be used.
Allows the specialist to choose the moment to transfer the embryo with awareness.
Determines which pathogens are responsible for any chronic endometritis to propose an adequate antibiotic treatment.
Who we recommend Endomentriome® to
Patients with repeated embryo implantation failures (RIF).
Patients who want to have a child and want to evaluate the presence of altered endometrial balance or undiagnosed CE that could negatively interfere with embryo implantation.
Patients with recurrent abortions (RPL).