MicroBioMap®
The study of the endometrial microbiota
This test detects the selected microorganisms by quantitative PCR from an extraction of the microbial DNA present in the endometrium and determines the standardised level of each species per human cell.
In addition to determining the presence or absence of pathogenic microorganisms in the sample studied, it calculates the relative abundance of each of the microorganisms detected in proportion to the total microbial community identified in the sample.
P+5.5 / LH+7
Introduction in the
MicroBioMap® cryotube
(at least 4 hours)
room temperature
Genetic analysis
Results in 10
working days
The study of the endometrial microbiota
YOUR PROCESS
Add quality and confidence to your assisted reproduction treatment: go one step further and include the MicroBioMap® test in your process.
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Description of the service
- 18 pathogenic microorganisms (fungi, bacteria, and protozoa), identified as involved in the development of chronic endometritis.
- 4 lactobacillus species, identified as beneficial for reproductive health.
This test detects the selected microorganisms by quantitative PCR from an extraction of the microbial DNA present in the endometrium and determines the standardised level of each species per human cell. In addition to determining the presence or absence of pathogenic microorganisms in the sample studied, it calculates the relative abundance of each of the microorganisms detected in proportion to the total microbial community identified in the sample.
What does MicroBioMap® study?
The microorganisms that cause chronic endometritis analysed by the MicroBioMap® include:
The lactobacilli profile studied includes the species:
Context
The presence of pathogens in the endometrial environment has been shown to be detrimental and is associated with Chronic Endometritis (CE). CE, in turn, has been associated with implantation failure, recurrent abortion, and other pathologies and pregnancy complications.
The detection of the pathogenic species that potentially cause CE using the MicroBioMap® assay makes it possible to define a specific treatment for their elimination, significantly improving the reproductive results and success rates of assisted reproductive techniques in women suffering from this condition.
According to recent studies, the predominance of lactobacilli may be an important marker of uterine health, associated with successful reproductive outcomes.
The bacterial balance in the endometrium in relation to the richness of lactobacillus in this tissue is also studied using the MicroBioMap® assay.