The Impact of Microbiota and the Role of the MicroBioMap®

Test in Reproductive Treatments

Human fertility, an ever-evolving field within medicine, is influenced by numerous factors, including the microbiota present in the reproductive tract. This article focuses on the crucial role of microbiota and how the innovative MicroBioMap® test is revolutionising fertility treatments, opening new avenues to enhance pregnancy chances for both health professionals and patients.

Reproductive Microbiota: A Key Factor in Female Health


Understanding of human microbiota has seen exponential growth in recent years, revealing its importance in various vital functions of the body. In the realm of reproductive diagnostics, the detailed study of microbiota, especially in the female reproductive tract, has proven to be of significant relevance. Microorganisms residing in areas such as the vagina or the uterus play a fundamental role in reproductive health, directly influencing fertility and the success of pregnancies.

The Role of Endometrial Microbiota in Fertility


It is now known that the endometrium, until recently considered a sterile environment, can contain its own microbiota, whose composition can significantly affect fertility. Imbalances in this endometrial microbiota, especially the presence of pathogens associated with chronic endometritis (persistent inflammation of the endometrium), can be decisive in implantation failures and other reproductive problems. Conversely, the presence of beneficial bacteria, such as certain species of Lactobacillus, is related to greater reproductive success, emphasising the importance of a healthy balance of endometrial microbiota.

MicroBioMap®: Innovation in Endometrial Microbiota Assessment


The MicroBioMap® test represents a significant advance in the assessment of endometrial microbiota, offering healthcare professionals a powerful tool for diagnosing and treating fertility issues related to microbial imbalances. Through high-resolution quantitative PCR, this test analyses the presence of 18 pathogenic microorganisms and 4 species of Lactobacillus in the endometrium, providing a detailed picture of the endometrial microbiota.

The utility of MicroBioMap® goes beyond the detection of pathogens, allowing fertility specialists to customise treatments and improve assisted reproduction strategies. This personalised approach not only increases the chances of success in fertility treatments but also paves the way for a deeper understanding of the interaction between microbiota and reproductive health.

Towards an Era of Personalised Treatments in Fertility


The detailed analysis provided by the MicroBioMap® test is a clear example of how personalised medicine is beginning to take shape in the field of fertility. Identifying and correcting imbalances in the endometrial microbiota may be the first step towards resolving previously inexplicable fertility issues, marking the beginning of a new era in reproductive assistance.



The integration of advanced diagnostic tools like MicroBioMap® into clinical practice not only enhances our understanding of reproductive microbiota but also significantly improves treatment prospects for many couples. By addressing endometrial microbial imbalances, we can offer hope and more effective solutions to those seeking to fulfil their dream of starting a family.

The study of the

endometrial microbiota