Ovarian regeneration is an advanced technique used in fertility treatments that aims to improve the quality and quantity of eggs available in women who still have a sufficient ovarian reserve.
This procedure involves administering nutrients, proteins, and growth factors that directly impact the ovarian microenvironment, optimizing its function and response to hormonal stimulation.
This translates to enhanced egg quality and an increased number of viable embryos during assisted reproduction cycles.
The ovarian microenvironment plays a crucial role in follicle development and egg maturation. Over time, or due to medical conditions, this environment can deteriorate, negatively affecting a woman's reproductive capacity.
Ovarian regeneration seeks to counteract these effects by using growth factors that promote the health and rejuvenation of ovarian tissues.
By improving this environment, egg maturation is facilitated, and the response to hormonal stimulation is enhanced, allowing for a greater number of higher-quality eggs during a treatment cycle.
This procedure is particularly beneficial for women with diminished ovarian reserve or who have faced difficulties producing sufficient high-quality eggs in previous treatments. However, it is essential that the patient still has adequate ovarian mass, meaning her ovaries are of a suitable size, and there is a minimum number of follicles present that can respond to stimulation.
Ovarian regeneration not only increases the number of eggs available but also improves their quality, which is critical for increasing success rates in treatments like IVF (in vitro fertilization).
Higher egg quality reduces the risks of chromosomal abnormalities and increases the likelihood of obtaining healthy, viable embryos that can lead to a successful pregnancy and a healthy baby.
This innovative treatment is a promising option for women seeking to enhance their reproductive capacity and maximize their chances of achieving pregnancy using their own eggs.
Additionally, ovarian regeneration is a safe and minimally invasive technique that can complement other assisted reproduction procedures, offering new hope to those who wish to become mothers despite having a limited ovarian reserve.
With this approach, it is possible to extend a woman's reproductive lifespan and provide better outcomes on the path to motherhood.
People Who Wish to Have a Baby with Their Own Eggs
This treatment is perfect for women who prefer to conceive using their own eggs rather than donor eggs, as it optimizes the quality and quantity of available eggs, improving the success rates of assisted reproduction treatments.
People Seeking Alternatives to Egg Donation
For those who do not wish to opt for egg donation, this ovarian regeneration and stimulation technique enhances the condition of existing eggs, offering a viable and effective alternative to egg donation.
Women Diagnosed with Age-Related Fertility Issues
People Who Have Canceled IVF Cycles Due to Low Response
Some women have had to cancel their IVF cycles due to a low ovarian response to treatment. This approach is designed to improve the response to stimulation, enabling the collection of more and higher-quality eggs in future cycles.
Women Under 40 with Low Ovarian Response
For younger women who, despite their age, experience a low ovarian response, this treatment helps increase the number of available eggs and improve egg quality, enhancing the chances of success in assisted reproduction treatments.
Women Over 40 Who Still Have Regular Menstrual Cycles
Even women over 40 with regular menstrual cycles can benefit from this treatment, as it optimizes their remaining reproductive capacity. By improving the ovarian environment and egg quality, the chances of achieving pregnancy using their own eggs increase significantly.
1.- Dinorah Hernández-Melchor, Iván Madrazo, América Padilla-Viveros, Felipe Camargo, Esther López-Bayghen. “Personalized regenerative strategies and molecular diagnosis for in vitro fertilization success: a case report”. Oxford Medical Case Reports. Volume 2023. Issue 4. April 2023. Omad037.
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