Treatments
There are many ways to fulfil a dream. Together we will find the treatment that best suits your needs. All our assisted reproduction treatments and techniques are backed by numerous integrated quality management systems.
What is the best treatment for me?
If you still don’t know which treatment suits you best, we encourage you to do our online pre-diagnosis
What is the best treatment for me?
If you still don’t know which treatment suits you best, we encourage you to do our online pre-diagnosis
In Vitro Fertilization is a laboratory technique that allows us to fertilize an egg with a sperm outside the uterus.
There are 5 options:
IVF Own eggs
and partner sperm
>In our laboratory, we fertilize the eggs we extract from you with your partner’s sperm.
IVF Own eggs
and donor sperm
We fertilize the eggs we extract from you with sperm from an anonymous donor.
IVF Donor eggs
and partner sperm
It offers a greater chance of success from certain ages or for specific medical situations. The eggs lose their potential to generate a pregnancy or there is a decrease in their number, which is why we turn to those of another woman.
With Artificial Insemination (AI), we insert the sperm we selected from a sample into the uterus. The sperm can be from your partner (AIH) or from an anonymous sperm donor (AID). To increase chances of pregnancy, we hormonally stimulate the ovaries and control ovulation in order to know what the best time for insemination is.
Donation
The Eugin Clinic is perhaps the center with the highest number of treatments of this type in Europe, so our selection system is one of the most recognized and perfected.
Egg freezing or oocyte vitrification is the process used for preserving a woman’s fertility. This ultra-rapid freezing technique makes it possible to preserve the chances of pregnancy for any future pregnancies in the event that a spontaneous pregnancy is not achieved.
What is the best treatment for me?
If you still don’t know which treatment suits you best, we encourage you to do our online pre-diagnosis
Techniques
Each case requires specific needs. At Eugin, we have 6 techniques which if applied to your particular case when advised, will increase your chances of pregnancy.
Embryo transfer
After Loading technique
We insert the embryo into the uterus when the guide catheter is already at the entrance to the womb. This reduces the time the embryo spends outside the incubator to just a few seconds before entering the mother’s body, thus decreasing the negative impact that the wait outside of the incubator may have on the embryo.
Assisted Hatching
Involves the thinning of the zona pellucida of the embryos prior to their transfer into the uterus. Your biologist will determine the best moment to do it and thus increase the chances of implantation.
IVF with Intracytoplasmic
Sperm Injection ICSI
We inseminate an egg by the microinjection of a sperm cell, thus favouring fertilization and reducing the chances of fertilization failures.
Blastocyst culture and transfer
Blastocyst culture involves keeping the embryos in special conditions in the laboratory until day 5 or 6 of development after follicular puncture.
EmbryoScope+
It is the latest generation incubator that optimizes the development of embryos in the laboratory. It has a built-in camera that avoids having to extract the embryos from the incubator in order to evaluate them and gives us more information about their development, which could not otherwise be obtained before transferring them.
Egg vitrification
It involves the flash freezing of these cells with minimal damage being done to them and with a high survival rate after devitrification and subsequent use.
Embryo transfer
After Loading technique
We insert the embryo into the uterus when the guide catheter is already at the entrance to the womb. This reduces the time the embryo spends outside the incubator to just a few seconds before entering the mother’s body, thus decreasing the negative impact that the wait outside of the incubator may have on the embryo.
Assisted Hatching
Involves the thinning of the zona pellucida of the embryos prior to their transfer into the uterus. Your biologist will determine the best moment to do it and thus increase the chances of implantation.
IVF with Intracytoplasmic
Sperm Injection ICSI
We inseminate an egg by the microinjection of a sperm cell, thus favouring fertilization and reducing the chances of fertilization failures.
Development of embryos
in the body itself INVO
We obtain sperm and eggs and place them in the INVO device, which we insert into the vagina for the embryo to develop. In this way, the woman actively participates in the culture of her embryos.
Blastocyst culture and transfer
Blastocyst culture involves keeping the embryos in special conditions in the laboratory until day 5 or 6 of development after follicular puncture.
EmbryoScope+
It is the latest generation incubator that optimizes the development of embryos in the laboratory. It has a built-in camera that avoids having to extract the embryos from the incubator in order to evaluate them and gives us more information about their development, which could not otherwise be obtained before transferring them.
Genetic tests
Thanks to these tests, we work more safely and with the possibility of reducing the risk of genetic disease in the future baby even before taking the first step.
Preimplantation Genetic
Diagnosis PGT-M
It is performed in cases in which there is a family history of genetic diseases in the parents that could be inherited by future babies. By means of an embryo biopsy and the subsequent genetic study of the embryos, those that are free of disease will be transferred.
Preimplantation Genetic Testing
PGT-A
We study the embryos’ chromosomal genetic load in order to determine whether it is balanced.
Non-invasive PGT ni-PGT
We analyse the culture medium of the embryos without interfering in their development in order to carry out a genetic screening to determine the best embryos to transfer.
Genetic carrier screening
study
We detect whether the father or mother are carriers of a recessive genetic disease to reduce the risk of genetic disease in the future baby. It is also applied as a verification test prior to the insemination of donor eggs with male partner sperm to avoid fertilising gametes that are carriers of the same genetic disease and thus reduce the risk of genetic disease in the future child.
Detection of rare diseases
in donors
Our egg donors are subjected to a study on genetic diseases so we avoid inseminating donor eggs with sperm from men or donors that are carriers of the same genetic disease. This genetic compatibility analysis technique prior to the fertilization of donated gametes reduces the risk of the baby inheriting serious genetic diseases from the donor and the father.