Research in the field of assisted reproduction provides us with more and more answers to situations which previously had none. It gives us solutions, options and new ways of overcoming the many difficulties which arise in reproduction. What’s more, progress in science also helps diagnosis and treatment to be increasingly specific, personalised and individual. In fact, we might even say that the aim is to reach a point where one of a kind treatments are designed for one of a kind patients. Continue Reading »
The social changes in recent years have been highly beneficial to achieving rights and equalities, although it has also led to a significant increase in maternal age. But nature does not understand social change and the biological clock keeps ticking as usual. There are several consequences of this delay on female fertility and it depends on each woman, but it is a reality that as women age, the ovarian reserve diminishes and the egg quality lowers. Continue Reading »
It’s the miracle of life: fertilization and human reproduction. A meticulous and perfect process that allows two cells to come together and create another that will develop until transforming into a new being. Continue Reading »
Chance is a deciding factor in our lives. Where we are born, our society and available resources determine our access to the coverage of basic needs such as health care and education. Specifically, limited access to health services or gynecological health affects millions of women and girls all over the world differently depending on where they live. Continue Reading »
Solidarity can be carried out in very different areas of life and society: supporting initiatives of NGOs or associations, or dedicating some of our time to community service in our neighbourhood or town or simply carrying out daily routines to improve the lives of those around us. It is basically making a gesture or devoting some of our time to make a little effort towards others. Continue Reading »
Assisted Human Reproduction is undoubtedly an area with ethical and moral implications. There are common issues that arise with the generation of new embryos when a couple undergoes ART and with transfers of previously frozen embryos. Some of the most frequent issues are: embryo manipulation and genetic diagnosis; the use of donor gametes and the possible coexistence of their legal children with the biological ones in the future; the option of discarding embryos by parents for no other purpose when they don’t wish to donate them to other couples with reproductive problems or for research purposes; the age of women accessing ART, along with a long list of legal, ethical and moral issues pertinent to each assisted reproduction centre. Continue Reading »
It is estimated that about 20% of reproductive problems are genetic or chromosomal type. That is why today genetic testing is an essential part of the fertility study in couples who come to our clinic looking for descendants.
For the diagnosis of fertility problems there is a set of genetic studies very useful in the assistance of couples with reproductive desire. Tests such as the karyotype in both partners, microdeletion of the Y chromosome in the male or the molecular study of fragile X syndrome in women are usually required tests to determine a possible genetic basis of fertility problems in couples. Continue Reading »
Genetic Amniocentesis is a prenatal diagnostic technique aimed at obtaining fetal karyotype. The karyotype is the number of chromosomes that are endowed with all people. Normal people we have 46 chromosomes distributed in 23 pairs (22 pairs of chromosomes called autosomes and 1 pair of sex chromosomes, XX or XY, which determine the sex of the fetus). Down syndrome or trisomy 21 is the most common chromosomal abnormality in new born infants; in this case, the individual has 47 chromosomes, and the alteration is that there are 3 21 chromosomes rather than two. Continue Reading »
The anembryonic pregnancy or “blighted ovum” is a specific type of miscarriage in which the fertilized egg implants in the uterus but the embryo does not develop. It is a relatively common problem: 10-15% of clinically detected pregnancies are lost spontaneously and one third of them are blighted ovum.
After fertilization, that is, after the union of sperm and egg, begin a series of cell divisions that lead to the formation of the gestational sac surrounded by a “shell” or cover called trophoblast (which is the one that will lead to future placenta); inside the gestational sac the embryo will develop. In the case of anembryonic pregnancy the gestational sac is formed with the trophoblastic cover but the embryo is not displayed because it has stopped developing at a very early stage, before reaching a millimeter in size, so it cannot be detected with an ultrasound. Continue Reading »
The information that we can offer online does not replace the direct professional opinion of the doctor after a comprehensive assessment of your personal case and medical history. Therefore, we encourage your to request an appointment with our medical team either in person or through an online video conference if you are unable to travel to one of our clinics in Alicante, Elche, Cartagena or Benidorm.