Our technology and an experienced team are essential to fulfilling our patients' dreams.
It allows us to identify and correct immunological alterations responsible for abortions and repeated implantation failures.
It allows us to detect chromosomal alterations and prevent the transmission of serious genetic diseases.
It studies the recessive hereditary diseases present in both future parents and donors.
It detects in a maternal blood sample whether the future baby suffers from any chromosomal alteration (aneuploidy).
Determines whether the uterine KIR receptors and the HLA-C presented by the embryo have a good compatibility.
Semen analysis evaluates sperm functionality, in addition to the traditional parameters of a seminal sample.
Medical procedure in which a small sample of the lining is taken for analysis to diagnose various conditions.
The sperm DNA fragmentation test evaluates the integrity of genetic material in sperm cells.
The antral follicle count is a test used to measure a woman's ovarian reserve.
It is a laboratory method used to detect and locate specific DNA sequences on chromosomes.
Gynaecological procedure that allows medical specialists to examine the inside of the uterus and the cervix.
Assisted reproduction considers the genetic, psychological, social and legal consequences of gestation, as well as the risks it may have on the mother and the baby. Doctors should not perform this technique if they are unsure whether the resulting pregnancy will be wanted and well managed.
Fertility treatments and assisted reproductive techniques are used to prevent and correct fertility problems that may affect patients or the baby. In recent years, fertility treatments have evolved and are being implemented in specialised assisted reproduction centres such as our IVF-Life clinic.