Instituto Bernabeu: totally committed to quality

Over 30 years’ experience in the field of reproductive medicine has led Instituto Bernabeu in Alicante to achieve leading European levels in quality and commitment. Its focus on providing patients with top care quality, its determination to exceed itself and its constant search for new challenges have led to Instituto Bernabeu receiving the most prestigious of international recognitions, a guarantee of the transparency and reliability of the group located in Alicante, Spain.
“This differentiates us from other centres since we offer continuity and because the certifications which we have cover all departments”, assures Elena García, head of Quality in Instituto Bernabeu. The quality certificates are renewed on an annual basis and, as such, all IB centres have to undergo a new audit every year. “During the financial crisis, many companies have become obsolete because they have not carried out new audits. We, on the other hand, undertook a quality commitment in 2006 and have a team which is specialised in human and technical resources and which is responsible for quality issues”, adds Elena. […]

New diagnosis technique for male sterility and missing genetic material (Y chromosome microdeletions).

We all have 46 chromosomes: 23 of them are inherited from our father and 23 are from our mother. The genetic information for our entire body is stored within these chromosomes. Two of the 46 are sex chromosomes and determine whether we are male (XY) or female (XX). Therefore, the Y chromosome contains all the necessary information for differentiating males from females as well as for sperm production.
The study of Y chromosome microdeletions consists of checking if chromosome Y is complete and, as such, has all the necessary information for satisfactory sperm production or if, on the contrary, small fragments are missing. The loss of such fragments leads to altered spermiogramme which can mean poor sperm production (oligozoospermia) or even no production at all (azoospermia). […]

By |23 de September de 2015|Fertility, Genetics, Reproductive biology, Sterility, Urology|0 Comments

Fertility research: one of a kind treatment for one of a kind patients

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. […]

Embryo implantation, the ultimate test

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. […]

Ethics and good practice: Let the truth be told

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. […]

What are follicles? Number, growth and other characteristics

What are ovarian follicles?
To start with, let’s state what follicles are not. Follicles are not oocytes (eggs). Many patients confuse these terms, believing that follicle equals oocyte.
The female gamete is the egg, and the male gamete is the sperm. These are the cells involved in embryos obtained after fertilization. […]

Assited Reproduction Techniques: FIV vs ICSI

Currently there are two main techniques used to achieve Assisted Reproduction IVF. These two techniques are conventional in vitro fertilization (IVF), and intracytoplasmic sperm injection (ICSI). […]

Why aren’t all embryos obtained from an IVF cycle suitable for freezing?

Today, in In Vitro Fertilization treatments, it is not extraordinary to find ourselves on the day of embryo transfer with a high number of good quality embryos. For a fresh transfer we shall be electing the embryo or embryos that morphologically and kinetically demonstrate greater development and ‘the other’ good quality ones can be cryopreserved. […]

Normal and abnormal embryo division

For as long as we can remember, we assume that we belong to certain standards. These standards are set based on the average population, just as children in pediatric check-ups are assessed by a percentile of height and weight. As adults we are assessed by our body mass index. In both cases, we try to reach an “average” rate.
What do we consider average?
This also happens at the embryonic stage. The process of embryo division observation is established to assess whether or not embryos are normal. This observation should be performed at specific times, so that each embryo is observed and evaluated daily.

Criteria for embryo classification

From fertilization and until the embryo transfer takes place in the womb, embryos follow a development that is valued by embryologists daily. Those embryos that have kept a correct evolution and are in better condition are selected to be transferred. […]