By Your Side for IVF! We’ll Call You

PGD (Pre-Implantation Genetic Diagnosis)

PGD (Pre-Implantation Genetic Diagnosis)

Preimplantation Genetic Diagnosis (PGD) in North Cyprus

What Is PGD?

PGD (Preimplantation Genetic Diagnosis) is a genetic testing method used during IVF treatment to identify embryos that are free from certain inherited diseases before embryo transfer.

During PGD testing, embryos created in the laboratory are genetically analyzed to detect chromosomal abnormalities or specific genetic disorders. By selecting embryos with a normal genetic structure, fertility specialists can improve the chances of achieving a healthy pregnancy.

This approach helps ensure that the embryo transferred during IVF has the highest potential for healthy development.

 

PGD in IVF Treatment

PGD in Cyprus has become an important part of modern IVF treatment because it allows fertility specialists to evaluate embryo genetics before transfer.

Main advantages of PGD include:

  • Selecting genetically healthy embryos
  • Increasing pregnancy success rates
  • Reducing miscarriage risk
  • Preventing inherited genetic diseases
  • Improving overall IVF treatment outcomes

By transferring embryos with normal genetic results, the IVF process can become more effective and emotionally less stressful for patients.

 

How Is PGD Testing Performed?

PGD testing is recommended only when medically necessary. The process usually includes several steps during IVF treatment.

Embryo Development

After fertilization during IVF treatment, embryos develop in the laboratory until they reach the blastocyst stage.

Embryo Biopsy

A small number of cells are carefully taken from the embryo. This procedure is performed by experienced embryologists and does not harm embryo development.

Genetic Analysis

The collected cells are sent to a specialized genetic laboratory where advanced testing is performed to evaluate the embryo’s genetic structure.

Embryo Selection

Based on the results, embryos with normal genetic profiles are selected for embryo transfer.

 

What Conditions Can PGD Detect?

PGD testing can identify many inherited diseases before pregnancy occurs.

Single Gene Disorders (PGD-M)

PGD-M is used when parents carry a specific genetic mutation that could be passed to the baby.

Examples include:

  • Beta Thalassemia
  • Sickle Cell Disease
  • Spinal Muscular Atrophy (SMA)
  • Cystic Fibrosis
  • Congenital Hearing Loss

This testing helps prevent the transmission of inherited diseases.

 

Chromosomal Disorders (PGT-A)

Chromosomal screening can detect abnormalities such as:

  • Down Syndrome
  • Edwards Syndrome
  • Patau Syndrome
  • Turner Syndrome
  • Klinefelter Syndrome

Screening embryos before transfer can significantly improve IVF success rates.

 

Who Should Consider PGD Testing?

PGD in Cyprus may be recommended for patients who:

  • Are over the age of 35
  • Have experienced repeated IVF failures
  • Have a history of recurrent miscarriage
  • Carry genetic diseases in the family
  • Had abnormal chromosome results in previous pregnancies

A fertility specialist will determine whether PGD testing is appropriate after evaluating the patient’s medical history.

 

PGD Testing at Dogus IVF Center

At Dogus IVF Center, advanced genetic testing technologies are used as part of IVF treatment when medically necessary.

Our experienced embryology and genetics teams work together to analyze embryo health and select embryos with the highest implantation potential.

If you would like more information about PGD in Cyprus, our fertility specialists will be happy to guide you through the testing process and treatment options.

Frequently Asked Questions About PGD

Does PGT testing harm the embryo?
During PGT, a very small number of cells are carefully taken from the embryo for genetic analysis. This procedure is performed using advanced embryology techniques, and the risk of harm to the embryo is very low. The biopsy is carried out by experienced embryologists, and embryo development is closely monitored in the laboratory.
At which stage is PGT performed?
PGT is performed by analysing cells taken from the embryo at a specific stage of development, usually through a biopsy procedure. The collected cells are examined in a genetic laboratory to evaluate the chromosomal structure and identify healthy embryos.
Can gender be determined with PGT?
Yes. Since PGT analyses the chromosomal structure of the embryo, it is also possible to determine the sex of the embryo. However, the primary purpose of PGT is to detect genetic disorders and chromosomal abnormalities.
Is PGT recommended for everyone?
No. PGT is not required for every IVF patient. It is typically recommended for couples who are carriers of genetic diseases, patients with recurrent miscarriages, individuals planning pregnancy at an advanced age, or those with previous IVF failures. The decision is based on medical evaluation.
Does PGT improve IVF success rates?
By selecting genetically healthy embryos, PGT may increase the chances of implantation in certain patients and help reduce the risk of miscarriage. However, it does not guarantee pregnancy.
How long does it take to receive PGT results?
Cells obtained from the embryo are analysed in a specialised genetic laboratory. Depending on the method used, results are usually available within a short period, and the embryo transfer plan is adjusted accordingly.
Can PGT detect all genetic diseases?
PGT can identify many genetic conditions and chromosomal abnormalities. However, it cannot detect all genetic diseases. The scope of testing depends on the selected genetic panel.
When is embryo transfer performed after PGT?
After the genetic analysis is completed, embryos identified as healthy are transferred at the most appropriate time based on the patient’s personalised treatment plan.
Does PGT reduce the risk of miscarriage?
By selecting chromosomally normal embryos, PGT may help reduce the risk of miscarriage in certain cases. However, it cannot eliminate all risks associated with pregnancy.
Which patients benefit most from PGT?
PGT is particularly beneficial for couples who are carriers of genetic diseases, patients of advanced maternal age, those with recurrent pregnancy loss, and individuals with previous unsuccessful IVF attempts.
Is pregnancy after PGT different from a natural pregnancy?
No. Pregnancies achieved with PGT are followed in the same way as natural pregnancies. Once pregnancy is confirmed, routine monitoring is carried out by an obstetric specialist.
Is PGT a reliable method?
Yes. PGT is a reliable and advanced genetic testing method. It is performed using modern laboratory technologies, allowing detailed analysis of the embryo’s chromosomal structure.

Ask the Doctor





    Back
    WhatsApp
    We’ll Call You
    Call Now
    Instagram
    Messenger