PGD is highly accurate, with a success rate of around 98-99% in detecting genetic abnormalities. However, it is not 100% foolproof, and follow-up testing during pregnancy is recommended.
PGD can be controversial due to ethical concerns, such as the potential for selecting embryos based on non-medical traits or the moral implications of discarding embryos with genetic abnormalities.
The cost of PGD can vary depending on the specific tests required and the number of embryos tested. On average, it can range from R50,000 to R100,000 in South Africa. Contact us for detailed pricing information.
Risks include the potential for embryo damage during biopsy, misdiagnosis, and ethical concerns. However, PGD is generally considered safe when performed by experienced professionals.
For many couples, the benefits of reducing the risk of genetic disorders and increasing the chances of a successful pregnancy outweigh the costs and risks. It is a personal decision that should be made after thorough consultation with fertility specialists.
Disadvantages include high costs, the potential for ethical and emotional challenges, and the risk of false results. Additionally, not all genetic conditions can be detected through PGD.
If you use donor sperm, the baby will inherit genetic traits from the donor and the egg provider (the mother). While the baby may not look exactly like the recipient if the recipient is not the genetic parent, many choose donors with similar physical traits to increase resemblance.
Many sperm banks provide photos and detailed profiles of donors to help recipients make an informed decision. These profiles often include physical traits, medical history, and personal interests.
The time it takes to get pregnant with donor sperm varies. Some may conceive within the first few cycles, while others may take longer. Factors such as age, health, and fertility conditions play a role in the timeline.
Sperm washing is a medical procedure typically performed in a lab to prepare sperm for insemination, especially in IVF. It is not recommended to wash sperm at home due to the risk of contamination and reduced efficacy.
Home insemination involves using a sterile syringe to place thawed donor sperm near the cervix. It is crucial to follow proper thawing and insemination instructions to maximize the chances of conception.
Blood type can be a consideration when choosing a donor, especially if there are specific compatibility needs or medical conditions to consider. However, it is not always a primary factor for many recipients.
