Can Vitiligo Be Cured With Reproductive Technology?
Not at present. PGD can screen embryos for single-gene genetic diseases such as cystic fibrosis and thalassaemia, but vitiligo is a polygenic condition influenced by multiple genes and environmental factors such as stress and immune disorders, so it cannot be prevented or cured through reproductive technology.
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Kyle Kuzma, power forward of Milwaukee Bucks, has proposed to his supermodel girlfriend Winnie Harlow, who suffers from Vitiligo, an autoimmune disorder that causes loss of pigment in patches of skin, which has led to a lot of discrimination to her before her fashion career took off. Michael Jackson, the pop superstar, also said publicly that he had Vitiligo. It's not just the look that is inflicted, but the mental. The progress of medical science now brings hope: can Vitiligo be prevented by reproductive technology so that the next generation can no longer suffer.

Reproductive Technology for Genetic Diseases: PGD
PGD (Preimplantation Genetic Diagnosis) is an assisted reproductive technology used to screen embryos for specific genetic diseases. During IVF, embryologists will take a small number of cells from the embryo for genetic testing to screen for healthy embryos to be implanted, preventing genetic diseases from the next generation. What is the difference between PGD and Preimplantation Genetic Screening (PGS)? They are similar but their purposes are different: PGS is mainly used to screen embryos for normal chromosome counts (e.g., Down's Syndrome, etc.), while PGD is designed to detect specific mutations or genetic disorders. Simply put, PGS focuses on chromosomal abnormalities while PGD focuses on specific genetic diseases.
PGD does not tackle polygenic diseases: Vitiligo, "three highs", psychiatric disorders, etc.
The triggering factors of Vitiligo are complicated, involving multiple genes and environmental factors. Although some patients have a family history, it is not determined by a single gene but a combination of genes. In addition, environmental factors (e.g. stress, immune system disorders, etc.) may also trigger Vitiligo. PGD technology is mainly used for the screening of monogenic genetic diseases, such as cystic fibrosis and thalassaemia. It is not likely to prevent or even cure Vitiligo through PGD since it's a polygenic disease and its related genes have not been fully identified.
The three highs (high blood pressure, high blood sugar, high cholesterol) are usually the result of polygenic impact and acquired environmental factors (e.g., diet, lifestyle). Therefore PGD is not able to essentially prevent or cure these diseases. Neither for psychiatric disorders (e.g., depression, schizophrenia) since their causes are also complex, involving multiple genes, environmental stress, and chemical imbalance in the brain. Although PGD excels in dealing with single-gene genetic diseases, there are still limitations in the application of PGD to Vitiligo, “three highs”, psychiatric disorders, and other polygenic or acquired diseases.

RSMC Helps Achieve Your Dream of Parenthood
RSMC has nearly 30 years of experience in infertility treatment and the largest state-of-the-art laboratory in Southern California. We are proud of our PGS passing rate and pregnancy rate, which both far exceeds the national average. Also we boast the detailed examinations we give to our egg donors and surrogates. RSMC uses PGS/PGD to rule out chromosome abnormality to improve the quality of embryos and the pregnancy rate. RSMC also provides one-site medical care all the way from initial consultation to successful delivery, including cross-country coordination, newborn health management, and surrogate management to ensure a seamless journey. Take the first step now and schedule a free consultation online with our 24-hour multilingual team: Line / wechat: rsmctw (whatsapp: +1 858-342-6046).
RSMC Medical Team
Dr. Tayyab Rahil, Ph.D., HCLD
Lab Director at RSMC
Dr. Tayyab Rahil, who has more than 25 years of clinical embryology experience, is the Lab Director at Reproductive Sciences Medical Center. Dr. Rahil earned his Ph.D. at the University of Minnesota in 1997, focusing on gamete biology and reproductive physiology. He has been certified as a High-complexity Clinical Laboratory Director (HCLD) by the American Board of Bioanalysis since 2000, and has directed CAP-accredited, CLIA-compliant IVF laboratories in Southern California. He leads with teamwork and strict quality standards, so every egg, sperm sample and embryo is handled with care.
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