Lifelong Health Benefits of Mandatory Genetic Screenings

Since their development and introduction in the medical field more than a century ago, genetic screening has been incorporated into many medical fields including reproductive health and cancer prevention. Genetic screening is a method to identify genetic diseases by studying individual DNA. They can be used to determine the susceptibility of various diseases such as Alzheimer's disease, breast cancer and sickle cell anemia. Genetic screening can inform individuals about their health and can help them make effective choices in the treatment and prevention of diseases; however, they are without controversy.

From a medical point of view, genetic engineering offers several advantages such as gene screening, medicine, and gene therapy. Genetic screening is an important way to prevent end stage disease. Screening factors that make it easier for people to suffer from heart disease and certain cancers with only a single drop of blood, high-risk patients can change their lifestyle (McMahon). In Houston, Texas, an 11 year old girl named Lindsay has multiple heart defects. She is waiting for the provider of the heart (makes her child smile). Genetic engineering makes it possible to choose to duplicate healthy organs for future use. The idea behind spare organs is extraordinary. This will delete the list of donors together

Researchers are now searching for possible genetic associations of this congenital (prenatal) condition. For some time it was considered a pathological condition, but today most babies are living a normal life with a slight impact on lifelong health normally caused by chronic esophageal reflux. This is a rare illness seen in 2,500 to 4,500 newborns. The Riley Fetal Center at IU Health treats about 10 to 20 patients per year. Usually it is found within a few hours after birth, but it can be predicted by prenatal ultrasound or magnetic resonance imaging (MRI). This shows excessive amniotic fluid - maternal excessive amniotic fluid. If it is not detected before birth, feeding difficulties in infants is one of the first signs of esophageal atresia.

It's not strange. The aim of genetic testing is to provide the best opportunity to achieve healthy pregnancies and healthy babies by finding the most healthy embryos. There are two main tests: preimplantation genetic screening (PGS) and preimplantation genetic diagnosis (PGD). The PGS test mainly checks if your embryo has the correct number of chromosomes. This is the test I did. Because embryos with missing or extra chromosomes normally cause miscarriage, it is almost impossible to transplant these embryos in most cases. In the PGS process you can also look at the sex of the embryo, but usually most couples will have lower priority in deciding which embryos will be transplanted.