Given the choice, would you rather have been born with a different eye color, hair color or skin tone? Maybe you would have chosen to be taller, thinner or more muscular. Of course, you didn’t have these options. The physical and personal traits a person winds up with are just one big roll of the dice, with only the biological parents’ genes to draw from. However, within advances in genetics research, people may soon select their children’s physical and personality traits like they pick out options on a new car. This genetic technique is widely known as “Designer Babies”
If you had the ability to play with the genetics of your baby, would you?
History of Designer Babies
Designer babies was thought of by a guy named Dr Jeff Steinberg, a pioneer of IVF in the 1970s Long before Watson and Crick famously uncovered the structure of DNA in 1953. In 1928 a scientist named Frederick Griffith was working on a project that enabled others to point out that DNA was the molecule of inheritance.
Fourteen years later a scientist named Oswald Avery continued with Griffith’s experiment to see what the inheritance molecule was. In this experiment he destroyed the lipids, ribonucleic acids, carbohydrates, and proteins of the virulent pneumonia. In the mid-1990s, embryologist Jacques Cohen pioneered a promising new technique for helping infertile women have children. His technique, known as cytoplasmic transfer, was intended to “rescue” the eggs of infertile women who had undergone repeated.
In October of 2000, Adam Nash was the world’s first designer baby born by pre-implantation genetic diagnosis (PGD).PGD refers to screening procedures performed on embryos to check for genetic disorders prior to implantation and pregnancy. Embryos grown to the eight-cell stage and are checked for genetic disorders.His parents were both carriers of Fanconi Anemia and passed this genetic disorder onto their daughter, Molly. To save Molly, a bone marrow transplant was needed Doctors fertilized several of Adam’s mother’s eggs, but only implanted the one that was both genetically healthy and a match as a donor.Now, Molly is healthy and has been given a second chance at life.
How much does it cost?
The treatment cost in U.S. Clinics is almost about 19 thousand US$ .When the world is concerned over gender balance, the patients claim that it is to bring gender balance of their family. Parents from around the world are forking out around $19000 for a groundbreaking gender selection treatment offered by only a handful of U.S. clinics but banned in most countries.
Different ways designer babies are used
One of the ways is that it is used by a Los Angeles clinic that states that it will soon help couples select both gender and physical traits in a baby when they undergo a form of fertility treatment.
The second way it is used is by pre-implantation genetic diagnosis that has been long used for the medical purpose of averting life-threatening diseases in children, the science behind it has quietly progressed to the point that it could potentially be used to create designer babies.
Throughout the past decade, scientists have made large progress in identifying various genetic sequences. Increased ability to determine which genes decide which characteristics.
Although there are many grey areas, we feel that if regulated correctly, it is the best solution that can effectively prevent the exploitation of this technology and at the same time, create a new generation of healthier children.
We have chosen this solution because it is beneficial to more than half of the identified stakeholders, namely the babies, the parents and the government.
So what does the Future hold for designer babies?
In the future we may be able to “cure” genetic diseases in embryos by replacing faulty sections of DNA with healthy DNA .Advanced reproductive techniques involve using InVitro Fertilisation or IVF to fertilize eggs with sperm in ‘test-tubes’ outside the mother’s body in a laboratory. The third way its used is by In the not too distant future parents will have the chance to customize their unborn baby any way they see fit, everything from immunity to certain diseases to picking the color o f their hair will be offered for the ultimate ‘designer baby’.
Genetic scientists believe, in the next few decades, we might be able to design our future babies—to choose the features we want our children to have even before they are born. In addition, we might be able to have our unborn child’s genes tested to detect any genetic disorders and have doctors modify a defective gene or even replace it to make sure our child is born disease-free.