Designer Babies: Disease Free or New Child

For children's choice, the wealthy class of the world will soon have tall, beautiful, sporty, smart, blue eyes and blonde hair options. Sometimes called "eugenics of Hitler's Third Empire" ("Designer Baby" np), although new genetic techniques cause differences in opinion, changing DNA before implantation is " "is. (Thadani n. P.) The latest advance in genetically modified embryos has created "designer's baby". And caused a controversy about the ethics of this process.

In today's world, designer babies may be made through the PGD process, but this may be to prevent children from having a genetic disorder, or for certain bodily It is restricted to certain aspects like choosing features. Hair etc. However, the future looks promising. Several of the future new technologies that can be used - in the future, the sequencing of the entire human genome may be much easier. In order to install equipment at low cost (about $ 1,000), one or more equipment may be present in the laboratory or clinic. This is very convenient because we can use this technique to determine if people are likely to get sick for themselves or to see if there are genes related to diseases that can be conveyed to their children is. It helps you to discover patterns of DNA sequences and to understand the origin and complexity of various traits. (Wikipedia, expired)

Early in 1953, when Watson and Click discovered the structure of DNA well known, people came up with fear and hope for babies to customize their design - they had high quality genetic appearance, intelligence and athletic ability You can get rid of heritable diseases while having it. Wait a second. The baby's age of the designer is finally here. Fertility treatment agencies can now also help you to make babies based on favorite aesthetics (eye color, hair color, etc.) as well as screening for embryonic or genetic diseases. Designer's baby is a new field of topical biomedicine. The idea of ​​"designing" an ideal child for a couple is creating news not only for its innovative concept but also for its moral and moral issues.

In 2008, in Spain, the baby was selectively implanted to heal the brothers Thalassemia. Before transplanting in vitro fertilization, the child was born out of embryos tested for disease. Immunocompatible umbilical cord blood supplied by the infant is preserved for transplant to his brother. The transplant is considered successful. In 2009, a group of physicians and experts in Chennai and Coimbatore successfully treated thalassemia children using unaffected brother cord blood.