Fighting back against the rise of the machines.
Genetics have taken a historic leap thanks to new, predictive DNA technology. Beef cattle ranchers are getting wise to the science of genetics.
They have always known that making the best steak starts long before consumers pick out the right cut, such as where an animal grazes or what it eats. The key is in the genetic makeup — or DNA — of the herd.
Now this same eugenic though process is starting to be talked about on the interwebs. Personal bloodlines not as important now as having a far superior child .
Genome editing techniques, such as CRISPR/Cas9, have facilitated genetic modification in human embryos. The most likely purpose of germline genome editing is the prevention of serious genetic disease in offspring. However, complex issues still remain, including irremediable risks to fetuses and future generations, the role of women, the availability of alternatives, long-term follow-up, health insurance coverage, misuse for human enhancement, and the potential effects on adoption. Further discussions, a broad consensus, and appropriate regulations are required before human germline genome editing is introduced into the global society.
Before germline genome editing is used for disease prevention, a broad consensus must be formed by carefully discussing its ethical, legal, and social issues.
I am not a nuclear physicist, but play one on the internet.