Artificial DNA open new visions in genetic engineering

The nanomachines are bringing a new type of cure for the people, who are paralyzed. Genetic engineering makes it possible to clone neurons and the nanomachines can put those neurons, which are made by transplanting the DNA molecule in the regular cell by using the DNA of the neuron. Then those cloned neurons can transplant to injured neural tracks.

The artificial or cloned neurons can be used to control small-size nanomachines, which is making them more independent and capable of complicated actions. Also, artificial DNA can use as the decoding the neurons. The idea is that the heritable behavior, what is transferred to descendants in genomes would be manipulated to some skills by using the DNA. But that kind of thing might be the applications of tomorrow.

Artificial intelligence can be made by using the DNA bites of different organisms and connect them to one entirety. So that thing makes it possible to connect the things like chlorophyll in the skin of a human, and that thing makes it possible to turn the human skin to photosynthetic. That will hybridize humans and vegetables. And theoretically, by using genetic engineering, people can turn to take nutrients straight through the skin, if the body's hair is turned to root.

Artificial DNA is a multipurpose tool, that can be used to fix the DNA in the human body or control the nanomachines. In some theories, people are thinking about the possibility to make people live forever by making copies of their DNA just when they are born, and then when those people are eldering the fresh DNA would be driven back into their cells, after the old DNA has been removed. Nanotechnology makes it possible to make the genetic transplant in the entire human body.

So if there are some genetic errors the damaged DNA can be isolated from the body of the person, who has a genetic disease, and then the errors in chromosomes will be fixed. Then the fixed DNA will inject into the body of the patient. The nanomachines must just remove the damaged genetic material from the cells and replace it with fixed DNA. The problem is that this process must be done to every single cell in the human body, and that requires extremely large-scale and well-controlled systems.

Image: https://scitechdaily.com/scientists-invent-new-method-for-producing-synthetic-dna/