Ohio State University (USA) employee Daniel Gallego-Perez - the author of the pioneering development of the Tissue Nanotransfection (TNT) gene chip capable of repairing or even regenerating any damaged human organ - published a report on this in Nature Nanotechnology, stating that its discovery is ready for clinical trials in humans.
Tests in mice have been successful, according to Dr. Chandan Sen, director of the University's Cell Therapy Center:
The very process of using this innovative technology takes a matter of seconds. The doctor touches the open wound with the gene chip, and then immediately removes it. And then the cell transformation program is already working. For example, in experiments with mice, we reprogrammed the necessary cells, and within a few days the animal with a stroke and immovable limbs completely restored their functions and ran again.
Gene therapy is not a new direction in medicine, but the difference between Daniel Gallego-Perez technology does not imply the use of any medicines or cells of other people, but simply uses a TNT chip (with a small coin) loaded with the necessary genetic code and protein blocks. After that, an electric current is generated, channels in the cell membranes expand, through which certain fragments of RNA or DNA, mediators, hormones, building blocks are thrown into the cells, which leads to reprogramming and planned transformation. In this case, efficiency is achieved at the level of 98 percent, and the process itself is very fast, dramatic changes occur literally in a matter of days.
Since this method of treating damaged organs uses only the patient's own cells, University researchers, led by Daniel Gallego-Perez, expect that clinical trials in humans will begin this year, since there should be no legal delay in this case.
In a nutshell, the TNT gene chip method can repair and even regenerate any damaged organ in the human body within a few days. This is practically the beginning of the path to immortality …