Regeneration of damaged spinal cord technology linguistic and wave genetics (BTY).
https://www.ncbi.nlm.nih.gov/pubmed/23439068 hkps://www.nscisc.uab.edu/Public/Facts 2016.pdf
Treatment of patients with SCI - expensive, long and with no guarantee of complete recovery.
This complex of various costly methods of diagnosis, surgical and therapeutic treatment, rehabilitation treatment SCI patient for a long time (respiratory therapy, functional electrical stimulation, improved motor function, etc.). Stem cell treatment of patients with SCI – the most perspective direction associated with the regeneration of injured spinal cord. However,, despite a number of achievements, stem cells can cause
development of tumors due to the ability of continuous proliferation te. division, proliferation by breeding. There are a number of ethical, social and stringent legal restrictions on their use.
Today, there are no methods of treatment for SCI full restoration of the damaged spinal cord because of the extremely low regenerative potential of brain tissue.
Therapy sound wave linguistic and genetic templates Garyaev PP. and stem cells treated with the wave of genetic neyrogenezisnoy quantum program. Unlike traditional medicine, employing a real gene, Locally convex groupuscule technology uses quantum equivalents genes. The isolated from the adipose tissue of the patient mesenchymal stem cells were introduced gene pool quantum equivalents, triggering the genesis of neurons and carry out the programming of mesenchymal stem cells, are introduced into the bloodstream of the patient.
The attached presentation of a report on the successful treatment of precedent Matthew Cohen.