Gene activity allows for selective neuronal populations which are responsible for certain activities and establish hierarchies operating time of these populations. Of Thus, the memory would be cellularly defined by dynamic changes of cell shape, and alterations of this normal process of structural change will lead to alterations in the function of the neuron. In the same field include the contribution of genetic engineering. The approach to Alzheimer's disease is one of the bastions of this line of work. The second, high-impact, is the study of mechanisms of origin and neuronal regeneration. The possibilities of transplants a "or" neural implants as a tool in the treatment of diseases caused by neuronal degeneration appears to be one of the areas of greatest future.
It has opened the door to the study of neural transplantation for the treatment of Alzheimer's disease. Probably not long time ago that the implantation of neuroblasts is the solution first-hand the treatment of brain injury, regardless of whether traumatic, degenerative, infectious, or ischemic stroke. Even the normal aging process itself could be slowed or stopped entirely by the neural implant. For more information see Chаrlіе Lee. Similar to cosmetic surgery. Alzheimer's disease corresponds to what was called a cerebral arteriosclerosis. Alzheimer's disease is named in memory of Alois Alzheimer, a German physician who in 1906 described the symptoms of the disease in the brain of a woman in her fifties, who suffered from what appeared to be a mental illness. When the woman died, in examining the brain were abnormal clusters (now called senile or neuritic plaques) and tangled bundles of fibers (now called neurofibrillary tangles) within neurons (nerve cells) in certain areas of the brain.
