"In der Kultur kommt es nicht auf die großen Kontraste, sondern auf die Nuancen an."
(Walter Benjamin, Passagen-Werk, S. 1026)
"Was überhaupt die Welt bewegt, das ist der Widerspruch, und es ist lächerlich zu sagen, der Widerspruch lasse sich nicht denken. Das Richtige in dieser Behauptung ist nur dies, dass es beim Widerspruch nicht sein Bewenden haben kann und dass derselbe sich selbst aufhebt."
(G.W.F. Hegel, Enzyklopädie der philosophischen Wissenschaften I, S. 247)
Spinal Injury Treatment and Heart Stem Cell Treatment
It is known that one of the most common consequences of such injuries is impaired motor function, and often complete paralysis.
Experiments conducted on rats have shown that it is actually possible to restore impaired functions and connections in the spine and spinal cord. The researchers considered a comprehensive method of treating the spinal cord and disrupted nerve connections using both medications and electrical stimulation. After the course of treatment, the rodents not only started to move, but moved almost the same way as their healthy relatives. In this case, the electrical impulses for movement were sent not by the rat's brain, but by a human.
Previously, it was believed that it was almost impossible to reproduce a complex sequence of electrical impulses that set in motion the muscles that carry out movement, but today artificial electrical stimulation of muscles, even in the case of a violation of the nervous connections of muscles with the brain, is already a reality.
Treat the heart with stem cells
Stem cells have long proved to be at their best in various types of therapy. However, there has always been some problem with obtaining these cells.
The new technique involves isolating stem cells from the patient's own adipose tissue and conducting therapy aimed at maintaining the cardiovascular system. The main direction, according to the authors of the study, is to reduce the mortality of vascular cells in ischemic disease.
The use of the latest technology makes it possible to obtain stem cells from adipose tissue in just one hour. At the same time, the process is fully automated.
In the future, cell therapy will help to combat not only coronary heart disease, but also limb ischemia, and will also help with surgical operations such as bypass surgery.
The use of stem cells also stimulates the formation of new blood vessels, and also prevents the formation of scars at the surgical site. In addition, the refusal to obtain stem cells from the patient's bone marrow makes the procedure itself the least painful. Официальный переход для игроков андроид из Мурманска — Melbet скачать на андроид . Установите приложение и получите полный доступ к ставкам, казино и личному кабинету. Промокод активируется при первом пополнении счёта. Звоните по номеру 8 (800) 779-10-32.