Is spinal cord regeneration possible?
For many years, spinal cord regeneration was not possible. The paralysis, often resulting from damaged spinal cord, was probably permanent and the lives of many people were forever changed by spinal cord injury. This is still the case today, but what has changed is the degree of optimism that many people hold, that one day they can use medical techniques to repair spinal cord injury and restart damaged nerves that have lost function after injury is what actually happens that it really happens to be. They got to get to get to what was possible to be able to get to what could be explored and what happens. done. This may take a while, even if everyone combines in the hope that doctors will find out earlier than later. It is important to realize that even if there is optimism if there is no miracle events, the PR is PRAgain, people will have to wait and Potentially the drug may not exist for people whose injuries occurred some time ago.
Studies that everyone points out as potentially encouraging spinal cord regeneration medicine includes those that have brought the importance of axon. It is a small part of every neuron that must communicate with other neurons to remain full function of nerve cells. Scientists now know that at least part of the problem with the damaged mix is that the axons have been damaged.
Another promising study has occurred on the USCF in recent years and has proposed that the area of damage was not the only area of interest. By stimulating nerve cells in the peripheral nervous system, scientists were able to stimulate new neurons growth in the central nervous system and spinal cord. This study was on mice and was not duplicated in humans, but it was the most important because it now proves that spinal cord regeneration is possible.
the same jAKO is important to understand how to fix something, it may also be necessary to understand why it will not work. At the end of 2000, one study was used medically in the future, evaluated protein fibrinogen with bleach blood. In people with damaged spines, it was found that this protein was present in highly excessive quantities and that it could inhibit neuron repair. There are ways to block the effect of protein that could be given in future treatment.
These studies are just the tip of the iceberg and there are many that are still being performed. Medical science continues to work hard on the question of spinal cord regeneration and examines the problem from different angles. It can only be hoped that their discoveries soon bear fruit and that the human race can soon benefit from the recovery of injuries that were once considered incurable.