Neuro-navigation is the process of removing unwanted or regenerating nerve fibers in living persons for the purpose of transplanting them into another person or into a pet. This process has been around since at least the 1950s when it was discovered that the same processes which enable us to remove tumors from people also enable us to remove nerve cells from other areas of our body. It is an efficient technique for dealing with organ transplants and similar organ/tissue transplant surgery scenarios. The issue that has arisen out of this application is that the tissue that is removed during this procedure is of a very delicate nature, as is the patient who must undergo the operation.
For these reasons, it is imperative that we find a method of performing this type of surgery that is both highly accurate and highly reliable. That's why the development of new methods of performing this type of surgery was so incredibly important. It represents a major leap forward in the medical imaging technology field. Today, new Neuro-navigation Systems are able to provide us with the means of delivering neurostimulation, without the need for traditional stereotactic technology. In other words, we are no longer limited by what we used to call a "stereotactic collar."
Interestingly enough, the success of these new devices has also depended on the advances that have been made in the field of neurosurgery. Neuro-navigation offers many different applications. It has consistently been applied to the field of neurology, particularly in the area of stroke recovery.
Read More@ https://bit.ly/3xdXIRp
