STEM CELL TREATMENT FOR SPINAL STENOSIS SKIN

Degenerative disc disease, spinal stenosis, spinal instability, and other back-related ailments can all put immense amounts of pressure on the sciatic nerve. Mechanical compression of the sciatic nerve can end up being one of the main causes of sciatica. Sciatica can result from several different causes. The sciatic nerve may also have difficulty processing signals from the brain, which can lead to additional issues. Sciatica originates in the lower back and the pain radiates down the leg. The sciatic nerve does not properly function and can send pain signals to the brain when there is no outside stimulus causing that pain. Sciatica occurs when the sciatic nerve is negatively impacted in the body. When the sciatic nerve is negatively affected it can impact how the brain is able to communicate with the lower half of the body. The branches of the sciatic nerve control most of the nerve sensation below the knee. Both motor and sensory functions are controlled by the sciatic nerve.

STEM CELL TREATMENT FOR SPINAL STENOSIS SKIN

The sciatic nerve plays a vital role in connecting the brain with the skin and muscles of the legs. The nerve is at its largest width in the area of the spinal cord where the five nerve roots come together before traveling down the leg. Nerves from the anterior and posterior areas of the spinal cord form the basis of the sciatic nerve. The sciatic nerve has both sensory and motor functions. The nerve passes through the buttocks down the back of the thigh and all the way down to the bottom of the foot. The sciatic nerve does not end at the spine even though that is where it begins. This nerve is formed from the union of five separate nerve roots that are located in the lower spine. The sciatic nerve is the largest nerve in the human body. At each vertebral level, eight pairs of cervical spinal nerves will exit the spinal cord. There are 31 pairs of spinal nerves and roots that run through the spinal cord. Before we discuss how stem cells can help, let’s get a better understanding of the sciatic nerve and the role it plays in the nervous system.

Patients may be able to utilize stem cells in order to restore the proper function of various nerves in the spinal cord, including the sciatic nerve. Stem cell therapy may hold the secrets to helping patients who are suffering from sciatic nerve injury. Medical researchers have been looking into alternative treatments for patients that have suffered from permanent sciatic nerve damage. Attempting to reverse nerve damage is a task that the medical community has been attempting to solve for decades. Many patients will find that these treatments can help relieve the level of pain they are experiencing, but there are patients who do not respond to these treatments or they have severe cases of the condition.įor patients that damage their sciatic nerve, the treatment options are rather limited. The medical community has developed some treatments in order to help patients that are suffering from sciatic nerve pain. If a patient does not seek treatment for sciatic nerve pain, then the pain will likely become worse over time. Regardless of the cause of sciatica, the condition can impact a patient’s quality of life. These conditions can put added pressure on the sciatic nerve, which can cause sciatica. This condition may affect up to 40% of people at some point in their lives.ĭamaging the sciatic nerve is not the only way that a patient can develop sciatica patients can also develop the condition as a result of other back problems, such as spinal stenosis.

When a patient damages the sciatic nerve it can result in a chronic pain condition known as sciatica. The sciatic nerve keeps the brain in contact with the lower half of the body. One of the most important nerves in the human body is the sciatic nerve. Damaging critical nerves in the spinal cord can have drastic effects on a patient’s quality of life. The entire nervous system consists of more than 100 billion nerve cells (neurons), which all play a role in the nervous system. Without nerves, the brain would not be able to properly communicate with the rest of the body. Nerves are key to the function of the nervous system.

Stem cell treatment for spinal stenosis