Regenerative Procedures with Amniotic Stem Cell Therapy
Amniotic stem cell therapy offers impressive regenerative potential for many conditions including arthritis, tendonitis, ligament injury, sports injuries and overuse conditions. It’s not just elite athletes who benefit from the regenerative treatments.
Executives, students, grandparents, white and blue collar workers and recreational athletes alike benefit from the treatments. Regenerative treatments with amniotic fluid are impressive Stem Cell Stimulators, which compel one’s body to mobilize stem cells, growth factors and cytokines to not only repair damaged tissue, but also regenerate the tissue as well!
Amniotic Stem Cell Therapy for Spinal Arthritis
Stem cell therapy is a relatively new field of study at the moment, with the top physicians now offering regenerative medicine for spinal arthritis. That being said however, there have been impressive results, results which are bound to be a revolution in as far as stem cell therapy is concerned.
Success in amniotic stem cell therapy for spinal arthritis for example, could help so many patients who have for a long time struggled to find a good solution for their challenges. With back and neck surgery having significant complication potential and questionable outcomes, it helps to have an effective nonoperative option available.
Stem Cell Therapy for Back Pain
A lot of people suffer through back pain these days. It is in fact one of the most common concerns that grownups have to deal with from time to time. Ninety percent will deal with it at some point during life.
One of the most effective treatments for back pain so far has to be amniotic stem cell therapy. These stem cells can propel your back to hasten the healing process, whether it’s for a disc or spinal joint problem.
Why do you need this therapy?
The composition of the body is made up of billions of special cells from all parts and organs of the body. Every one of these cells normally experiences a degenerative activity, and subsequent regeneration. This is how growth works. Old cells die in favor of new ones and so forth. When new cells are brought into the picture, they are able to multiply faster than the ones they replaced, hence the continuity of the growth process.
Stem Cell Therapy for Degenerative Disc Disease
Amniotic stem cell therapy for those who are dealing with degenerative disc disease is a treatment option that is quickly being adopted by many physicians. The main reason for this is because it is more feasible, less painful and provides better results for the patient than most of the conventional options available.
What is degenerative disc disease?
This is a condition that is used to describe some of the symptoms that bring about pain and weakness or at times numbness in the body, as a result of degeneration of one or more of the discs within the spinal network.
Stem Cell Therapy for Hip Arthritis and Injuries
Treatment for hip arthritis and injuries does not necessarily have to rely on the use of synthetic drugs from time to time. Surgery should always be the last course of action and with amniotic stem cell therapy, these is a distinct possibility that patients can avoid the need.
Typical nonoperative hip arthritis treatment includes medications that don’t alter the course of the condition, such as with cortisone injections. Stem cell therapy treats hip arthritis from the opposite approach, by altering the condition while also providing relief.
How amniotic cell therapy is changing the game
Well, all these are possibilities that do not have to be the case anymore. Through the use of amniotic cell therapy, individuals no longer have to struggle with some of these challenges anymore.
Stem Cell Therapy for Rotator Cuff Injury
Injury to the rotator cuff is perhaps one of the worst things that could ever happen to a pitcher, a tennis player or any athlete. When the rotator cuff is torn, this can be devastating, so devastating that it can end a professional athlete’s career. But what exactly is it?
What is referred to as the rotator cuff is actually part of a group of muscles and tendons that are found around the upper part of the arm, the top of the humerus off the shoulder and above the elbow.
The combination of these tendons and muscles forms a cuff, which keeps the arm in its position and as a result makes it easier for you to move your arm in whichever direction that you please. The shoulder is actually one of the most mobile parts of the body, basically because of all the movement that it undergoes every other day.
Stem Cell Therapy for Elbow Tendonitis
Tendonitis, an inflammation of tendons, occurs frequently in major joints, resulting in pain which can be debilitating. Tendonitis in the elbow joint, experienced by far too many, known as tennis elbow (epicondylitis), is one of the top ten sports injuries and effects millions of sufferers.
Pain from elbow tendonitis is especially debilitating when lifting, grasping, and trying to make a fist. Golf elbow, equally painful, results from inflammation of the inner elbow tendon, whereas tennis elbow emanates from the outer tendon. In addition to being considered a sports injury, caused also by inflammation from playing squash, fencing, and lifting weights, for example, it is also frequently found in those engaged in activities such as carpentry, typing, shoveling and raking.
Stem Cell Therapy for Achilles Tendonitis/Tears
Research has shown that stem cells hold great potential for the treatment of conditions such as Achilles tendonitis along with partial or full tears. Stem cells have the ability to differentiate into multiple types of tissues; they can promote growth and healing of damaged areas.
It is also thought that treatment with stem cells stimulates the release of repair and growth factors. This is particularly important in poorly vascular tissues such as tendons. Stem cells can also be harvested from multiple sources, such as the amniotic membrane/fluid, bone marrow, adipose tissue, and others.
Stem Cell Therapy for Diabetic and Peripheral Neuropathy
Diabetic neuropathy (DN) and peripheral neuropathy (PN) are peripheral nervous system disorders, and these conditions constitute the most common complication of diabetes mellitus (DM). In the United States, around 23.6 million children and adults have diabetes, which is around 8% of the entire population. Approximately 60% of those with long-standing diabetes are affected by neuropathy.
Diabetic and peripheral neuropathy causes loss of sensation in various parts of the body, particularly the lower extremities. In addition, people with neuropathy have reduced quality of life due to chronic pain, as well as wounds that are difficult to heal. Neuropathy also affects sensory, motor, and autonomic nerve fibers, causing a burning, searing pain.