If you love to run but are facing knee problems, it may be difficult to find the motivation to run again. Serious knee injuries take the ability to run away from thousands of people every year. If you have tried other therapies with no relief, stem cell therapy may provide the relief you need to regain your motivation to run again.
What is Stem Cell Therapy
In the United States, stem cell therapy has shown a lot of potentials. Research has shown that stem cells can be used to treat everything from cancer to spinal cord repair.
While the potential for stem cell therapy is still being investigated, stem cell therapy for knees has shown a lot of promise in scientific studies.
There are many conditions that can cause serious damage to the knee. These conditions cause deterioration or serious damage to the knee joint and medical intervention becomes necessary. If medical intervention is not successful, damage to the knee joint can cause significant disability. Each year, more than 600,000 Americans are forced to suffer through a knee replacement.
This number is expected to rise exponentially by the year 2030.
The primary cause for knee replacement is damage to the cartilage. Previously, the only treatments available provided temporary relief from pain, or they were surgical. Stem cell therapy not only reduces the pain associated with this condition, but it can also repair the existing damage to the cartilage.
What are Stem Cells?
There is a good chance you have already heard of stem cells. Maybe you have wondered what they are, as they can help you or someone you care about conquer disease or injury. You may also be aware that they are the topic of many heated debates, so why do scientists advocate so hard for their use?
Master Cells of the Body
Stem cells are considered raw cells. They are fully functioning cells, but they are essentially a blank slate. They have not been programmed with information that tells them what they are supposed to be yet, so they can be made into anything, as long as the scientist is armed with the knowledge to genetically program them with the proper data.
Once stem cells are obtained, they are divided to create daughter cells. this allows scientists to maximize the potential and make the most of the resources they do have in this area.
When they are ready to be used, they are provided with a specific function. Since they are blank cells, they can be made into any cell in the body. This is why stem cells are so popular in the scientific and genetics community is because they are the only cells known to have a natural ability to become any cell type in the body, and they are capable of curing diseases and healing injuries.
Other Uses for Stem Cells
Not only can stem cells help cure diseases and heal serious injuries, but they are also a window into the prevention of conditions as well. Researchers have found that that stem cells provide a window into understanding diseases, how they develop, and what leads to them.
Stem Cell Treatment for Knees
The purpose of the cartilage inside of the knee joint is to ensure the joint moves smoothly. It also provides padding between the bones to prevent damage caused by the friction created when the bones move through their regular motions. Healthy cartilage can absorb up to 20 times the weight of a person with a normal BMI.
The purpose of cartilage makes it essential to your comfort and safety in running. While there are many treatments available for damaged knees, many of them only offer temporary relief. Other alternatives are surgical and require extensive recovery time.
Stem cell therapy is considered minimally invasive. Participants began to showing improvement in a matter of weeks and the recovery time is very short.
Stem Cells Can Heal Your Knee and Have You Running Again
If you love running, and your knees have taken it away from you, stem cell treatment could greatly improve your condition. Since the cells do not know what they are supposed to be yet, they can easily be developed into the appropriate cells to heal your knee injury. The process is minimally invasive, the results are permanent, and the recovery time is very short.