Injuries to any part of the musculoskeletal
system can leave one in excruciating pain, but to make things worse, most
medications offered have adverse side effects.
Furthermore, the relief that drugs provide is often limited and can
decrease over time. So modern science is
looking to new therapies and treatments. One of them is called Stem Cell
Therapy. The orthopedic stem cell therapy is a regenerative treatment that
stimulates the natural healing process of the body. There are many benefits with using this
treatment, and compared with invasive surgery, this therapy is more
tolerable. There is less pain &
recovery time involved.
How does it work?
The human body has the potential to heal
itself over time. Stem cell therapy is
based on this phenomenon. The majority
of the cells are obtained from the bone marrow of the patient. The stem cells are derived from the fat
present in the bone marrow of the patient. When these cells are injected into
the affected area, they can transform into the cells needed for that area. New growth and healing is stimulated by these
stem cells when they are injected into the injured area. Someone may ask: Why not just wait for the cells to reach the
damaged area on their own? The answer is
simple: That would be a very time
consuming process, and stem cells do not haphazardly concentrate on a specific
area, since other bodily functions need to be taken care of as well. Each day cells die & new ones form. So when this is performed by a specialist, orthopedic
stem cell therapyhas many benefits.
The process
Many people might conclude that stem cells
are harvested from abandoned embryos, and may end up declining the procedure
for ethical reasons. In reality, only
stem cells from your own bone marrow are used.
Stem cells from one’s own body are familiar, and the immune system has
no objections for the healing process to take place. There is no risk involved
with this method. Various studies have
been conducted to confirm the efficacy of stem cell therapy. Stem cell therapy research studies boast an
excellent track record. What these
studies indicate is that any possible side effects are negligible. There are no remnants of scarring or sutures,
and the recovery period is reduced. This
means one does not need to spend any time in the hospital for this
procedure. The patient can walk in and
walk out.
Is it also effective fordegenerative disk disease?
There are a few conditions that are too
elaborate to be restored by orthopedic stem cell therapy. A suitable example would
be what is known as Degenerative Disk Disease.
Stem cell therapy can improve this condition, but one has to keep in
mind that this area already experiences a lack of blood supply. Very few non-operative methods are available
that have good efficacy, and stem cell therapy is one of them. With little or
no risks, and favorable results, it is worth considering stem cell treatment as
a viable option. As always, be an
informed patient to find the best practitioners in order to experience the best
outcomes.
