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Stem Cell Cartilage Regeneration Now Possible!

As those with arthritis know all too well, the loss of cartilage is an extremely painful process as joints begin to rub against one another without any protective barrier or lubrication. Until very recently, this cartilage issue could only be fixed with surgery, but science is now making leaps and bounds to utilize innovative stem cell regeneration as a minimally invasive alternative.

What is Stem Cell Regeneration?

In its most basic form, a stem cell is a cell in the body that is capable of developing an infinite number of similar cells. Based on this idea, stem cell regeneration is the process of utilizing naturally existing stem cells to purposefully repair and regrow a part of the body that has been diminished through age or injury. The human body naturally regenerates skin every 7 days and cells every 7 years, but some parts of the body, like cartilage, need to be specifically targeted with stem cells in order to regenerate.

How Can Stem Cell Regeneration Therapy Impact Health?

Stem cells can actually immediately locate the site of damage and morph into cartilage cells to begin the regeneration process. Since the stem cells come from the patient, there is no risk of rejection during this type of procedure.

How Does Platelet-Rich Plasma Enter the Equation?

If a Sarasota surgeon offers this groundbreaking therapy, he may even combine it with the use of platelet-rich plasma (PRP). Think of PRP as the fertilizer for stem cells, which are the seeds in the lawn. PRP utilizes plasma with a high concentration of platelets. The proteins in the platelets contain growth factors that stimulate the body to make repairs more efficiently than normal. Together, PRP and stem cells can regenerate the growth of cartilage in an extremely effective procedure that avoids pain, down time, and risk while producing unparalleled results.

Many people who receive PRP/Stem Cell Regeneration are able to resume activities they assumed were forever out of their grasp. Pain and loss of mobility due to lost cartilage are no longer a permanent problem!