What is Regenerative Medicine?

Regenerative medicine includes several methods for growing new tissue to replace damaged tissue. Regenerative techniques can restore lost or damaged bones and cartilage, as well as soft tissues like the skin, tendons, and ligaments. For instance, stem cell therapies use a type of cell naturally produced by the body. Stem cells are like “blank slate cells” that can be triggered to grow into other types of cells, such as skin, bone, or muscle.
Another type of regenerative medicine is called shockwave therapy. This treatment uses shockwaves to promote inflammation in a certain part of the body. The inflammation causes an increase in blood flow to the area, which triggers the body to promote healing. Shockwave therapy is often successful when other types of treatments have failed to produce healing.

How does Regenerative Medicine Work?

Regenerative therapies like stem cell therapy, PRP, and shockwave therapy offer minimally invasive alternatives to foot and ankle surgery. These treatments reduce pain using numbing injections and support faster recovery. Stem cell therapy uses cells placed on the injured area to regenerate tissue. PRP involves injecting concentrated platelets from the patient’s own blood to promote healing. Shockwave therapy delivers electromagnetic waves to the affected area, offering lasting results with minimal downtime. These methods are effective for conditions unresponsive to traditional treatments and may eliminate the need for surgery.

What Conditions are Treated?

Regenerative therapies are useful for treating many types of injuries and diseases of the feet and ankles. Ulcers of the feet caused by diabetes, as well as acute or chronic foot wounds can be alleviated through regenerative therapies. Bone regeneration can be used to treat subtalar arthritis and osteoarthritis. Soft tissue injuries like torn tendons or ligaments, and Achilles tendonitis can often be reversed. Regenerative therapies are also useful for conditions like plantar fasciitis, tarsal tunnel syndrome, bunions, and instability of the ankles.

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