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If you fracture your ankle and it doesn’t heal correctly, the result can be a non-union fracture. The result is that the ends of the bones can be separated from blood vessels can cause bone tissue to die—and the fracture may never completely heal. These fractures can cause ongoing pain and swelling. It may cause ankle instability and interfere with walking, let alone more athletic activities.
Medications may help with pain, but don’t heal bone tissue. So many patients undergo surgery to stabilize the fracture, often using pins, rods, or screws—or in some cases a bone graft. Ankle surgery may require extended recovery time, and not provide complete relief. But untreated non-union fractures can lead to serious infections, nerve damage, and the onset of osteoarthritis.
Research shows stem cell therapy can help to:
- Treat non-union or slow healing ankle fractures
- Promote faster healing
- Ease ankle pain
- Reduce inflammation and swelling
- Regenerate damaged tissue
Experts in Stem Cell Therapy
Find out how a personalized treatment program designed in consultation with our experts can help stimulate healing and alleviate pain from non-union or slow healing ankle fractures—and put you back on the road to recovery. Discover how BioXcellerator advanced stem cell therapy can help:
- Promote healing and regenerate damaged tissues
- Help you recover more quickly after surgery
- Help some patients avoid surgery
- Improve mobility
- Increase range of motion
Advanced Treatment Options are Available
Learn how stem cell therapy has helped many patients with non-union or slow healing ankle fractures and other conditions. Even patients who once lost hope for relief from severe pain enjoy more active lives with less pain and more energy.
Get back to a more active life with less ankle pain. Find out if treatment is right for you. Schedule a free consultation with one of our experts today.
Signature Cells
Proprietary Protocols. Based on Advanced Science.
The most effective stem cell therapy starts with the best possible cells. BioXcellerator Signature Cells are produced from mesenchymal stem cells (MSCs) derived from Wharton’s jelly umbilical cord tissue.
Then, based on our proprietary protocols, these cells are cultured and expanded in our on-site lab—and tested to make sure they meet high standards for purity and potency, and demonstrate:
- High levels of anti-inflammatory properties
- Best potential to modulate the immune system
- More potential to stimulate healing and ease pain
Discover how Signature Cells and our advanced treatment protocols have helped patients with non-union or slow healing ankle fractures to enjoy life with less pain and inflammation.
