At Chicago Arthritis, next-generation stem cell therapy and platelet procedures are available today. Our focus is on thorough evaluation and non-surgical treatment of arthritis, tendinitis, joint injuries and pain. Our core beliefs include a patient dedicated approach, faith in evidence based treatments, continuous improvement in everything we do at work, and pursuit of better treatments. If you are in need of treatment for your pain, or are considering elective surgery for your condition, please contact us first to learn about the most advanced regenerative procedures available in the United States today.
As a provider of the Regenexx® Orthopedic Stem Cell and Platelet Procedures, the regenerative treatments we offer are at the cutting edge of medical science and are backed by more research than any other stem cell or platelet procedures for orthopedic conditions. For our inflammatory arthritis and autoimmune patients, we incorporate advanced imaging and the most effective biologic treatments when appropriate.
Our goals are to accurately diagnose your condition as well as utilize treatments that have the potential to minimize pain and maximize your functional ability.
Areas treatedFoot & Ankle, Hand & Wrist, Hip, Knee, Shoulder
Schedule a Consultation at Chicago Arthritis
618 W. Fulton St.
Chicago, IL 60661
- Newer regenerative medicine treatments for chronic musculoskeletal problems, including the use of Platelet Rich Plasma and Stem cells for tendinitis and arthritis.
- Newer treatments for autoimmune diseases, including for rheumatoid arthritis, psoriatic arthritis, and ankylosing spondylitis.
- Musculoskeletal ultrasound for diagnosis of various joint/tendon/nerve conditions, and for guided injections.
Consider Regenerative Treatment at Chicago Arthritis and Avoid the Painful Recovery and Downtime Following Surgery
Regenexx® regenerative orthopedic treatments are helping individuals avoid surgery and get back to their daily active lifestyles. These non-surgical treatments are designed to assist the body's natural healing mechanisms by activating and increasing the local cells that are responsible for repairing damaged tissue.