stemcell2Stem cell therapy is revolutionizing medicine. Stem cells are multipotential cells residing in various body tissues, especially adipose tissue and bone marrow, but also circulating in the blood stream. When activated and placed in different areas of the body, they are able to differentiate into functional cells to replace damaged tissues. Stem cells are being employed to heal the heart, repair the retina, and reverse various neurological disorders including multiple sclerosis and ALS. In all of these conditions technology is being developed.

Stem cell therapy is well established in the treatment of orthopedic disorders. Many studies have documented regrowth of cartilage and reduction of pain in damaged joints, especially knees and hips. Any joint can be treated, including the back, neck, wrists, elbows, shoulders, feet, fingers and toes. Injections can rebuild torn and degenerated tendons including the Achilles tendon. Partial tears can be reversed and individuals can return to prior activities without the prolonged healing time required after surgery.

In our practice stem cell therapy is performed as an outpatient procedure, with cell harvesting and injection completed in about two hours. All injections are performed under ultrasound stemcell3guidance, so we can verify exact needle placement. I believe ultrasound guidance is critical in obtaining optimal results. We like to review prior x-ray or MRI reports when we evaluate patients, then do an exam and perform an ultrasound study. Ultrasound done meticulously can reveal tendon inflammation and tears, fluid collections, bone spurs and other abnormalities. Only ultrasound can provide dynamic evaluations, where we can visualize abnormalities as the patient is moving. We then select the best locations to inject.

Stem cells are obtained by harvesting adipose tissue from subcutaneous deposits in the lower abdomen, love handles, or thigh. The procedure is similar to liposuction but requires only one or two ounces of fat. stemcell1The specimen is then placed in a centrifuge to separate stem cells from fat cells and red blood cells.
Blood is drawn and spun down to obtain platelet rich plasma, which we mix with the stem cells to activate them. Stem cells continue to be active for 4-6 months and possibly longer, so effects may not be felt for several weeks. Some patients, however, experience improvements within days.

We inject lidocaine first into the areas to be treated, and inject lidocaine again along with the stem cells. Often we provide the patient with a sedative as well, to minimize pain and anxiety. There can be some discomfort for several days after the injections, but there doesn’t need to be any down time.
It is wonderful to eliminate pain that may have been present for months or years, and to recover function and be able to move again, to walk, dance or drive a car.

Hundreds of thousands of knee and hip replacement surgeries are performed every year in the United States, along with over one million arthroscopic procedures. Recovery is often prolonged and painful, particularly after shoulder and knee procedures. Sometimes the surgery is ineffective and may even make the patient worse, especially back surgery.

stemcell4Stem cell injections may resolve pain, restore function, and eliminate the need for surgery. When pain persists even after surgery, stem cell injections into ligaments and tendons around the joint may be effective.

In my opinion stem cell therapy should be considered before deciding for surgery, and certainly in older patients with coexisting medical problems. Even “bone on bone” situations may respond.

Call our office at 949-600-5100 to schedule an evaluation.

Allan Sosin, MD

For more information or to make an appointment, please call us at (949) 600-5100