Can Stem Cell Therapy Save Your Knees?

Similar to spackle filling in the cracks, a new procedure taps into your body’s reserves to repair joint injuries with your own cells. So far so good.

Krista Crabtree, Contributor, SKI Magazine – Oct 10, 2017

For near two decades, Tim Petrick skied with constant pain in his right knee. As the former President and CEO of K2 Sports and the current COO at Silverton Mountain in Colorado, he’s had the fortune to ski some of the world’s most majestic mountains, and has probably made several million, mostly satisfying, turns.

Seattle Stem Cell TherapyBut in 2000, one of a skier’s worst fears struck while Petrick was heli skiing in Alaska. “I tumbled down a couloir following (the late) Doug Coombs in deep powder and blew my ACL out,” says Petrick. “I also lost parts of my medial and lateral meniscus from going end over end.” After surgery to repair his ACL, his knee deteriorated over the next decade and he was prescribed an unloader knee brace, which mitigated the pain just enough so he could ski. “I wore that brace religiously because if I didn’t wear it, my knee would ache like crazy,” he says.

Petrick knew he was a classic candidate for total knee replacement surgery, but that seemed like a daunting decision to him. After years of being a hard-charging athlete, it also felt a bit like a defeat, a surrender of sorts on the battlefield of your body.

His doctor, Mark D. Wagner, MD, of Seattle Sports & Regenerative Medicine, recommended an alternative to the invasive joint replacement surgery. Wagner, an avid skier himself, had recently begun performing a procedure called Stem Cell Therapy. The procedure uses the patient’s own stem cells mixed with a sample of bone marrow and adipose tissue, which is spun in a centrifuge and injected into the damaged joint in what Wagner likens to spackle filling in the cracks. “You can also think of the stem cells as seeds you put on the bare spots on your lawn,” says Wagner. “Your platelets are the fertilizer, promoting growth. The stem cells sense the environment, go into the joint, and lay down new cartilage.”


Stem Cell Therapy for Osteoarthritis-Related Chronic Pain

Seattle Stem Cell Therapy“A new therapy for patients with osteoarthritis (OA) experiencing chronic joint pain of wrists, elbows, shoulders, hips and knees has been developed by Mark D. Wagner, MD, a primary care physician, specializing in sports medicine, based in Seattle.”

“Dr. Wagner’s treatment is aimed at patients who have lost a significant range of motion in certain joints, and are experiencing substantial pain levels as a result of mild to moderate OA. This treatment consists in an autologous cells transplant: the patient’s Platelet Rich Plasma, bone marrow cells and fat cells are collected. Platelets are purified from blood samples; bone marrow and adipose stem cells are concentrated by centrifugation. The combination is then injected into the affected joint.”

“This procedure, which falls under the category of regenerative medicine and is minimally invasive and mostly painless, has shown promising results, according to Dr Wagner who stated that the patients he has treated are experiencing reduced levels of pain, starting 3 months after the procedure. Dr. Wagner is hopeful they will regain a normal range of motion within a year.”

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Mark D. Wagner, M.D. Opens ‘Seattle Sports & Regenerative Medicine’

Seattle Stem Cell Therapy

Successful Results Prompt Expansion of Medical Practice

SEATTLE, Sept. 28, 2017 /PRNewswire/ — Mark D. Wagner, M.D., a board-certified primary care physician who specializes in sports medicine and stem cell therapy to relieve joint pain, is launching Seattle Sports and Regenerative Medicine on October 2, 2017. The new office is located at 1000 Dexter Avenue North, Suite 320, Seattle, WA, 98109.

Dr. Wagner is one of the only physicians in the Pacific Northwest to offer stem cell therapy for patients with chronic joint pain of the knees, hips, shoulders, ankles, elbows and wrists. The therapy combines the use of the patient’s own platelets and stem cells, which are injected under ultrasound guidance into the affected joint or tendon.