STEM CELL THERAPY FOR HIP DEGENERATION​

Your hip relies on stem cells for every healing process – whether it’s a minor tendon irritation, a labral tear, cartilage loss from arthritis, or damage from bursitis or tendinopathy. When those injuries or degenerative changes outpace your body’s natural repair ability, pain, stiffness, and loss of function take over.

Here’s a simple truth about how hip healing actually works:
The stem cells that repair your labrum, rebuild cartilage, reduce inflammation in arthritis, and regenerate damaged tissue come primarily from your bone marrow. This repair system has been working quietly in the background your entire life.
The challenge today isn’t that the system is broken – it’s that the quantity and quality of stem cells your bone marrow can deliver to the hip has dramatically declined compared to when you were younger. Injuries that once healed in weeks now linger for months or years, and arthritis that could have been kept at bay progresses faster than the body can counteract.

Choosing stem cell therapy for your hip is as straightforward as deciding to take a cortisone shot when inflammation is high or a B-12 shot when you’re deficient – you do it simply because your hip is low on the exact repair cells it needs most, and it can no longer keep up with the damage from injury or arthritis.

Modern stem cell therapy delivers a concentrated, high-potency dose of your own bone marrow-derived stem cells (or carefully selected donor cells when appropriate) directly into the injured or arthritic hip joint, labrum, and surrounding tissues. These cells work in harmony with whatever stem cells your body is still producing – essentially turbocharging your hip’s natural healing and regeneration process exactly where it’s needed most.

Our physicians specialize in hip conditions and will carefully evaluate your specific injury or degree of arthritis with imaging and examination. They calculate the precise number of stem cells required and design a personalized protocol, including the optimal delivery method (ultrasound or fluoroscopy-guided injections) and whether one treatment or a strategically timed series provides the best outcome. Many patients with labral tears, early-to-moderate osteoarthritis, or tendinopathy regain pain-free motion and strength after a single precise treatment, while those with more advanced arthritis or larger structural damage often see dramatic improvement with additional targeted sessions.