Stem Cell therapies

Dr. Brice Blatz walks through how stem cell therapy uses your body’s own cells to support healing and recovery — all through a simple, non-surgical process.

"Wow! I had Dr Blatz do some regenerative work in my right knee after a meniscus tear. I have to say that I am completely sold on this approach. My knee was so damaged that I may have had to get knee replacement within 3-5 years. I am an active 59 yo female. Knee replacement was not in my radar , and I really didn’t want to do meniscus surgery as tissue is taken away. Dr Blatz not only “added” healthy tissue because it basically regenerated most of the meniscus, his work helped my knee get back to functioning with no pain in all my activities such as Zumba, tennis, strength training , cross country skiing . We did a follow up mri which showed astonishing results . I hope this will set back any need for knee surgery years into the future , if at all. Dr Blatz is the one you want for these procedure. A pro like no other, he’s had extensive training in this field, way ahead of his profession. Check out his bio. Bottom line, yes, it’s worth it, even though results are not guaranteed. Dr Blatz is truly someone you can trust with these regenerative procedures."

- Diane Z., patient

How Stem Cell Therapy Works

01
You & Your Cells

The process starts with a blood draw for PRP.  From there, we begin the cell therapy process by collecting your body’s own cells. This minimizes risk while maximizing your potential outcome. This is minimally invasive only requiring a bandage after and is performed with local anesthetic to keep you comfortable throughout the process.

02
Process & Prepare

The collected tissue is taken and carefully processed to concentrate mesenchymal stem cells and growth factors. This preparation is customized to match your specific injury or area of need, ensuring the highest quality product possible.

03
Reinject & Recovery

Using advanced imaging guidance (ultrasound and fluoroscopy), your product is precisely injected into the targeted area (s). These cells go to work by supporting tissue repair and modulating inflammation — all without surgery or long recovery times.