Imaging review & candidacy
We review your MRI together, examine the joint, and decide honestly whether you're likely to benefit. About one in four patients hears no.
Autologous, image-guided regeneration for joints that have stopped responding to conservative care.
Bone marrow aspirate concentrate (BMAC) contains mesenchymal stem cells and a rich blend of growth factors. Drawn from your own iliac crest under local anesthesia, processed in-clinic, and delivered into the target tissue under ultrasound or fluoroscopic guidance. The goal is not to grow new cartilage on demand — that is a marketing claim, not medicine — but to modulate inflammation and recruit your body's own repair signaling in a way that conservative care has stopped doing.
We review your MRI together, examine the joint, and decide honestly whether you're likely to benefit. About one in four patients hears no.
Bone marrow aspirate is drawn from the posterior iliac crest under local anesthetic and light sedation if preferred.
Concentration is performed in-clinic. No third-party lab, no overnight delays, no questions about what came back.
Ultrasound or fluoroscopic guidance places the concentrate precisely into the target tissue — joint capsule, tendon insertion, or facet.
Six-week and twelve-week follow-ups, with structured loading guidance. Most patients report meaningful change by week eight.
$4,500—$12,000
$6,500
Single joint, single visit. Multi-site or bilateral cases priced after consultation. No financing through third parties — flat written quote at consult.
We are conservative about candidacy. The following are contraindications or reasons we’ll recommend a different path:
Anything not answered here will be — directly, in writing — at consultation.
Autologous bone marrow procedures fall under the FDA's 'minimal manipulation, homologous use' framework. We do not culture or expand cells, and we use only same-day autologous tissue. We are happy to walk you through the regulatory specifics at consultation.
A concentrated dose of your own growth factors, delivered precisely to the tissue that needs them.