Hip OA (I–III)
Early to moderate hip osteoarthritis with partial joint-space preservation and no subchondral collapse.
- Early to moderate OA, strongest
- Weight-bearing imaging read
- Femoral head integrity confirmed
Hip osteoarthritis and labral degeneration frequently respond to precision-delivered MSC therapy when caught before end-stage joint-space collapse. Whether your case qualifies is a physician decision made against your imaging.
A well-evaluated hip has options. The hip is deep, well-vascularized, and forgiving of precision-delivered biologics when structure is still largely intact. When the femoral head has collapsed or joint space is fully obliterated, it isn't.
Patients who do best typically arrive with moderate radiographic OA, a labral tear, or post-impingement degeneration. Conservative care has plateaued; injections haven't held. An arthritic hip rarely sits on its own: the surrounding stabilizers, tendons, and capsule are usually strained too, and we treat the whole joint, not only the cartilage.
We evaluate imaging carefully before recommending anything. Avascular necrosis and advanced bone collapse are not strong MSC cases, and we'll say so directly. End-stage joint-space loss is considered case by case, after a frank forecast.
Moderate wear. Cartilage loss without full collapse.
Labral tears, femoroacetabular impingement sequelae, post-surgical hips that never settled.
Avascular necrosis with collapse and severe dysplasia generally need surgical reconstruction; we'll recommend a surgeon we trust. End-stage OA with bone-on-bone contact is case-by-case: expected response is lower, but if you want to delay a hip replacement, we'll still consider treating you after a frank conversation about what to expect.
Early to moderate hip osteoarthritis with partial joint-space preservation and no subchondral collapse.
Degenerative labral tears and post-repair hips that remain symptomatic despite conservative care.
Femoroacetabular impingement sequelae and accelerated drift after prior hip events.
The hip is deep. It requires image guidance. Every hip injection at Celva is done under fluoroscopy with contrast confirmation before cells are released.
Joint cases like yours use bone-marrow and umbilical-cord MSCs, often in combination and sometimes with chondrocytes for cartilage support. The exact recipe, which cells, what doses, which routes, is decided by Celva's physician team after reviewing your imaging. Matched to your case, not pulled off a shelf. Why we use multiple cell types →
Procedure runs under local anesthetic, with twilight sedation available if you want it. A comfortable, still patient lets the physician place the cells precisely, where pain or guarding could get in the way. Most patients are home the same day.
We treat the whole hip, not just the joint surface. Alongside the intra-articular dose, we address the gluteal tendons and stabilizers around the hip that drive much of the pain. The first days usually bring soreness rather than instant relief; that's the healing response at work, and the signaling builds over weeks.
MRI and X-ray with weight-bearing films. Read by the physician team.
Intra-articular dose and the same-day systemic IV, set against your imaging.
Contrast confirms capsular position before release. Image-guided placement, non-negotiable for the hip.
A second MSC dose via IV in the infusion suite. The IV and the injection are designed to work together.
Your patient coordinator or aftercare specialist follows up for good, not just once: a pain-and-safety call at 1 week, then calls at 1, 3 and 6 months, then once a year, by phone or video. A physician joins when needed. Structured, not reactive.
Post-injection soreness resolves. Baseline pain often unchanged.
Hip function begins improving. Stairs, socks, side-sleeping, functional markers shift first.
A review of what has changed and what has not. Whether a second treatment makes sense is decided at your follow-up reviews.
Improvement can keep building through the first year, with attention to loading and activity.
The hip's deep position and weight-bearing load mean earlier wins are uncommon. Stability of load-bearing activity is the signal to watch at 90 days.
Your first call is with a Celva patient coordinator. Celva's physician team then reads your imaging and tells you plainly whether MSC therapy fits your case. If it doesn't, we'll say so.