Stem cell therapy for every joint.

Cells are injected directly into the damaged joint.

We treat knees, hips, shoulders, ankles, feet, elbows, wrists and hands, the spine, the sacroiliac joints, and the jaw. A typical large joint receives 20 to 60 million mesenchymal stem cells, placed inside the joint capsule under ultrasound or fluoroscopic guidance to calm inflammation and support cartilage, tendon, and bone.

The procedure takes 30 to 45 minutes, requires no general anesthesia, and you walk out of the clinic the same day.

We treat ten regions of the body.

The conditions we treat in each region, and every protocol we run for it. Your physician sets the final prescription after reviewing your imaging.

See the complete treatment menu →

Knee

Right knee, left knee, or both.

Conditions we treat

  • Osteoarthritis, grades 1–3
  • Medial-compartment OA
  • Meniscus tears with viable cartilage
  • Partial-thickness cartilage defects
  • Patellofemoral pain (runner’s knee)
  • Patellar tendinopathy (jumper’s knee)
  • Post-traumatic arthritis after ACL repair or meniscectomy

Protocols

  • UC-MSC 20–30M
  • UC-MSC 40–60M
  • Muse · IV homing
  • Muse · direct injection
  • PRP + UC-MSC
  • Exosome + UC-MSC
  • Both knees · 40M each

Hip

Right hip, left hip, or both, including the bone within the joint.

Conditions we treat

  • Osteoarthritis, grades 1–3
  • Avascular necrosis (osteonecrosis), Ficat stages I–III
  • Greater trochanteric pain syndrome (hip bursitis)
  • Gluteus medius tendinopathy
  • Labral tears with preserved joint space
  • Residual pain after hip arthroscopy

Protocols

  • UC-MSC 20–30M · mild OA
  • UC-MSC 40–60M · moderate
  • UC-MSC 100M · AVN
  • Muse · IV for AVN
  • Muse · direct injection
  • PRP + UC-MSC
  • Both hips

Shoulder

The main shoulder joint, the AC joint, and the SC joint, on either side.

Conditions we treat

  • Early glenohumeral osteoarthritis
  • Partial-thickness rotator cuff tears
  • Rotator cuff tendinopathy and impingement
  • Calcific tendinitis
  • Biceps tendinopathy
  • AC joint osteoarthritis
  • Adhesive capsulitis (frozen shoulder), as an adjunct
  • Residual pain after cuff repair

Protocols

  • UC-MSC 20–30M · early OA
  • UC-MSC 40M · rotator cuff
  • Muse cell
  • PRP + UC-MSC
  • Both shoulders

Spine

The neck, mid back, and lower back, including the facet joints.

Conditions we treat

  • Discogenic low back pain
  • Degenerative disc disease, cervical and lumbar
  • Lumbar facet joint arthropathy
  • Lumbar radiculopathy (sciatica)
  • Post-laminectomy and post-discectomy syndrome
  • Adjacent segment disease after fusion

Protocols

  • Intradiscal · single level
  • Intradiscal · 2–3 levels
  • Muse · disc regeneration
  • Facet joints · bilateral
  • Epidural · radiculopathy
  • Exosome · intradiscal

Sacroiliac

The sacroiliac joints, one side or both.

Conditions we treat

  • SI joint dysfunction
  • Degenerative sacroiliitis
  • Post-pregnancy SI pain
  • Post-fusion adjacent SI pain
  • SI pain in spondyloarthropathy, as an adjunct

Protocols

  • UC-MSC · one side
  • UC-MSC · both sides
  • Muse cell

Ankle

Right ankle, left ankle, or both.

Conditions we treat

  • Tibiotalar osteoarthritis
  • Osteochondral defects of the talus
  • Chronic instability after recurrent sprains
  • Post-traumatic ankle arthritis
  • Achilles tendinopathy

Protocols

  • UC-MSC · mild OA
  • UC-MSC · advanced OA
  • Muse cell
  • PRP + UC-MSC · OCD
  • Both ankles

Foot

The forefoot joints, the big toe joint, and the plantar fascia.

Conditions we treat

  • Hallux rigidus, arthritis of the big toe
  • Chronic plantar fasciitis (heel pain)
  • Mid-foot and tarsometatarsal arthritis
  • Metatarsalgia from joint degeneration

Protocols

  • UC-MSC · first MTP
  • UC-MSC · plantar fascia
  • Muse cell
  • PRP + UC-MSC · plantar
  • Both feet

Elbow

One or both elbows.

Conditions we treat

  • Lateral epicondylitis, tennis elbow
  • Medial epicondylitis, golfer’s elbow
  • Elbow osteoarthritis
  • Partial ulnar collateral ligament injury
  • Distal biceps tendinopathy
  • Triceps tendinopathy
  • Post-traumatic stiffness

Protocols

  • UC-MSC · osteoarthritis
  • UC-MSC · tennis elbow
  • Muse cell
  • PRP + UC-MSC · epicondylitis
  • Both elbows

Wrist & Hand

The wrist, the knuckle joints, and the thumb’s base joint, on either hand.

Conditions we treat

  • Thumb CMC, basal joint arthritis
  • Finger DIP and PIP osteoarthritis
  • De Quervain’s tenosynovitis
  • Trigger finger
  • Post-traumatic wrist arthritis
  • Chronic wrist pain after injury
  • Early Dupuytren’s, as an adjunct

Protocols

  • UC-MSC · wrist
  • UC-MSC · per finger joint
  • Muse cell
  • PRP + UC-MSC · thumb CMC

Jaw (TMJ)

The jaw joint on one side or both.

Conditions we treat

  • Temporomandibular osteoarthritis
  • Internal derangement with disc displacement
  • Chronic myofascial pain with joint involvement
  • Post-traumatic jaw damage
  • Bruxism-related degeneration

Protocols

  • UC-MSC · one side
  • UC-MSC · both sides
  • Muse · disc protocol

Muse cells can be added to any protocol above, either by IV alongside the joint injection or by direct injection into the treated joint. How Muse cells work →

Doses run from 20 to 100 million cells.

Every dose is expanded from Wharton's jelly umbilical-cord tissue, tested for viability, and scaled to the joint and the severity of disease.

20–60M

cells for a large joint — knee, hip, shoulder — placed directly into the joint capsule under image guidance.

100M

cells for the hardest problems: avascular necrosis of the hip and complex multi-level spine protocols.

ISO‑certified

GMP laboratory. Each dose is released only after sterility, identity, and viability verification.

What happens inside the joint.

Tap a step to follow the cells into the joint space.

Cross-section of a knee joint showing stem cells injected into the joint space, inflammation settling, and cartilage being supported Femur Tibia Cartilage Joint space Meniscus Capsule

Cross-section of a knee. The same principle applies at every joint we treat.

What recovery looks like.

A typical large-joint timeline. Your physician tailors it to your joint and your case.

Day 0

Same-day procedure

30–45 minutes, image-guided, no general anesthesia. You walk out of the clinic.

48–72 hours

Light activity

Walking unrestricted. Running and impact loading deferred to week four.

Weeks 4–6

Initial response

Most patients notice the first change here. Aftercare check-ins at 2, 6, and 12 weeks.

Months 3–6

Peak benefit

The repair biology matures. Trial data show benefits sustained at 12 months for many patients.

The evidence, briefly.

Three anchor findings from the peer-reviewed orthopedic literature.

RCT

Allogeneic MSCs beat hyaluronic acid on pain and function at 12 months in knee OA.

Vega A, et al. Transplantation, 2015.

UC‑MSC

Repeated umbilical-cord MSC dosing outperformed single dose and hyaluronic acid on WOMAC scores.

Matas J, et al. Stem Cells Transl Med, 2019.

Review

Systematic review: clinically relevant improvement with a favorable short-term safety profile.

Pas HI, et al. Br J Sports Med, 2017.

The evidence is encouraging and growing, but stronger for some joints than others, and none of it guarantees a result for any individual. Regenerative therapy complements orthopedic surgical care rather than replacing it — end-stage bone-on-bone disease is usually still a surgical problem. Not FDA-approved for these uses; provided in México under COFEPRIS after individual physician review of your imaging and history.

A physician reviews your imaging before anything else.

A board-certified physician reviews your MRI or X-ray, diagnosis, and history before recommending anything. If we are not the right answer, we will tell you.