
A structured regenerative spine program focused on the dominant pain generators—facet joints, discs, paraspinal/
This program is designed for individuals seeking a structured, non-surgical pathway guided by imaging, diagnosis, and precision biologic placement.
Physician-led evaluation and planning
Image-guided precision treatment
Personalized regenerative protocol based on your imaging






A structured regenerative spine program focused on the dominant pain generators—facet joints, discs, paraspinal/
This program is designed for individuals seeking a structured, non-surgical pathway guided by imaging, diagnosis, and precision biologic placement.
Physician-led evaluation and planning
Image-guided precision treatment
Personalized regenerative protocol based on your imaging
Precision Joint Repair™ is a physician-directed regenerative program for patients with joint degeneration, cartilage loss, tendon injury, and mobility-limiting pain.
This program is designed for individuals seeking a structured, non-surgical pathway guided by imaging, diagnosis, and precision biologic placement.
Physician-led evaluation and planning
Image-guided precision treatment
Personalized regenerative protocol based on your imaging



Facet arthropathy (often worse with extension/rotation)
Disc degeneration/discogenic pain (often worse with flexion/sitting)
Myofascial trigger points and ligamentous pain that coexist with facet/disc pathology
SI joint dysfunction that mimics lumbar/hip pain


Facet arthropathy (often worse with extension/rotation)
Disc degeneration/discogenic pain (often worse with flexion/sitting)
Myofascial trigger points and ligamentous pain that coexist with facet/disc pathology
SI joint dysfunction that mimics lumbar/hip pain
Persistent low back pain despite therapy, injections, or medications
MRI or X-ray showing disc degeneration, bulging/herniation, facet arthropathy, or SI joint dysfunction
Patients told they have “degenerative disc disease,” “facet syndrome,” or are considering spine surgery
Pain worsened by sitting, bending, standing, or rotation
Active adults seeking to restore spine stability, mobility, and function
Individuals seeking a non-surgical, physician-guided pathway
Acute spinal infections or inflammatory conditions
Unstable medical conditions requiring hospital care
Traumatic spinal fractures or injuries requiring immediate surgical repair
Patients without imaging or structural spinaldiagnosis
Individuals seeking quick, temporary, or purely pain-masking relief



We begin with a quick and comfortable blood draw performed by a licensed medical professional. This provides the growth factors and plasma needed to create your personalized regenerative solution.


Your blood is placed into a medical centrifuge to separate the healing components. We then combine the concentrated plasma with advanced biologic material to create a powerful, treatment-ready formulation.

Your customized regenerative blend is injected precisely into the affected joint. This targeted delivery supports tissue repair, reduces inflammation, and promotes long-term healing and mobility.

Our regenerative knee treatment is designed for arthritis, cartilage damage, meniscus issues, chronic pain, inflammation, and injuries that haven’t responded to traditional therapies. It helps restore mobility, reduce pain, and support long-term joint health.
Most patients describe the treatment as very tolerable. You may feel slight pressure or a brief pinch during the injection, but the entire process is designed to be quick and comfortable. We also use techniques to minimize discomfort.
The procedure itself typically takes 30–60 minutes depending on the number of spinal levels treated. Because this is a regenerative approach, the goal is long-term improvement rather than temporary symptom relief.
Some patients notice reduced pain and improved mobility within the first 1–3 weeks as inflammation decreases. Structural healing and tissue repair continue over several weeks to months as the spine responds to the biologic treatment.
Downtime is minimal. Most patients return to light daily activity within 24–48 hours. Heavy lifting and strenuous activity are usually limited briefly to allow the spine to begin healing properly.
This approach is minimally invasive and avoids the tissue damage, long recovery, and structural alteration associated with surgery. Unlike cortisone, which can weaken tissues over time, regenerative treatments are designed to support healing of discs, joints, and ligaments.

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