Spine Conditions Every spine condition has a structural cause. We find it.

Progressive loss of disc height and hydration creates abnormal load transfer to facet joints and endplates. Regenerative treatment is designed to support disc stability and hydration, and may reduce inflammatory signaling.

The nucleus pulposus extends beyond the annular fibers, often compressing nerve roots. Regenerative treatment reinforces the annular containment barrier and is designed to stimulate fibrocyte proliferation to support structural integrity.

Micro-injuries to the outer fiber layers of the disc create pathways for nuclear migration and inflammatory leakage. Targeted regenerative treatment addresses these tears from the inside, with the goal of supporting structural integrity.

Osteoarthritic changes in the posterior joints create pain and instability. Regenerative treatment is designed to reduce synovial inflammation and support cartilage stability.

Instability or inflammatory arthropathy of the SIJ creates lower back and buttock pain. Regenerative treatment is designed to support joint stability and reduce ligamentous laxity.

Stress fracture of the pars interarticularis, common in young athletes and workers with repetitive extension-rotation. Regenerative treatment is designed to support bone healing and stabilize the adjacent structures.

Narrowing of the spinal canal or neural foramina limits space for the spinal cord and nerve roots. While not all stenosis reverses, conservative regenerative approaches can reduce inflammation, slow progression, and improve symptoms.

Nerve-mediated pain from adhesions, chronic irritation, or inflammatory compression. We address the underlying structural cause, whether disc, joint, or soft tissue, rather than mask nerve pain.

Myofascial compression or inflammation of the piriformis muscle irritates the sciatic nerve. Targeted regenerative injection decompresses the nerve and may help address sciatic symptoms.

Soft tissue injury with chronic inflammation, muscle inhibition, and scar tissue formation. Regenerative medicine breaks the chronic pain cycle, is designed to support proprioceptive recovery, and promotes functional recovery.

Chronic tendinopathy at the proximal hamstring attachment to the ischial tuberosity causes gluteal and posterior thigh pain. Regenerative therapy is designed to support tendon integrity and reduce adhesion formation.

Costochondritis, rib-vertebral joint inflammation, or intercostal neuralgia creates chest and rib pain. Regenerative injection therapy targets the joint, periosteum, and surrounding soft tissue with precision.