The regenerative modality we select depends on your specific pathology. A degenerative disc responds differently than a ligamentous sprain. A stress fracture requires different biology than a facet joint arthropathy. We use all three columns of the spine to understand each patient and build a personalized treatment plan-whether you're 22 or 82. Below is an overview of the regenerative and adjunctive approaches we use, when we use them, and why.

Regenerative Treatment Options

Exosome Therapy & Research

Exosomes are extracellular vesicles-nanoscale particles released by cells as part of the body's intercellular communication system. They carry bioactive cargo including growth factors, cytokines, microRNA, and proteins that can modulate inflammation, promote tissue repair, and influence gene expression in recipient cells. Dr. Crane is actively involved in exosome research and clinical outcomes tracking for this frontier approach.

Best for: Frontier therapy, investigational applications, participation in research protocols

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Regenerative Cellular Therapy

Regenerative cellular therapy uses living cells-primarily mesenchymal stem cells (MSCs) from both bone marrow (BMAC) and adipose tissue-to promote repair and regeneration of damaged spinal tissue. By combining both autologous sources, we access a broader biological toolkit: bone marrow provides MSCs with strong osteogenic and chondrogenic potential, while adipose-derived MSCs offer high anti-inflammatory paracrine signaling. The therapeutic effect comes from differentiation, paracrine signaling, and the growth factors, cytokines, and exosomes these cells secrete.

Best for: Advanced degenerative conditions, complex multi-tissue pathology, neuropathic pain

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Platelet-Rich Plasma (PRP) Therapy

Platelets are not just clotting cells. They're repositories of growth factors-PDGF, VEGF, TGF-beta, FGF-that activate fibroblast proliferation, angiogenesis, and tissue remodeling. We draw your blood, separate the platelets, and inject them directly into the injured site under ultrasound guidance. PRP is particularly effective for disc nutrition enhancement, ligamentous repair, and synovial joint inflammation. Treatment is typically a series of 2-3 injections spaced 4-6 weeks apart.

Best for: Disc bulges, annular tears, ligamentous sprains, facet joint pain, early osteoarthritis

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Prolotherapy (Proliferant Therapy)

Prolotherapy uses a mild irritant-typically dextrose-to stimulate a localized inflammatory response that recruits fibrocytes and promotes fibrous tissue proliferation. We inject precisely into ligamentous insertions, joint capsules, and chronic injury sites. The inflammatory cascade that follows is controlled and therapeutic, not destructive. Over weeks, collagen is reorganized and fibrocyte density increases. This approach is particularly valuable for ligamentous laxity, chronic sprains, and joint instability.

Best for: Chronic spinal sprains, ligamentous insufficiency, sacroiliac joint dysfunction, rib-vertebral instability

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BMAC Therapy (Bone Marrow Aspirate Concentrate)

BMAC is the most potent autologous regenerative therapy available for spinal conditions. It delivers mesenchymal stem cells (MSCs), hematopoietic progenitors, and a concentrated milieu of growth factors and cytokines-the full cellular machinery needed for tissue repair. For advanced disc degeneration, significant cartilage loss, or conditions where PRP alone has produced incomplete results, BMAC provides a more powerful biological intervention.

Best for: Advanced disc degeneration, severe facet arthropathy, spinal stenosis, non-healing fractures

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Adjunctive & Supportive Therapies

Hyperbaric Oxygen Therapy (HBOT)

Hyperbaric oxygen therapy delivers 100% oxygen at elevated atmospheric pressure, dramatically increasing tissue oxygenation. This accelerates wound healing, reduces inflammation, enhances stem cell mobilization, and supports the regenerative environment created by our injection therapies. HBOT is particularly valuable as a complement to cellular therapy and PRP.

Best for: Post-procedure recovery support, chronic inflammation, tissue oxygenation enhancement

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Shockwave Therapy

Extracorporeal shockwave therapy (ESWT) delivers focused acoustic energy to injured tissue, stimulating neovascularization, breaking down calcifications, and triggering a controlled inflammatory response that activates healing. It is a non-invasive complement to regenerative injection therapy, particularly effective for chronic tendinopathies and enthesopathies.

Best for: Chronic tendinopathy, enthesopathy, calcific deposits, myofascial trigger points

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Ozone Therapy & EBOO

Medical ozone therapy and Extracorporeal Blood Oxygenation and Ozonation (EBOO) harness the biological effects of ozone to reduce oxidative stress, modulate immune function, and improve tissue oxygenation. Ozone activates antioxidant pathways and enhances mitochondrial function, supporting the body's regenerative capacity at the cellular level.

Best for: Systemic inflammation, oxidative stress reduction, immune modulation, regenerative support

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Ketamine Therapy

Low-dose ketamine therapy targets central sensitization-the amplification of pain signals in the nervous system that perpetuates chronic pain even after the original injury has been addressed. Ketamine works on NMDA receptors to reset aberrant pain processing, interrupting the pain cycle and restoring normal nerve signaling. This aligns with our philosophy that pain itself must be interrupted to enable healing.

Best for: Central sensitization, chronic neuropathic pain, pain cycle interruption, treatment-resistant pain

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Dr. Crane's Integrative Approach

I don't treat back pain. I identify the specific structure generating that pain-using all three columns of the spine to understand each patient. Is it the disc nucleus losing hydration? The annular fibers microtearing? The synovial joint inflaming? The ligament losing proprioceptive innervation? Once we know the anatomy, we select the regenerative modality that addresses it.

PRP concentrates your own healing cells at the injury site. Prolotherapy stimulates fibrocyte proliferation in ligaments. BMAC and adipose-derived MSCs harness your body's own cellular repair machinery-and we often combine both autologous sources for maximum biological effect. Exosome therapy represents the frontier of cellular signaling. And adjunctive therapies like HBOT, shockwave, ozone/EBOO, and ketamine support the regenerative environment and interrupt the pain cycle. The point: precision before intervention, and the full spectrum of tools to match each patient's biology.

Why the Spine Responds to Regenerative Medicine

Your spine doesn't want to degenerate. Degenerative disc disease, facet arthropathy, and ligamentous laxity don't arise because your spine has lost the ability to heal-they arise because the healing resources available through normal blood supply are insufficient for the task.

Intervertebral discs are avascular-they receive nutrients through diffusion from blood vessels at the disc margins. Under normal conditions, this passive nutrient exchange is adequate. But when the disc is injured or loading patterns change, the cells in that disc cannot access the growth factors and repair cells they need to heal. They decompensate instead. Regenerative medicine overcomes this limitation by delivering those healing resources directly.

The same principle applies to facet joints, ligaments, and even nerve tissue. We're not doing something your spine cannot do on its own. We're providing the biological resources that normal circulation cannot deliver, allowing your spine's own repair mechanisms to work.

Ready to Explore Regenerative Treatment for Your Spine?

Every spine is unique. Your consultation with Dr. Crane includes a comprehensive evaluation of your condition, review of imaging, and a clear explanation of which regenerative approach-if any-is appropriate for your situation.