Musculoskeletal Conditions

Sacroiliac / Large Joints / Bursa Blocks

• Permanently Reversed Hip Labrum Tear: A Grade III hip labrum tear causing trochanteric pain and femoral head remodeling was effectively reversed with regenerative treatment, resulting in pain relief and restoration of normal hip joint function.
• Reduced Downtime from Crushed Pelvis: In an advanced-age patient with osteoporosis, regenerative therapy led to a 40% reduction in projected downtime following a crushed pelvis injury, accelerating healing and improving overall recovery outcomes.
• Permanent Reversal of Osteopenia: Regenerative treatment resulted in permanent reversal of osteopenia, providing long-term benefits for bone density and significantly reducing fracture risk.

Smaller Joints / Tendons / Ligaments

• Reversed Acromioclavicular Osteoarthritis: Regenerative therapy successfully reversed acromioclavicular osteoarthritis and Type I separation, restoring shoulder function and alleviating chronic pain.
• Regenerated and Remodeled Soft Tissue Injuries: Multiple low-grade tears involving the supraspinatus, labrum, long head of the biceps, rotator cuff, and Lisfranc tendons were regenerated and remodeled, resulting in improved joint stability and function.
• Reduced Downtime for Athletes: Professional and Division I Power V football athletes experienced a 50% reduction in recovery downtime following rib fractures, with significant pain reduction observed within 72 hours of treatment.

Lumbar, Thoracic, Cervical Discs / Facet Joints

• Regenerated Degenerative Disc Disease: Regenerative therapy effectively treated varying degrees of degenerative disc disease, reducing or reversing low back pain, chronic pain, spinal canal stenosis, spondylolisthesis, and nerve fraying.
• Prevented Need for Fusion Surgery: In cases of multi-level disc degeneration, regenerative treatment eliminated the need for multi-level fusion surgery, preserving spinal mobility and overall function.
• Regenerated Disc Insults: Disc injuries involving both annular and nuclear regions were successfully regenerated, providing long-term pain relief and improved spinal health.

These clinical outcomes underscore the broad potential of regenerative medicine in treating a wide range of musculoskeletal conditions, including joint injuries, osteoarthritis, and spinal disc degeneration. By promoting tissue repair, regeneration, and structural remodeling, regenerative therapies offer promising alternatives to traditional treatments and invasive surgical interventions. Continued research and innovation in regenerative medicine hold significant promise for advancing orthopedic care and improving patient outcomes.