Regenerative Pain Medicine seeks to address the cause of chronic musculoskeletal pain by reversing damage to and degeneration of connective tissue caused by traumatic injury, repetitive motion injury, or the aging process. By injecting stem cells from one’s own tissues directly into the problem areas, we attempt to regenerate normal tissue, eliminate dysfunction and pain, and restore health.

Damaged and degenerated ligaments, tendons, muscles, and joint surfaces cause pain and dysfunction. Damaged and degenerated connective tissues have decreased blood flow, entrapped nerve ending, and accumulation of metabolic waste. The goal of Regenerative Pain Medicine is to restore health to these compromised tissues. Restoration of health to these tissues decreases or can eliminate pain and normalize function.

 Regenerative pain medicine at docere clinics

Conditions we are investigating:

  • Osteoarthritis of any joint
  • Back Pain (from any cause except cancer)
  • Neck Pain/Headaches (except true hormonal headaches or fibromyalgia syndrome with no history of trauma)
  • Sports Injuries (such as tendonitis/tendonosis, rotator cuff tear, ACL tear, torn meniscus, chronic ankle sprains, chronic shoulder dislocations, Achilles tendonosis, etc)
  • Overuse Injuries (plantar fasciitis, carpal tunnel syndrome, texters/quilters thumb, TMJ syndrome, etc)
  • Bone spurs
  • Avascular Necrosis

Conditions we do Not Treat

  • Cancer
  • Autism
  • Spinal Cord Injury
  • Systemic disease (neurological, cardiovascular, pulmonary, autoimmune, etcetera) 


More On Healing

Healthy organisms are capable of healing themselves after injury. Injury to musculoskeletal structures triggers a critically important inflammatory pathway followed by a healing cascade. Anti-inflammatory drugs such as ibuprofen hinder this healing cascade. The majority of healing occurs in the first eight weeks after an injury. During this time the body produces growth factors in order to stimulate growth of new tissue. After this time, if healing is not complete there is a localized decrease blood flow, entrapment of nerve endings, and accumulation of metabolic waste. In essence, these tissues turn from normal connective tissue into scar tissue. As a direct result, nerve receptors in these tissues chronically fire pain signals. Sub-optimal healing leads to structures that do not have sufficient tensile strength (lax ligaments or joint capsules). Stretched ligaments are no longer able to stabilize their corresponding joint. This leads to muscle spasm in an attempt to stabilize joints and arthritis. Arthritis, similarly, is degeneration of joint surface tissue secondary to macro or micro trauma.

Most chronic musculoskeletal pain conditions are due to degenerative processes, not inflammatory processes. Most back and neck pain is due to damaged, degenerated tissues, not herniated discs even if herniated discs are present.


Those patients who are not truly good candidates for surgery and for whom alternative medicine has not been effective are often those who experience the best outcomes with Regenerative Pain Medicine.

For the most part, conventional management of musculoskeletal pain conditions involves palliative drug therapies until the condition becomes bad enough to warrant surgery. Arthroscopic surgery for arthritis has been definitively proven to not be effective long-term. Statistics for disc surgery for back/neck pain are dismal. Alternative modalities such as chiropractic, massage, and acupuncture frequently can sometimes be curative for mild to moderate conditions, but often only give a day or two of pain relief for advanced cases.

Regenerative Pain Medicine’s principle interventions are platelet rich plasma and bone marrow and fat derived stem cells. Because Regenerative Pain Medicine seeks to harness the body’s own healing abilities to cure the cause of pain, it is adherent to the philosophy of Naturopathic Medicine.


A medical evaluation is required before scheduling this procedure since not all patients are candidates for stem cell treatments. To schedule an appointment please contact us at Docere Clinics.