PROLOTHERAPY - The non-surgical solution to healing joint pain  

What is it?

Prolotherapy, also known as Regenerative Injection Therapy (RIT), is a safe, non-surgical treatment for acute and chronic joint pain. It is the only clinically proven treatment that can naturally regenerate and repair damaged tendons and ligaments in painful joints from injury or normal wear and tear. Clinical case studies show that Prolotherapy has consistent success rates of 75-80% for healing chronic joint pain1, and can increase the size and strength of tendons and ligaments by approximately 25-40% 2. Our former Surgeon General, C. Everett Koop, has been treated successfully with Prolotherapy 3.

What types of pain can Prolotherapy treat?

  • Hip

  • Back

  • Shoulder

  • Elbow (tennis elbow/golfers elbow)

  • Knee

  • Foot

  • Ankle

  • TMJ

  • Neck (including whiplash injuries)

  • Osteoarthritis

  • Sprains/Strains

  • Tendonitis

  • Fibromyalgia

  • Carpal tunnel syndrome

  • Sciatica

  • Sports injuries

How does it work?

Prolotherapy involves a series of therapeutic injections that stimulate the body to regenerate the connective tissue in joints- namely, tendons and ligaments. Treatments given over the course of several weeks can eliminate pain and provide long lasting stability to the joint. Strength, flexibility and range of motion are improved as well.

To understand how Prolotherapy works, it is important to know that tendons join muscle to bone, and ligaments join bone to bone. Tendons and ligaments support the stability and function of a joint. The area where they connect to the bone is the target for treatment with Prolotherapy. Tendons and ligaments are composed of networks of fibrous proteins, the main ingredient of which is collagen. Overuse, strain, or injury can cause these collagen fibers to tear resulting in inflammation, causing aches, pain, and a decreased range of motion.

Prolotherapy stimulates natural repair mechanisms. Collagen producing cells are triggered to regenerate connective tissue in joints. Tendons and ligaments become thicker, tighter and stronger. Prolotherapy may be a safe alternative to surgery, and possibly eliminate the need for prescription pain medications - a new lease on life!

Who is it good for?

Prolotherapy is for anyone who has joint pain, not just for people with injuries due to sports or accidents. As we age, the ligaments and tendons of our joints lose their elasticity, becoming lax, weak, and unstable. Injured joints heal slowly and often incompletely because of a limited blood supply to the area. In addition, there are many nerve endings in ligaments and tendons that cause pain when there is loss of stability to a joint. Even if there is minimal discomfort, any weakness can ultimately tear further and create greater dysfunction and pain. Further, the surrounding muscles of a weak joint contract and remain tense to support the instability. This leads to them being chronically tight, stiff, and sore, resulting in a decreased range of motion, flexibility, and strength.

At this point, activities and hobbies become limited; exercise is difficult, sleep is restless, and energy levels are lowered. Furthermore, physical limitations due to pain and fatigue can affect mental/emotional health. Understandably, it is discouraging when you are prevented from doing what you love because your body hurts. Fortunately, there is a solution: Prolotherapy.

What are the results?

Prolotherapy treats the source of your pain, not the symptoms. Every course of treatment begins with a careful history and physical examination to determine the exact location of damaged ligaments and tendons. Dr. Monagle then uses a small, fine needle to inject a natural regenerative solution into the affected joint, which triggers the body to repair damage, relieve pain, and restore function. Throughout the course of treatment, newly regenerated joint tissue becomes strong and tight again, allowing the surrounding muscles to relax, become more flexible, and do their job which is to move your body! You are able to return to the physical activities and hobbies you love, exercise becomes easier, sleep is restful, and a general fatigue is replaced with renewed energy.

When will the pain be gone?

The initial healing phase can be expected to continue for two to four weeks following each treatment. As the tendons and ligaments grow stronger and more capable of stabilizing the joint, the pain is continually relieved. Relief can be rapid, noticeable even before leaving the clinic. Many of our patients have reported a  noticeable decrease in pain after only two or three treatments. Three to eight treatments are usually required for complete repair, with an interval of two to four weeks between treatments. The number of treatments and interval length varies with the severity of the injury and health of the patient. Several areas of pain can be treated on each visit.

Is Prolotherapy Safe? What are the side effects?

Prolotherapy is extremely safe, non-toxic and effective, when performed by a trained and licensed physician. Using the current solutions and techniques, there have been no reported significant side effects of this treatment in over 35 years. There is occasionally some bruising at site of injection, and mild soreness that can last 1-3 days. Dr. Monagle is trained and board certified by the internationally recognized Naturopathic Academy for Therapeutic Injection (NATI, www.injectiontx.org).


References

  1. Merriman Prolotherapy versus intra-operative fusion in the treatment of joint instability of the spine and pelvis. Journal of the International College of Surgeons, 1964 42:150-159. Results: The success rate of the fusion was very variable. The success rate of the prolotherapy was a 80-90% cure rate.

  2. Liu, Y. An in situ study of the influence of sclerosing solution in a rabbit medial collateral ligaments and its junction strength Connective Tissue Research 1983 2:95-102. He found that after five injections the ligament mass increased in by 44 percent, the thickness by 27 percent, and the strength of the ligament bone junction increased by 28 percent. This study showed that prolotherapy actually causes tissue growth and strengthening.

  3. Koop, MD., C. Everett. Former Surgeon General Treated successfully with Prolotherapy. Website: www.doctormaxwell.com/DrKoopProlo.htm

Additional Prolotherapy References:

  • In 1974 Dr. Hemwall presented the results of 2007 prolotherapy patients. The results were: 1871 patients were treated with prolotherapy. 1399 (75.5percent) patients reported complete recovery or cure. 413 (24.3 percent) reported general improvement. 25 (0.2 percent) patients showed no improvement.

  • Hackett M.D. Low back pain British Journal of Physical Medicine 1956 19.25-33. 656 patients received a total of 18,000 injections. 12 years after the prolotherapy was completed 82% of the patients considered themselves cured.

  • George Hackett presented data in front of the AMA on June 1958 on prolotherapy and cervical whiplash. 1656 patients. 82% of patients considered themselves cured.

  • George Hackett, M.D. presented data in front of the AMA on June 1955 on prolotherapy and back pain. 563 patients. 82% of the patients considered themselves cured.

  • Schwartz R. Prolotherapy: A literature review and retrospective study Journal of Neurology, Orthopedic Medicine and Surgery 1991;12:220-223 He performed a retrospective study of 43 patients with chronic low back pain who had been unresponsive to other treatments, including surgery. He gave prolotherapy treatment to the sacroiliac joint area over six weeks. 93 percent of the participants reported significant improvement. Only three of the patients reported no improvement.

Prospective studies showing the effectiveness of prolotherapy:

  • Reeves KD Hassanein K Long term effects of dextrose prolotherapy for anterior cruciate ligament laxity: A prospective and consecutive patient study. Alt Ther Hlth Med 2003; 9(2): Using simple dextrose injection into 16 knees with a loose ACL ligament, 10/16 knees were no longer loose by machine measurement at time of follow-up, and symptoms were improved. Symptoms of osteoarthritits improved even in those who still tested loose

Double blind studies showing the effectiveness of prolotherapy

  • Ongley, M. A new approach to the treatment of chronic low back pain. Lancet July 18, 1987. 2:143-146. this is a double-blind study in the most difficult cases of continuous low back pain patients who suffered for ten years or longer. They divided 81 patients who had surgery, medications, manipulations adjustments, exercise, physical therapy and other treatments, which failed to provide adequate relief for 10 or more years. One group was given manipulation and a reconstructive solution of dextrose, glycerine and phenol. The other group was given sham manipulations and normal saline injections. Great care was taken to insure that neither the patient nor the physicians knew which solution was injected. Both groups were given a total of six treatments. It was found that 88% of the group injected with the reconstructive solution had moderate to marked improvement. Treatment was far superior to the placebo group.

  • Klein A randomized double-blind trial of dextrose-glycerine-phenol injections for chronic low back Journal of Spinal Disorders 1993 6:23-33. Prolotherapy was shown to be effective versus placebo for treating low back pain.

  • Reeves KD Hassanein K Randomized prospective double-blind placebo-controlled study of dextrose prolotherapy for knee osteoarthritis with or without ACL laxity. Alt Ther Hlth Med 2000;6(2):37-46 Results: Less than one ounce of simple 10% dextrose over 6 months in each joint resulted in 35% reduction of pain, 45% improvement in swelling and 67% improvement in knee buckling as well as a 13 degree improvement in knee range of motion. Treatment solution was superior to placebo solution. (P = .015)

  • Reeves KD Hassanein K Randomized prospective placebo controlled double blind study of dextrose prolotherapy for osteoarthritic thumbs and finger (DIP, PIP and Trapeziometacarpal) joints: Evidence of clinical efficacy. Jnl Alt Compl Med 2000;6(4):311-320 Results: Less than 1 teaspoonful of simple 10% dextrose solution over 6 months in each joint resulted in a 42% improvement in pain and an 8 degree improvement in flexibility. Treatment solution was superior to placebo solution in pain improvement (p = .027) and in flexibility (p = .003)



Studies on the incidence of complications of Prolotherapy

  • In 1993 Dr. Dorman published a survey of Prolotherapy injections performed by 95 respondents. 12 These physicians reported on a total of 494,845 patients. Of these 343,897 patients were treated for low back, 98,430 for other areas of the spine, and 26.85 percent also reported non-spine peripheral joint injections. The cumulative years in practice of all the practitioners in the survey were 1092. Only 66 minor complications were reported. These included 24 reports of allergic reactions and 29 cases of pneumothorax (a condition caused by a needle placed into the lung cavity). All of these resolved without serious problems. There were also 14 reports of major complications, defined as the patient needing hospitalization or having transient or permanent nerve damage.



Histology studies in both humans and animals have proven that Prolotherapy strengthens ligaments:

  • Maynard J. Morphological and biomechanical effects of sodium morrhuate on tendons Journal of Orthopedic Research 1985 3: 236-248. treated rabbit tendons with sodium morrhuate. He found that after six weeks the diameter of the tendons increased by 20 to 25 percent.

  • Dorman T. Treatment for spinal pain arising in ligaments using prolotherapy: A retrospective study Journal of Orthopedic Medicine 1991 13(1):13-19 Drs. Dorman and Klein performed biopsies of posterior sacroiliac ligaments in three patients with chronic low back pain both before and after prolotherapy injections. They found that that after six weekly injections combined with mobilization and stretching exercises, that there was an increase in the average ligament diameter measured by electron microscopy from 0.055 micrometers to 0.087 micrometers. Light microscopy showed an increase in the collagen producing fibroblasts. In addition, the range of motion of the patients was significantly increased and their pain was significantly decreased as well.


     

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