The evidence for an alternative to Spinal fusion surgery – Spinal ligament repair injections
Ross Hauser, MD | Caring Medical Regenerative Medicine Clinics, Fort Myers, Florida
David N. Woznica, MD | Caring Medical Regenerative Medicine Clinics, Oak Park, Illinois
Danielle R. Steilen-Matias, MMS, PA-C | Caring Medical Regenerative Medicine Clinics, Oak Park, Illinois
The evidence for an alternative to Spinal fusion surgery – The Spinal ligament repair injection treatment option
If you are seeking alternatives to spinal fusion you probably have years of medical care behind you. Your case has become “complicated,” “difficult to treat,” your medication consumption may have increased dramatically as your situation degenerates rapidly. You have spent a lot of time online looking for answers including the time you spend here with us reading this article.
We are going to present a lot of information in this article. This information comes from 26+ years experience in helping people avoid spinal fusion surgery, our own published research in the medical journals, and the research from surgeons at leading medical universities and hospitals. We hope this information will help you in your journey in finding pain relief and the ability to enhance and increase your quality of life.
You live in a world of pain. Your entire day is spent managing your back pain
You do not want a “significant and major spinal surgery.” In fact, you would not be here on this page if you were completely sold on your doctor’s recommendation to discectomy or spinal fusion. You do know that people do get benefit from major spinal surgery and are able to rebuild their lives, you have also done a lot of research which shows you that spinal fusion or discectomy can make things a lot worse.
- But how do you manage a burning pain, and not just any burning pain, but an occasional hot branding type pain that travels from your low back into your hips and for some down your legs into your toes?
- How do you manage not being able to walk a few steps, not being able to stand for 20 minutes and not being able to sit for more than 15 minutes?
- You have had nerve blocks, maybe nerve blocks on multiple occasions because the pain returned after a brief respite.
- Physical therapy helped you somewhat. AT least it made you feel like you were doing something positive. But the pain returned.
- You may have had a Minimally invasive spinal surgery that brought you some success, partial if not whole symptom relief. This may have lasted for months. And then one day the pain came back. This time the nerve blocks did not work. What happened? Your spine became unstable again. The surgery did not bring sustainable relief.
Spinal Instability and your pain issues
We do not like to recommend spinal fusion surgery unless it is clear that the patient’s situation offers no other choice. We don’t like to recommend spinal fusion because it does not, in many cases, correct the underlying problems of spinal instability as many people would think it would. In fact, spinal fusion surgery may increase spinal instability and degeneration. How can this be? Because the surgery was performed with the idea that it was the discs were causing the person’s problems. The surgery failed because it was not the discs by themselves, but spinal instability caused by weakened degenerated ligaments. For many people we see, the missing diagnosis, the missing treatment was the one one that addressed your damaged spinal ligaments.
In a way you can think of strengthened bands of connective tissue, the ligaments, degenerating and weakening to the point where they have to be replaced by steel rods and screws.
A teaching point of this article: Understanding what degenerative spinal instability is and how surgery may not be the best option.
Throughout this article, we are going to present research from leading medical centers and universities. We do this so that you will see the contents of this article are not just our opinion. Our opinions are shared by others in the medical community.
Doctors teaching radiologists what a degenerative spine is:
In the April 2018 edition of the medical journal Insights Imaging (1) doctors from Mercy Catholic Medical Center published a paper entitled the “ABCs of the degenerative spine.” This paper was written for the benefit of radiology residents.
- What is so fascinating about this very detailed paper is that the authors set out to tell the residents that they need to recognize that degenerative disc disease is far from only a problem of the disc. That the disc itself sits within a complete spinal unit that consists of the adjacent vertebrae, the intervertebral disc itself, the spinal ligaments and the facet joints.
- Further, degenerative disc disease is not really a degenerative disease but the result of continued insults (injuries) that makes the disc vulnerable to flattening out.
We like to call these “insults” or injuries, the excessive load and destructive joint forces caused by damaged, weakened spinal ligaments.
When you are being sent for an MRI you are being sent for a confirmation that you must have a surgery
When radiographs are taken of patients with low back pain, they often show one or more of the following findings that may be indicative for a recommendation to spinal fusion
- degenerative discs,
- facet joint hypertrophy,
- bone spurs,
- Modic changes,
- bone bruising,
- disc protrusions,
- or spinal stenosis.
While these findings may be diagnostic by x-ray, CT scan or MRI standards, they are not the true diagnosis since they are not what is actually causing a person’s symptoms: the likely diagnosis, instead, is spinal instability. For more discussion on this topic please see our article MRIs cause failed back surgery,
The degenerative cascade associated with back pain begins long before the above-mentioned symptoms become evident, and appears to evolve in stages. The traditional thinking regarding the spinal degenerative cascade was that the intervertebral discs were thought to undergo three phases of degeneration:
Disc degeneration Phase 1: Dehydration, loss of disc height, heighten pain
The first phase of degeneration: Dysfunctional Phase – whereby circumferential painful tears of the annulus occur in association with endplate separation. This leads to further radial tears that are more susceptible to protrusion and to the loss of the disc’s ability to maintain water, which causes dehydration in the disc and a reduction in disc height. Vascular tissue and nerve endings may also encroach upon fissures produced in the degenerating disc, increasing innervation and the disc’s capacity for pain signal transmission.
Disc degeneration Phase 2: Subluxation and instability
The second phase of degeneration the Instability Phase, whereby progressive changes in disc resorption, internal disruption, and continuing annular tearing cause a loss in the mechanical integrity of the disc. This catastrophic event occurs in combination with facet degeneration, which can lead to subluxation and instability.
Disc degeneration Phase 3: Bone spurs and sclerosis
The third phase of degeneration – Stabilization Phase, whereby continued disc space narrowing and fibrosis take place, along with the formation of osteophytes and transdiscal bridging.
Is it the discs then causing the pain?
The main problem with thinking in terms of the traditional spinal degenerative cascade is the emphasis on the disc as the primary source responsible for causing chronic pain. The intervertebral disc is the largest avascular (no blood supply) structure in the body and has very few nerve endings. Like cartilage, which is also avascular and has no nerve endings, the disc does not normally cause pain, simply because pain cannot be transmitted without nerves.
Therefore, the pain being felt must be the result of something that does cause pain: spinal ligament laxity and injury. If a disc herniates and free disc material (not contained within the disc) is lying on top of a nerve, then, of course, it would cause pain. But a degenerative disc typically causes very little pain itself.
Later in this article, we will discuss the role of spinal ligaments in maintaining spinal strength and pain-free movement. It is very likely that if you are reading this article and are contemplating spinal surgery, the role, function, and repair of spinal ligaments HAVE NOT been discussed with you at all. Let’s talk surgery first.
Research suggests that if you knew what spinal fusion surgery was and the realistic post-surgery success and complication possibilities, you would likely not have it
In September 2017, doctors at the Neuroscience Institute, Virginia Mason Medical Center in Seattle, published a paper in the medical journal Spine.(2) Joined by researchers from Massachusetts General Hospital and the University of Washington, they suggested that:
- Patients who have a case review by a team of spinal pain specialists, including physiatrists, anesthesiologists, pain specialists, neurosurgeons, orthopaedic spine surgeons, physical therapists, and nursing staff, and are counseled in the findings of that review, will likely decline to have the surgery.
This is a very interesting study for the patient with concerns and fears of what spinal fusion surgery can offer them. So let’s break it down a little bit.
The paper sought to establish a comparison between getting guidance from a multi-discipline and diverse group of health care professionals as opposed to only getting guidance from a surgeon in whether or not they should proceed with spinal fusion.
- What is highlighted is the fact that the patients in this study had ALREADY suffered from a complex spinal history or PRIOR spinal surgery.
In their review and counseling, patients’ were involved in discussions about deciding on surgery, the type of surgery, and to see if they were good candidates for that particular surgery.
Highlights from the study:
- A total of 137 consecutive patients were reviewed
- Of these, 100 patients had been recommended for lumbar spine fusion by a surgeon.
- The consensus opinion of the multidisciplinary group suggested to the patient:
- Nonoperative management in 58 patients (58%) who had been previously recommended for spinal fusion at another institution.
- A different surgery was recommended: The surgical treatment plan was revised as a product of the conference in 16 patients (28%)
Isolated surgical decision making (relying solely on one opinion and that of a surgeon) may result in suboptimal treatment recommendations. Or saying it like it is “Failed Back Surgery”
The research concludes:
- Isolated surgical decision making (relying solely on one opinion and that of a surgeon) may result in suboptimal treatment recommendations. Multidisciplinary conferences can reduce the utilization of lumbar spinal fusion, possibly resulting in the more appropriate use of surgical interventions with better candidate selection while providing patients with more diverse non-operative treatment options.”
Research is addressing the problem that patients DO NOT understand what is causing their back pain and rely too much on the surgical interpretation of MRI to give the go-ahead to fusion surgery.
If patients have information, they are more likely NOT to have spinal fusion surgery.
In October of 2018, another study confirmed the findings we shared above. In this new research, doctors at the VA Maryland Health Care System and the University of Maryland School of Medicine (3) offered these observations after they established a “multidisciplinary spine board” to review candidates selected for elective lumbar spine surgery.
The board comprised representatives from orthopedic spine surgery, neurosurgery, psychology, physical therapy, radiology, pharmacy, primary care, pain management, anesthesiology, and veteran advocacy.
The multidisciplinary spine board reduces spinal fusion recommendations offered to patients
- Between March 1, 2016 and December 30, 2016, the spine board itself discussed 11 patients.
- All patients underwent clinical examinations and radiological assessments findings that warranted elective lumbar surgery.
- The board recommended non-surgical interventions before proceeding with the planned surgeries in all cases.
- The board stopped or delayed 11 or 11 surgeries.
The presence of team “spine board,” alone in a medical hospital caused the number of spinal fusions to be reduced by half
- The doctors noted that before they had a “Spine Board,” a total of 101 elective lumbar spine surgeries were performed.
- After the establishment of a spine board, a total of 51 elective lumbar spine surgeries were performed.
- The surgical plan for elective lumbar spine surgery in the post-implementation period was not directly influenced by the review of spine board because none of the cases were discussed in the conferences; however, the care occurred at a hospital where the spine board was implemented.
As we discussed in the research above, if patients have information, they are more likely NOT to have spinal fusion surgery. But what if they were given a piece of information that, by itself, suggested a fusion may be necessary? What if that information was not corroborated? Then you have symptom-free patients heading for surgery.
Spondylolisthesis (Slipped disc), Spondylolysis ( stress fractures from wear and tear), Spondylosis (arthritis wear and tear of the discs). These are sometimes confusing terms that act as a catch-all phrase or umbrella term to describe neurological or degenerative or inflammatory disorders caused by spinal defects which can occur in the cervical, thoracic, and lumbar regions.
The terms can also be linked to degrees of severity such as mild or moderate or advanced spondylosis or severe spondylosis that can cause local or diffuse pain. Sometimes everything is just thrown into one term spondylotic. It is sometimes difficult for them to understand all these definitions.
When patients do not understand the options they opt for surgery.
In a recent study from doctors at Wayne State University School of Medicine appearing in the Journal of Neurosurgery, (4) patients referred to a neurosurgery clinic for degenerative spinal disorders were surveyed to determine their understanding of lumbar spondylosis diagnosis and treatment.
The survey consisted of questions designed to assess patient understanding of the role of radiological imaging (MRI for low back pain) in the diagnosis and treatment of low-back and leg pain, and patient perception of the indications for surgical compared with conservative management.
- A total of 121 surveys were included in the analysis.
- More than 50% of the patients indicated that they would undergo spine surgery based on abnormalities found on MRI, even without symptoms;
- more than 40% of patients indicated the same for plain radiographs.
- Similarly, a large proportion of patients (33%) believed that back surgery was more effective than physical therapy in the treatment of back pain without leg pain.
- Nearly one-fifth of the survey group (17%) also believed that back injections were riskier than back surgery.
These results show that a surprisingly high percentage of patients have misconceptions regarding the diagnosis and treatment of lumbar spondylosis, and that these misconceptions persist in patients with a history of spinal surgery.
- Specifically, patients overemphasize the value of radiological studies and have mixed perceptions of the relative risk and effectiveness of surgical intervention compared with more conservative management.
These misconceptions have the potential to alter patient expectations and decrease satisfaction, which could negatively impact patient outcomes and subjective valuations of physician performance. While these results are preliminary, they highlight a need for improved communication and patient education during surgical consultation for degenerative lumbar spondylosis.
Are you a good candidate for spinal fusion?
The two studies cited above suggest that you are a good candidate if you sought many medical options about your spinal fusion, especially if you already have complicated back issues from previous spinal surgery. They also suggest that you are a good candidate if you do not believe everything the MRI is showing you. However, are there more considerations to take into account if you are exploring spinal fusion surgery?
As recent research published by the Japan Neurosurgical Society (5) points out “despite the fact that an absolute indication for this surgery is still unclear, decisions about performing lumbar fusion for degenerative Spondylolisthesis should be undertaken by considering not only the patient’s condition but also the social circumstances, medical insurance system, economic effects, and the surgeon’s preference and experience. ”
So are you a good candidate for spinal fusion? Yes if . . .
- You have good insurance,
- Can take a lot of time off from work,
- You do not need to provide for you or your family,
- and have been prepared for a long rehabilitation period with a compromised quality of life . . . then you are a good candidate for a surgery recommendation that is unclear and imprecise.
Spinal Fusion Surgery – the Failure of Treatment
A news story in the New York Times dated August 3, 2016 had this to say about the effectiveness of spinal fusion surgery:
“(Spinal fusion is an) operation that welds together adjacent vertebrae to relieve back pain from worn-out discs. Unlike most operations, it actually was tested in four clinical trials. The conclusion: Surgery was no better than alternative nonsurgical treatments, like supervised exercise and therapy to help patients deal with their fear of back pain. In both groups, the pain usually diminished or went away.
The studies were completed by the early 2000s and should have been enough to greatly limit or stop the surgery, says Dr. Richard Deyo, professor of evidence-based medicine at the Oregon Health and Sciences University. But that did not happen, according to a recent report. Instead, spinal fusion rates increased — the clinical trials had little effect.”
It is unclear if a decade of clinical trials saying spinal fusion is no better than conservative treatments and one New York Times article will change anything, spinal fusion surgery will still be done. Why? Because the MRI will always show clear evidence of the need for medical intervention.
Spinal fusion does work for some people, but why would researchers say that the success of spinal fusion surgery is “a matter of chance.”
Leading neurologists and spinal surgeons in Norway and Sweden published their research in the Scandinavian Journal of Pain (published in the United States) in July 2017. The paper entitled: Symptoms and signs possibly indicating segmental, discogenic pain. A fusion study with 18 years of follow-up, followed patients who had spinal fusion over an 18 year period.
Let’s see what they had to say:
- There are only five studies that compare conservative care (exercise, cognitive intervention – the way people think about their back pain, physical therapy, etc.)
- Only two of these five existing randomized studies have reported better results from fusion surgery for chronic low back pain compared to conservative treatment.
- In these studies, the back symptoms of the patients were described simply as “chronic low back pain.” One possible reason for the modest results of surgery is the lack of a description of specified symptoms that might be related to a painful segment/disc, and patient selection may, therefore, be more or less a matter of chance.
- Previous prospective studies including facet joint injections and discography and eventually MRI have failed to identify patients with a painful segment/disc that will benefit from fusion surgery.(6)
What we have in the introduction of this paper is the spinal surgeons found that:
- Conservative care treatments provided better results than spinal fusion.
- Remarkably, pre-screening presently offered did not help predict who would benefit from surgery and who would not.
- Incredibly, the surgery would be successful or not was “ a matter of chance.”
The purpose of this paper was to help identify which patients spinal fusion may help. In its conclusion, the researchers found patients with midline back pain and acute pain on sudden movement may benefit most. Results were not conclusive.
A remarkable research finding “Results following fusion for chronic low back pain are unpredictable and generally not very satisfying
I want to point out that this research was led by renowned spinal surgery researchers Bo Nystrom of the Clinic of Spinal Surgery in Sweden. Among his many studies, Nystrom led a team of researchers that writing in The Open Orthopaedics journal (7) suggested that if MRI showed what was really causing back pain, lumbar fusion would have worked. Here is a remarkable finding from that research on lumbar fusion success or non-success.
- “Results following fusion for chronic low back pain are unpredictable and generally not very satisfying. The major reason is the absence of a detailed description of the symptoms of patients with pain, if present, in a motion segment of the spine.
- Various radiological findings have been attributed to discogenic pain, but if these radiological signs were really true signs of such pain, fusion would have been very successful.
- If discogenic pain exists, it should be possible to select these patients from all others within the chronic low back pain population. Even if this selection were 100% perfect, however, identification of the painful segment would remain, and at present, there is no reliable test for doing so.”
Your life on painkillers after surgery. Why painkillers cause the need for more surgery
The three studies cited above suggest to patients the many complexities of spinal fusion surgery. All of them discuss the quality of life in patients for whom there were complications causing post-surgical pain. Now here is a fourth study that brings in a more detailed analysis of the need for painkillers after the spinal fusion.
In research from the medical journal Spine, (8) doctors looked at Worker’s Compensation patients who were given Lumbar Fusion Surgery for Degenerative Disc Disease. What they wanted to measure was how much painkiller medication they were on, if any, and what was the effect.
One thousand and two patients participated who had a lumbar fusion from 1993-2013.
- Postoperative use of chronic opioid therapy (chronic use of painkillers) was defined as being prescribed the medications for more than one year after the 6 week acute period following fusion. Of the 1002 patients (57%) or 575 patients took the pain medications for more than one year following surgery.
Here are the summary points for people who had surgery and their primary treatment after three years became chronic opioid therapy:
People on chronic opioid therapy were more likely to
- suffer failed back syndrome 85.0%
- additional surgery 76.4%
- clinically diagnosed depression 77.1%
- had extended work loss before fusion 61.3%.
Within 3 years after fusion, the chronic opioid therapy group was supplied with an average of 1083.4 days of opioids and 49.0 opioid prescriptions, 86.2% of which were Schedule II.
Examples of Schedule II narcotics include hydromorphone (Dilaudid®), methadone (Dolophine®), meperidine (Demerol®), oxycodone (OxyContin®, Percocet®), and fentanyl (Sublimaze®, Duragesic®). Other Schedule II narcotics include morphine, opium, codeine, and hydrocodone.
Why you may need more surgery after the spinal fusion – You may not fuse, You may fuse too much
In the research above, studies centered on patients who already had spinal surgery that resulted in a “complex history of prior spinal surgery.” The causes of failure are many and complex. What the studies above point out is the need to try not to go back to another surgery.
A study in the Global Spine Journal examined Pseudarthrosis (the non-union or non-healing of bones) following spinal fusion.
To a doctor like myself, who sees many failed back surgery patients, it is not surprising that the researchers said the non-union or non-healing of bones remains a substantial problem. Current data shows that patients who develop pseudarthrosis have suboptimal outcomes. (Some would call suboptimal, failure, or catastrophic failure of the spinal fusion).
The somber news for patients with a non-healing spinal fusion is that these researchers concluded after an evaluation of the surgical approaches to revision surgery to fix this problem: “All surgical approaches examined for the treatment of lumbar pseudarthrosis resulted in only poor to modest improvement in (disability improvement scoring).”(9)
The Spinal ligament repair injection treatment option
Most patients who come to Caring Medical with low back or lumbar disc disease, thoracic or neck (cervical) pain have MRI’s that show disc degeneration. On examination, we find that the MRI’s disc degeneration is seldom what is causing their pain. Here are some signs/symptoms that may lead a doctor to believe that pain is not coming from the disc problem :
- Pain on either side of the spine not on the midline
- Sensation is intact
- Muscle strength is fine
- Pain upon lying down
- Pain is not worse with sitting
- Pain is not worse with bending over
- Numbiness (tingling down the arm but sensation is ok)
All of the above symptoms suggest ligament laxity of spine or sacroiliac ligament problems. Disc problems are more indicative if the person has low back pain for instance that is:
- Sitting makes it worse
- Standing (compared to lying) makes it worse
- Bending over while standing increases the central pain.
Spinal ligaments as the main culprit behind back pain
The many complexities of the spine and the spinal ligaments can be seen at the intervertebral joints – where vertebrae connect to each other.
- Here the interspinous ligament weaves between the spinous processes connecting the back of the vertebrae bony processes.
- The supraspinous ligament connects the spinous processes. Running towards the cervical spine it forms the nuchal ligament.
- The intertransverse ligaments connect the adjacent transverse processes, and the ligamentum flavum connects the laminae of adjoining vertebrae.
It should be clear that the spinal ligaments are key factors in spinal stability and instability which can lead to degenerative disc and possible nerve compression at the facet joints in flexion or extension, and at the lower back ligaments of the sacroiliac joints.
In other words, back pain can be due to an unstable disc problem, facet joint locking, or sacroiliac dysfunction caused by problems of the spinal ligaments.
The spine relies heavily on the supporting ligaments to hold itself together
The opening statement of a recent research article from doctors at the Mayo Clinic brings all these concerns together when the researchers state: “Understanding spinal kinematics (the movement of the spine) is essential for distinguishing between pathological conditions of spine disorders, which ultimately lead to low back pain.
It is of high importance to understand how changes in mechanical properties affect the response of the lumbar spine, specifically in an effort to differentiate those associated with disc degeneration from ligamentous changes (problems of the spinal ligaments), allowing for more precise treatment strategies.”(10)
In April 2016 doctors from the Hospital for Special Surgery in New York, University of Southern California, and the University of Virginia published their findings that acknowledged Degenerative Disc Disease is just that, a problem of degeneration and aging and that the vertebrae and facet joints of the spine represent a three-joint complex that relies heavily on their supporting ligaments to hold the joint together. (11)
Is medical research suddenly discovering that the spinal ligaments are important, actually crucial in determining back pain problems?
Listen to the opening of this research review, this is from Batson Children’s Hospital, University of Mississippi Medical Center: “As important as the vertebral ligaments are in maintaining the integrity of the spinal column and protecting the contents of the spinal canal, a single detailed review of their anatomy and function is missing in the literature.”(12)
There is a recent cluster of research on understanding the spinal ligaments and their crucial role in healing degenerative disc disease.
The ligaments of the spine as the key to degenerative disc disease
In one study doctors from Brigham Young University (13) even suggest that the ligaments may be the key to degenerative disc disease and spinal degenerative changes. The researchers suggest that it is hard for doctors and MRIs to figure out the pain sources in low back pain, and that even when people have it, there are no symptoms for it, yet eventually it will develop into worsening low back pain and disc problems.
But, these researchers also say that there are “patterns” of disc degeneration that may provide insight into where the pain is coming from and that by addressing these patterns – further disc degeneration can be managed, What do doctors need to address? Spinal ligaments.
Specifically, individuals with contiguous multi-level disc degeneration have been shown to exhibit higher presence and severity of low back pain as compared to patients with skipped-level disc degeneration (i.e. healthy discs located in between degenerated discs).
Here is the reason: Stresses on the surrounding ligaments, facets, and pedicles (the area of the vertebrae where many spinal procedures begin) at vertebral levels where there was no degeneration of the spine were generally lower than where degeneration occurred.
It should be obvious that stable ligaments equal stable spines – unstable ligaments – unstable spines.
The Spinal ligament repair injection treatment option Prolotherapy
Prolotherapy is an in-office injection treatment that research and medical studies have shown to be an effective, trustworthy, reliable alternative to surgical and non-effective conservative care treatments. In our opinion, based on research and clinical results, H3 Prolotherapy (H3 is a type of Prolotherapy named after three of its leading physician innovators Hackett-Hemwall-Hauser) is superior to many other treatments in relieving the problems of chronic joint and spine pain and, most importantly, in getting people back to a happy and active lifestyle.
Prolotherapy repairs collagen fibers in the ligaments, strengthening the ligaments and restoring spinal strength and stability
In the Journal of Prolotherapy, (14) James Inklebarger, MD and Simon Petrides, MD wrote: “Prolotherapy injections produce an inflammatory response, which can augment collagen fibre and ligament structure regeneration, resulting in tightening and strengthening of spinal ligaments, thereby reducing the incidence of discogenic low back pain by improving intersegmental stability.”
They concluded their research by suggesting: “There are currently few treatment choices other than surgical fusion for intractable lumbar discogenic pain and instability. Prolotherapy may offer a minimally invasive, cost-effective, and safe management option for these patients.
The findings in this study are in keeping with conclusions of other studies in that Prolotherapy, in conjunction with rehabilitation, would appear to be an effective intervention for the treatment of discogenic lower back pain associated with degenerative disc disease of the lumbar spine.“
Other studies include:
From the Department of Veterans Affairs, Northern California Health Care System published in the journal Complementary Therapies in Medicine: (15)
- “A satisfactory proportion of patients with symptomatic SI joint instability as an etiology of low back pain can have clinically meaningful functional gains with prolotherapy treatment.”
University of Manitoba, Winnipeg, Manitoba, Canada. The Journal of Alternative and Complementary Medicine (16)
- One hundred and ninety (190) patients were treated between, June 1999-May 2006.
- Both pain and Quality of Life scores were significantly improved at least 1 year after the last treatment.
- This study suggests that prolotherapy using a variety of proliferants can be an effective treatment for low back pain from presumed ligamentous dysfunction for some patients when performed by a skilled practitioner.7
Harold Wilkinson MD, in the journal The Pain Physician (17)
- Prolotherapy can provide significant relief of axial pain (soft tissue damage) and tenderness combined with functional improvement, even in “failed back syndrome” patients.
Caring Medical Research
Citing our own published research in which we followed 145 patients who had suffered from back pain on average of nearly five years, we examined not only the physical aspect of Prolotherapy, but the mental aspect of treatment as well.
- In our study, 55 patients who were told by their medical doctor(s) that there were no other treatment options for their pain and a subset of 26 patients who were told by their doctor(s) that surgery was their only option.
- In these 145 low backs,
- pain levels decreased from 5.6 to 2.7 after Prolotherapy;
- 89% experienced more than 50% pain relief with Prolotherapy;
- more than 80% showed improvements in walking and exercise ability, anxiety, depression and overall disability;
- 75% percent were able to completely stop taking pain medications.(18)
By correcting the instability of the lumbar spine at an early stage, Prolotherapy will cause less stress to be imposed on the disc and less degeneration to occur at the disc.
We concluded this research by suggesting that in this study on the use of Prolotherapy, patients with over four years of unresolved low back pain were shown to improve their pain, stiffness, range of motion, and quality of life measures even 12 months subsequent to their last Prolotherapy session. This pilot study shows that Prolotherapy is a treatment that should be considered and further studied for people suffering from unresolved low back pain.
Is this treatment right for you?
It may be difficult for some people to think that Prolotherapy may offer them an option when so many treatments before have failed. It may be hard for some patients to ignore strong recommenders to consider a spinal surgery that may or may not help and may or may not make their situation worse than it is today. Is this treatment right for you? Would you be a good candidate? Ask us.
If you have questions about Spinal fusion surgery complications, Get help and information from our Caring Medical staff
1 Kushchayev SV, Glushko T, Jarraya M, Schuleri KH, Preul MC, Brooks ML, Teytelboym OM. ABCs of the degenerative spine. Insights into imaging. 2018 Apr;9(2):253. [Google Scholar]
2 Yanamadala V, Kim Y, Buchlak QD, Wright AK, Babington J, Friedman A, Mecklenburg RS, Farrokhi F, Leveque JC, Sethi RK. Multidisciplinary Evaluation Leads to the Decreased Utilization of Lumbar Spine Fusion: An Observational Cohort Pilot Study. Spine (Phila Pa 1976). 2017 Jan 6. [Google Scholar]
3 Namiranian K, Norris EJ, Jolissaint JG, Patel JB, Lombardi CM. Impact of Multidisciplinary Spine Conferences on Surgical Planning and Perioperative Care in Elective Lumbar Spine Surgeries. Asian spine journal. 2018 Sep 10;12(5):854-61. [Google Scholar]
4. Franz EW, Bentley JN, Yee PP, Chang KW, Kendall-Thomas J, Park P, Yang LJ. Patient misconceptions concerning lumbar spondylosis diagnosis and treatment. Journal of Neurosurgery: Spine. 2015 May;22(5):496-502. [Google Scholar]
5 Takahashi T, Hanakita J, Ohtake Y, Funakoshi Y, Oichi Y, Kawaoka T, Watanabe M. Current Status of Lumbar Interbody Fusion for Degenerative Spondylolisthesis. Neurologia medico-chirurgica. 2016;56(8):476-84. [Google Scholar]
6 Nyström B, Weber H, Schillberg B, Taube A. Symptoms and signs possibly indicating segmental, discogenic pain. A fusion study with 18 years of follow-up. Scandinavian Journal of Pain. 2016 Nov 21. [Google Scholar]
7 Nyström B.Spinal fusion in the treatment of chronic low back pain: rationale for improvement. Open Orthop J. 2012;6:478-81. [Google Scholar]
8 Anderson JT, Haas AR, Percy R, Woods ST, Ahn UM, Ahn NU. Chronic Opioid Therapy after Lumbar Fusion Surgery for Degenerative Disc Disease in a Workers’ Compensation Setting. Spine (Phila Pa 1976). 2015 Jul 17. [Google Scholar]
9 Owens R 2nd, Djurasovic M, Crawford CH 3rd, Glassman SD, Dimar JR 2nd, Carreon LY. Impact of Surgical Approach on Clinical Outcomes in the Treatment of Lumbar Pseudarthrosis. Global Spine J. 2016 Dec;6(8):786-791. Epub 2016 Apr 6. [Google Scholar]
10 Ellingson AM, Shaw MN, Giambini H, An KN. Comparative role of disc degeneration and ligament failure on functional mechanics of the lumbar spine. Comput Methods Biomech Biomed Engin. 2015 Sep 24:1-10. [Google Scholar]
11 Iorio JA, Jakoi AM, Singla A. Biomechanics of Degenerative Spinal Disorders. Asian Spine J. 2016 Apr;10(2):377-84. doi: 10.4184/asj.2016.10.2.377. [Google Scholar]
12 Butt AM, Gill C, Demerdash A, Watanabe K, Loukas M, Rozzelle CJ, Tubbs RS. A comprehensive review of the sub-axial ligaments of the vertebral column: part I anatomy and function. Childs Nerv Syst. 2015 May 1. [Google Scholar]
13 Von Forell GA, Stephens TK, Samartzis D, Bowden AE. Low back pain: A biomechanical rationale based on “patterns” of disc degeneration. Spine (Phila Pa 1976). 2015 May 20. [Google Scholar]
14 Inklebarger J, Petrides S, Prolotherapy for Lumbar Segmental Instability Associated with Degenerative Disc Disease. Journal of Prolotherapy. 2016;8:e971-e977. [Google Scholar]
15 Hoffman MD, Agnish V. Functional outcome from sacroiliac joint prolotherapy in patients with sacroiliac joint instability. Complementary therapies in medicine. 2018 Apr 1;37:64-8. [Google Scholar]
16 Watson JD, Shay BL. Treatment of chronic low-back pain: a 1-year or greater follow-up. J Altern Complement Med. 2010 Sep;16(9):951-8. doi: 10.1089/acm.2009.0719. [Google Scholar]
17 Wilkinson HA. Injection therapy for enthesopathies causing axial spine pain and the “failed back syndrome”: a single blinded, randomized and cross-over study. Pain Physician. 2005 Apr;8(2):167-73.[Google Scholar]
18 Hauser RA, Hauser MA. Dextrose Prolotherapy for unresolved low back pain: a retrospective case series study. Journal of Prolotherapy. 2009;1:145-155. [JOP/CMRS]