Japanese neurosurgeons reported the case of A 55-year-old man who presented with progressive pain and expanding swelling in his right neck. He had no history of trauma or infectious disease. The patient had undergone chiropractic manipulations once in a month and the last manipulation was done one day before the admission to hospital.
On examination by laryngeal endoscopy, a swelling was found on the posterior wall of the pharynx on the right side. The right piriform fossa was invisible. CT revealed hematoma in the posterior wall of the right oropharynx compressing the airway tract. Aneurysm-like enhanced lesion was also seen near the right common carotid artery. Ultrasound imaging revealed a fistula of approximately 1.2 mm at the posterior wall of the external carotid artery and inflow image of blood to the aneurysm of a diameter of approximately 12 mm. No dissection or stenosis of the artery was found. Jet inflow of blood into the aneurysm was confirmed by angiography. T1-weighted MR imaging revealed presence of hematoma on the posterior wall of the pharynx and the aneurysm was recognized by gadolinium-enhancement.
The neurosurgeons performed an emergency operation to remove the aneurysm while preserving the patency of the external carotid artery. The pin-hole fistula was sutured and the wall of the aneurysm was removed. Histopathological assessment of the tissue revealed a pseudoaneurysm (also called a false aneurism), a collection of blood that forms between the two outer layers of an artery.
The patient was discharged after 12 days without a neurological deficit. Progressively growing aneurysm of the external carotid artery is caused by various factors and early intervention is recommended. Although, currently, intravascular surgery is commonly indicated, direct surgery is also feasible and has advantages with regard to pathological diagnosis and complete repair of the parent artery.
The relationship between the pseudoaneurysm and the chiropractic manipulations seems unclear. The way I see it, there are the following three possibilities:
- The manipulations have causally contributed to the pseudo-aneurysm.
- They have exacerbated the condition and/or its symptoms.
- They are unrelated to the condition.
If someone is able to read the Japanese full text of this paper, please let us know what the neurosurgeons thought about this.
- the availability (numbers and where they are practising),
- quality (education and licensing),
- accessibility (entry and reimbursement),
- acceptability (scope of practice and legal rights).
An electronic survey was issued to contact persons of constituent member associations of the World Federation of Chiropractic (WFC). In addition, data were collected from government websites, personal communication and internet searches. Data were analysed using descriptive statistics.
Information was available from 90 countries in which at least one chiropractor was present. The total number of chiropractors worldwide was 103,469. The number of chiropractors per country ranged from 1 to 77,000. Chiropractic education was offered in 48 institutions in 19 countries. Direct access to chiropractic services was available in 81 (90%) countries, and services were partially or fully covered by government and/or private health schemes in 46 (51.1%) countries. The practice of chiropractic was legally recognized in 68 (75.6%) of the 90 countries. It was explicitly illegal in 12 (13.3%) countries. The scope of chiropractic practice was governed by legislation or regulation in 26 (28.9%) countries and the professional title protected by legislation in 39 (43.3%). In 43 (47.8%) countries, chiropractors were permitted to own, operate, or prescribe x-rays, in 22 (24.4%) countries they were lawfully permitted to prescribe advanced imaging (MRI or CT), and in 34 (38.8%) countries owning, operating or prescribing diagnostic ultrasound was permitted. Full or limited rights to the prescription of pharmaceutical medication were permitted in 9 (10%) countries, and authorization of sick leave was permitted in 20 (22.2%) countries. The care of children was subject to specific regulations and/or statutory restrictions in 57 (63.3%) countries.
The authors concluded as follows: We have provided information about the global chiropractic workforce. The profession is represented in 90 countries, but the distribution of chiropractors and chiropractic educational institutions, and governing legislations and regulations largely favour high-income countries. There is a large under-representation in low- and middle-income countries in terms of provision of services, education and legislative and regulatory frameworks, and the available data from these countries are limited.
The countries where chiropractic is explicitly illegal are the following:
- Republic of Korea,
Forty-two countries (61.8%) have regulations and/or rules under the legislation to provide for registration or licensure of chiropractors. Chiropractors may be available in 90 countries, but 50% percent of these have 10 or fewer chiropractors. Importantly, the care of children is under regulation or restrictions in most countries.
- The World Federation of Chiropractic takes 3 years to publish data which, by then, are of course out-dated.
- In most countries, the chiropractic care for children is restricted.
- In many countries chiropractic is illegal.
- In many countries, there are only very few or no chiropractors at all.
- There are about 4 times more physiotherapists than chiropractors.
- In 9 countries, chiropractors have the right to prescribe medicines.
Much of the data revealed in this survey suggests to me that the world can do without chiropractors.
An article in the ‘Chronicle of Chiropractic’ defends the currently much debated chiropractic care for children. It is authored by ‘ChiroFuture‘, a Risk Purchasing Group founded by chiropractors. Here is the unabridged article (the references were added by me and refer to my comments below):
The chiropractic care of children has been the subject of increased media attention and scrutiny following decisions by chiropractic regulatory boards in Europe, Australia and Canada. These decisions were not based on science, research or data but rather a purposeful misrepresentation of the concept of evidence informed practice (1) and its application coupled with compelled speech.
As with the chiropractic care of adults, an evidence informed perspective (2) respects the needs and wants of parents for the care of their child, the published research evidence and the clinical expertise of chiropractors in the care of children.
ChiroFutures Malpractice Program does not base its malpractice insurance rates on the age of the patients a chiropractor sees. In fact, we are not aware of any actuarial data showing an increase in adverse events from the tens of millions of pediatric chiropractic visits per year (3). The vast majority of claims or incidents alleging chiropractic negligence involve adult patients (4).
What chiropractors do is minimally invasive and typically nothing else but their hands are used to gently ease any obstruction to the functioning of the patient’s nervous system (5). Since the nervous system controls and coordinates all functions of the body it is important to be sure it is functioning as best it can with no obstructions and no matter the disease afflicting the patient.
State and provincial laws, federal governments, international, national and state chiropractic organizations and chiropractic educational institutions all support the role and responsibility of chiropractors in the management of children’s health (6). The rationale for chiropractic care of children is supported by published protocols that are safe, efficacious, and valid (7). The scientific literature is sufficiently supportive of the usefulness of these protocols in regard to the chiropractic care of children (8).
Those contending that there is no evidence supporting the safety and efficacy of the chiropractic care of children demonstrate a complete disregard for the evidence and scientific facts related to the chiropractic care of children (9).
ChiroFutures encourages and supports a shared decision making process between doctors (10) and patients regarding health needs. As a part of that process, patients have a right to be informed about the state of their health as well as the risks, benefits and alternatives related to care. Any restriction on that dialogue or compelled statements inconsistent with the doctrine of informed consent present a threat to public health (11).
Here are my comments:
- Why ‘evidence informed’ and not evidence-based’? The term ‘evidence informed’ is popular with SCAM practitioners. Barratt and Hodson noted, “The evidence-informed practitioner carefully considers what research evidence tells them in the context of a particular child, family or service, and then weighs this up alongside knowledge drawn from professional experience and the views of service users to inform decisions about the way forward.” This seems to imply that the two terms are synonymous. However, in reality they are not.
- Does that mean that ‘evidence-informed’ is defined as the practice wanted by patients, regardless of the evidence?
- There is no post-marketing surveillance in chiropractic. Therefore we do not have reliable data on adverse events.
- That might be true but it is unclear what it tells us. It might simply mean that chiropractors treat more adults than children.
- There is no good evidence to show that the function of the nervous system can be enhanced by manual therapy.
- Provincial laws and federal governments might tolerate but I don’t think they ‘support’ the role and responsibility of chiropractors. That chiropractic organisations support it surprises nobody.
- This sentence does not make sense to me. The facts, however, are clear: there is no sound rational for chiropractic manipulations and they are neither efficacious nor totally safe for children.
- The scientific evidence does not show that chiropractic care is effective for any paediatric condition.
- I think the complete disregard is shown not by critics but by the authors of these lines.
- Calling chiropractors ‘doctors’ gives the impression they have been to medical school and is therefore misleading the public.
- The threat to public health are those chiropractors who advise parents not to immunise their children.
Perhaps ChiroFuture need to brush up on their knowledge of the evidence. Chiropractic has no place in the healthcare of children. Parents should be warned!
As most of us know, the use of so-called alternative medicine (SCAM) can be problematic; its use in children is often most problematic:
- There are hardly any SCAMs that have been shown to work for paediatric conditions.
- Most SCAMs can cause considerable harm to children.
- Some might even amount to child abuse.
- Most SCAM practitioners lack adequate training to treat children.
- Many SCAM providers offer dangerous advice to parents.
- Parents are sometimes unable to differentiate between nonsense and medicine.
- Informed consent can present a trick subject when treating children.
In this context, the statement from the ‘Spanish Association Of Paediatrics Medicines Committee’ is of particular value and importance:
Currently, there are some therapies that are being practiced without adjusting to the available scientific evidence. The terminology is confusing, encompassing terms such as “alternative medicine”, “natural medicine”, “complementary medicine”, “pseudoscience” or “pseudo-therapies”. The Medicines Committee of the Spanish Association of Paediatrics considers that no health professional should recommend treatments not supported by scientific evidence. Also, diagnostic and therapeutic actions should be always based on protocols and clinical practice guidelines. Health authorities and judicial system should regulate and regularize the use of alternative medicines in children, warning parents and prescribers of possible sanctions in those cases in which the clinical evolution is not satisfactory, as well responsibilities are required for the practice of traditional medicine, for health professionals who act without complying with the “lex artis ad hoc”, and for the parents who do not fulfill their duties of custody and protection. In addition, it considers that, as already has happened, Professional Associations should also sanction, or at least reprobate or correct, those health professionals who, under a scientific recognition obtained by a university degree, promote the use of therapies far from the scientific method and current evidence, especially in those cases in which it is recommended to replace conventional treatment with pseudo-therapy, and in any case if said substitution leads to a clinical worsening that could have been avoided.
Of course, not all SCAM professions focus on children. The following, however, treat children regularly:
- anthroposophical doctors
- craniosacral therapists
- energy healers
I believe that all SCAM providers who treat children should consider the above statement very carefully. They must ask themselves whether there is good evidence that their treatments generate more good than harm for their patients. If the answer is not positive, they should stop. If they don’t, they should realise that they behave unethically and quite possibly even illegally.
The effectiveness of spinal manipulative therapy (SMT) for improving athletic performance in healthy athletes (or anything else for that matter) is unclear. The objective of this systematic review was to systematically review the literature on the effect of SMT on performance-related outcomes in asymptomatic adults.
The authors searched electronic databases from 1990 to March, 2018. Inclusion criteria was any study examining a performance-related outcome of SMT in asymptomatic adults. Methodological quality was assessed using the SIGN criteria. Studies with a low risk of bias were considered scientifically admissible for a best evidence synthesis.
Of 1415 articles screened, 20 studies had low risk of bias, seven were randomized crossover trials, 10 were randomized controlled trials (RCT) and three were RCT pilot trials. Four studies showed SMT had no effect on physiological parameters at rest or during exercise. There was no effect of SMT on scapular kinematics or transversus abdominus thickness. Three studies identified changes in muscle activation of the upper or lower limb, compared to two that did not. Five studies showed changes in range of motion (ROM). One study showed an increase lumbar proprioception and two identified changes in baropodometric variables after SMT. Sport-specific studies showed no effect of SMT except for a small increase in basketball free-throw accuracy.
The authors, who are all affiliated to the Canadian Memorial Chiropractic College, concluded that the preponderance of evidence suggests that SMT in comparison to sham or other interventions does not enhance performance-based outcomes in asymptomatic adult population. All studies are exploratory with immediate effects. In the few studies suggesting a positive immediate effect, the importance of such change is uncertain. Further high-quality performance specific studies are required to confirm these preliminary findings.
I think, this says it (almost) all: yet another lucrative claim made by many chiropractors and osteopaths turns out to be not backed up by good evidence. The only thing worth adding is the fact that only 4 of the studies mentioned adverse effects. This means the vast majority of studies failed to comply with this basic requirement of research ethics – and this really says it all!
Chiropractors often claim that they are working tirelessly towards increasing public health. But how seriously should we take such claims?
The purpose of this study was to investigate weight-loss interventions offered by Canadian chiropractors. It is a secondary analysis of data from the Ontario Chiropractic Observation and Analysis STudy (Nc = 42 chiropractors, Np = 2162 patient encounters). Its results show that around two-thirds (61.3%) of patients who sought chiropractic care were either overweight or had obesity. Very few patients had weight loss managed by their chiropractor. Among patients with body mass index equal to or greater than 18.5 kg/m2, guideline recommended weight management was initiated or continued by Ontario chiropractors in only 5.4% of encounters. Chiropractors did not offer weight management interventions at different rates among patients who were of normal weight, overweight, or obese (P value = 0.23). Chiropractors who graduated after 2005 who may have been exposed to reforms in chiropractic education to include public health were significantly more likely to offer weight management than chiropractors who graduated between 1995 and 2005.
The authors concluded that the prevalence of weight management interventions offered to patients by Canadian chiropractors in Ontario was low. Health care policy and continued chiropractic educational reforms may provide further direction to improve weight-loss interventions offered by doctors of chiropractic to their patients.
This paper seems to confirm my suspicion that the claim of chiropractors working for public heath is little more than an advertising gimmick. If we also consider the often negative attitude of chiropractors towards vaccination, the claim even deteriorates into a sick joke. Chiropractors, I have previously argued, are undermining public health and are being educated to become a danger to public health.
Treating children is an important income stream for chiropractors and osteopaths. There is plenty of evidence to suspect that their spinal manipulations generate more harm than good; on this blog, we have discussed this problem more often than I care to remember (see for instance here, here, here, here and here). Yet, osteopaths and chiropractors carry on misleading parents to abuse their children with ineffective and dangerous spinal manipulations. A new and thorough assessment of the evidence seems to confirm this suspicion.
This systematic review evaluated the evidence for effectiveness and harms of specific SMT techniques for infants, children and adolescents. Controlled studies, describing primary SMT treatment in infants (<1 year) and children/adolescents (1-18 years), were included to determine effectiveness.
Of the 1,236 identified studies, 26 studies were eligible. Infants and children/adolescents were treated for various (non-)musculoskeletal indications, hypothesized to be related to spinal joint dysfunction. Studies examining the same population, indication and treatment comparison were scarce. The results showed that:
- Due to very low quality evidence, it is uncertain whether gentle, low-velocity mobilizations reduce complaints in infants with colic or torticollis, and whether high-velocity, low-amplitude manipulations reduce complaints in children/adolescents with autism, asthma, nocturnal enuresis, headache or idiopathic scoliosis.
- Five case reports described severe harms after HVLA manipulations in 4 infants and one child. Mild, transient harms were reported after gentle spinal mobilizations in infants and children, and could be interpreted as side effect of treatment.
The authors concluded that due to very low quality of the evidence, the effectiveness of gentle, low-velocity mobilizations in infants and HVLA manipulations in children and/or adolescents is uncertain. Assessments of intermediate outcomes are lacking in current pediatric SMT research. Therefore, the relationship between specific treatment and its effect on the hypothesized spinal dysfunction remains unclear. Gentle, low-velocity spinal mobilizations seem to be a safe treatment technique. Although scarcely reported, HVLA manipulations in infants and young children could lead to severe harms. Severe harms were likely to be associated with unexamined or missed underlying medical pathology. Nevertheless, there is a need for high quality research to increase certainty about effectiveness and safety of specific SMT techniques in infants, children and adolescents. We encourage conduction of controlled studies that focus on the effectiveness of specific SMT techniques on spinal dysfunction, instead of concluding about SMT as a general treatment approach. Large observational studies could be conducted to monitor the course of complaints/symptoms in children and to gain a greater understanding of potential harms.
The situation regarding spinal manipulation for children might be summarised as follows:
- Spinal manipulations are not demonstrably effective for paediatric conditions.
- They can cause serious direct and indirect harm.
- Chiropractors and osteopaths are not usually competent to treat children.
- They nevertheless treat children regularly.
In my view, this is unethical and can amount to child abuse.
This press-release caught my attention:
Following the publication in Australia earlier this year of a video showing a chiropractor treating a baby, the Health Minster for the state of Victoria called for the prohibition of chiropractic spinal manipulation for children under the age of 12 years. As a result, an independent panel has been appointed by Safer Care Victoria to examine the evidence and provide recommendations for the chiropractic care of children.
The role of the panel is to (a) examine and assess the available evidence, including information from consumers, providers, and other stakeholders, for the use of spinal manipulation by chiropractors on children less than 12 years of age and (b) provide recommendations regarding this practice to the Victorian Minister for Health.
Members of the public and key stakeholders, including the WFC’s member for Australia, the Australia Chiropractors Association (AusCA), were invited to submit observations. The AusCA’s submission can be read here…
This submission turns out to be lengthy and full of irrelevant platitudes, repetitions and nonsense. In fact, it is hard to find in it any definitive statements at all. Here are two sections (both in bold print) which I found noteworthy:
1. There is no need to restrict parental or patient choice for chiropractic care for children under 12 years of age as there is no evidence of harm. There is however, expressed outcome of benefit by parents70 who actively choose chiropractic care for their children …
No evidence of harm? Really! This is an outright lie. Firstly, one has to stress that there is no monitoring system and that therefore we simply do not learn about adverse effects. Secondly, there is no reason to assume that the adverse effects that have been reported in adults are not also relevant for children. Thirdly, adverse effects in children have been reported; see for instance here. Fourthly, we need to be aware of the fact that any ineffective therapy causes harm by preventing effective therapies from being applied. And fifthly, we need to remember that some chiropractors harm children by advising their parents against vaccination.
2. Three recent systematic reviews have focused on the effectiveness of manual therapy for paediatric conditions. For example, Lanaro et al. assessed osteopathic manipulative treatment for use on preterm infants. This systematic review looked at five clinical trials and found a reduction of length of stay and costs in a large population of preterm infants with no adverse events (96).
Carnes et al.’s 2018 systematic review focused on unsettled, distressed and excessively crying infants following any type of manual therapy. Of the seven clinical trials included, five involved chiropractic manipulative therapy; however, meta-analyses of outcomes were not possible due to the heterogeneity of the clinical trials. The review also analysed an additional 12 observational studies: seven case series, three cohort studies, one service evaluation survey, and one qualitative study. Overall, the systematic review concluded that small benefits were found. Additionally, the reporting of adverse events was low. Interestingly, when a relative risk analysis was done, those who had manual therapy were found to have an 88% reduced risk of having an adverse event compared to those who did not have manual therapy (97).
A third systematic review by Parnell Prevost et al. in 2019 evaluated the effectiveness of any paediatric condition following manual therapy of any type and summarizes the findings of studies of children 18 years of age or younger, as well as all adverse event information. While mostly inconclusive data were found due to lack of high-quality studies, of the 32 clinical trials and 18 observational studies included, favourable outcomes were found for all age groups, including improvements in suboptimal breastfeeding and musculoskeletal conditions. Adverse events were mentioned in only 24 of the included studies with no serious adverse events reported in them (98).
(96) Lanaro D, Ruffini N, Manzotti A, Lista G. Osteopathic manipulative treatment showed reduction of length of stay and costs in preterm infants: A systematic review and meta-analysis. Medicine (Baltimore). 2017; 96(12):e6408 10.1097/MD.0000000000006408.
(97) Carnes D, Plunkett A, Ellwood J, Miles C. Manual therapy for unsettled, distressed and excessively crying infants: a systematic review and meta-analyses. BMJ Open 2018;8:e019040. doi:10.1136/bmjopen-2017-019040.
(98) Parnell Prevost et al. 2019.
And here are my comments:
(96) Lanaro et al is about osteopathy, not chiropractic (4 of the 5 primary trials were by the same research group).
(97) The review by Carnes et al has been discussed previously on this blog. This is what I wrote about it at the time:
The authors concluded that some small benefits were found, but whether these are meaningful to parents remains unclear as does the mechanisms of action. Manual therapy appears relatively safe.
For several reasons, I find this review, although technically sound, quite odd.
Why review uncontrolled data when RCTs are available?
How can a qualitative study be rated as high quality for assessing the effectiveness of a therapy?
How can the authors categorically conclude that there were benefits when there were only 4 RCTs of high quality?
Why do they not explain the implications of none of the RCTs being placebo-controlled?
How can anyone pool the results of all types of manual therapies which, as most of us know, are highly diverse?
How can the authors conclude about the safety of manual therapies when most trials failed to report on this issue?
Why do they not point out that this is unethical?
My greatest general concern about this review is the overt lack of critical input. A systematic review is not a means of promoting an intervention but of critically assessing its value. This void of critical thinking is palpable throughout the paper. In the discussion section, for instance, the authors state that “previous systematic reviews from 2012 and 2014 concluded there was favourable but inconclusive and weak evidence for manual therapy for infantile colic. They mention two reviews to back up this claim. They conveniently forget my own review of 2009 (the first on this subject). Why? Perhaps because it did not fit their preconceived ideas? Here is my abstract:
Some chiropractors claim that spinal manipulation is an effective treatment for infant colic. This systematic review was aimed at evaluating the evidence for this claim. Four databases were searched and three randomised clinical trials met all the inclusion criteria. The totality of this evidence fails to demonstrate the effectiveness of this treatment. It is concluded that the above claim is not based on convincing data from rigorous clinical trials.
Towards the end of their paper, the authors state that “this was a comprehensive and rigorously conducted review…” I beg to differ; it turned out to be uncritical and biased, in my view. And at the very end of the article, we learn a possible reason for this phenomenon: “CM had financial support from the National Council for Osteopathic Research from crowd-funded donations.”
(98) Parnell et al was easy to find despite the incomplete reference in the submission. This paper has also been discussed previously. Here is my post on it:
This systematic review is an attempt [at] … evaluating the use of manual therapy for clinical conditions in the paediatric population, assessing the methodological quality of the studies found, and synthesizing findings based on health condition.
Of the 3563 articles identified through various literature searches, 165 full articles were screened, and 50 studies (32 RCTs and 18 observational studies) met the inclusion criteria. Only 18 studies were judged to be of high quality. Conditions evaluated were:
- attention deficit hyperactivity disorder (ADHD),
- cerebral palsy,
- cranial asymmetry,
- cuboid syndrome,
- infantile colic,
- low back pain,
- obstructive apnoea,
- otitis media,
- paediatric dysfunctional voiding,
- paediatric nocturnal enuresis,
- postural asymmetry,
- preterm infants,
- pulled elbow,
- suboptimal infant breastfeeding,
- suboptimal infant breastfeeding,
- temporomandibular dysfunction,
- upper cervical dysfunction.
Musculoskeletal conditions, including low back pain and headache, were evaluated in seven studies. Only 20 studies reported adverse events.
The authors concluded that fifty studies investigated the clinical effects of manual therapies for a wide variety of pediatric conditions. Moderate-positive overall assessment was found for 3 conditions: low back pain, pulled elbow, and premature infants. Inconclusive unfavorable outcomes were found for 2 conditions: scoliosis (OMT) and torticollis (MT). All other condition’s overall assessments were either inconclusive favorable or unclear. Adverse events were uncommonly reported. More robust clinical trials in this area of healthcare are needed.
There are many things that I find remarkable about this review:
- The list of indications for which studies have been published confirms the notion that manual therapists – especially chiropractors – regard their approach as a panacea.
- A systematic review evaluating the effectiveness of a therapy that includes observational studies without a control group is, in my view, highly suspect.
- Many of the RCTs included in the review are meaningless; for instance, if a trial compares the effectiveness of two different manual therapies none of which has been shown to work, it cannot generate a meaningful result.
- Again, we find that the majority of trialists fail to report adverse effects. This is unethical to a degree that I lose faith in such studies altogether.
- Only three conditions are, according to the authors, based on evidence. This is hardly enough to sustain an entire speciality of paediatric chiropractors.
Allow me to have a closer look at these three conditions.
- Low back pain: the verdict ‘moderate positive’ is based on two RCTs and two observational studies. The latter are irrelevant for evaluating the effectiveness of a therapy. One of the two RCTs should have been excluded because the age of the patients exceeded the age range named by the authors as an inclusion criterion. This leaves us with one single ‘medium quality’ RCT that included a mere 35 patients. In my view, it would be foolish to base a positive verdict on such evidence.
- Pulled elbow: here the verdict is based on one RCT that compared two different approaches of unknown value. In my view, it would be foolish to base a positive verdict on such evidence.
- Preterm: Here we have 4 RCTs; one was a mere pilot study of craniosacral therapy following the infamous A+B vs B design. The other three RCTs were all from the same Italian research group; their findings have never been independently replicated. In my view, it would be foolish to base a positive verdict on such evidence.
So, what can be concluded from this?
I would say that there is no good evidence for chiropractic, osteopathic or other manual treatments for children suffering from any condition.
The ACA’s submission ends with the following conclusion:
The Australian Chiropractors Association (ACA) intent is to improve the general health of all Australians and the ACA supports the following attributes to achieve this:
- The highest standards of ethics and conduct in all areas of research, education and practise
- Chiropractors as the leaders in high quality spinal health and wellbeing
- A commitment to evidence-based practice – the integration of best available research evidence, clinical expertise and patient values
- The profound significance and value of patient-centred chiropractic care in healthcare in Australia.
- Inclusiveness and collaborative relationships within and outside the chiropractic profession…
After reading through the entire, tedious document, I arrived at the conclusion that
THIS SUBMISSION CAN ONLY BE A CALL FOR THE PROHIBITION OF CHIROPRACTIC SPINAL MANIPULATION FOR CHILDREN.
Spinal manipulation is an umbrella term for numerous manoeuvres chiropractors, osteopaths, physiotherapists and other clinicians apply to their patients’ vertebral columns. Spinal manipulations are said to be effective for a wide range of conditions. But how do they work? What is their mode of action? A new article tries to address these questions. here is its abstract:
Spinal manipulation has been an effective intervention for the management of various musculoskeletal disorders. However, the mechanisms underlying the pain modulatory effects of spinal manipulation remain elusive. Although both biomechanical and neurophysiological phenomena have been thought to play a role in the observed clinical effects of spinal manipulation, a growing number of recent studies have indicated peripheral, spinal and supraspinal mechanisms of manipulation and suggested that the improved clinical outcomes are largely of neurophysiological origin. In this article, we reviewed the relevance of various neurophysiological theories with respect to the findings of mechanistic studies that demonstrated neural responses following spinal manipulation. This article also discussed whether these neural responses are associated with the possible neurophysiological mechanisms of spinal manipulation. The body of literature reviewed herein suggested some clear neurophysiological changes following spinal manipulation, which include neural plastic changes, alteration in motor neuron excitability, increase in cortical drive and many more. However, the clinical relevance of these changes in relation to the mechanisms that underlie the effectiveness of spinal manipulation is still unclear. In addition, there were some major methodological flaws in many of the reviewed studies. Future mechanistic studies should have an appropriate study design and methodology and should plan for a long-term follow-up in order to determine the clinical significance of the neural responses evoked following spinal manipulation.
I have to admit, this made me laugh. Any article that starts with the claim spinal manipulation is an effective intervention and speaks about its observed clinical effects without critically assessing the evidence for it must be ridiculous. The truth is that, so far, it is unclear whether spinal manipulations cause any therapeutic effects at all. To take them as a given, therefore discloses a bias that can only be a hindrance to any objective evaluation.
Yet, perhaps unwittingly, the paper raises an important question: do we need to search for a mode of action of treatments that are unproven? It is a question, of course, that is relevant to all or at least much of SCAM.
Do we need to research the mode of action of acupuncture?
Do we need to research the mode of action of energy healing?
Do we need to research the mode of action of reflexology?
Do we need to research the mode of action of homeopathy?
Do we need to research the mode of action of Bach flower remedies?
Do we need to research the mode of action of cupping?
Do we need to research the mode of action of qigong?
In the absence of compelling evidence that a mode of action (other than the placebo response) exists, I would say: no, we don’t. Such research might turn out to be wasteful and carries the risk of attributing credibility to treatments that do not deserve it.
What do you think?
Spinal manipulation has been associated with a wide range of serious complications. Usually, they occur after neck manipulations. Neurologists from Morocco just published a case-report of a patient suffering a subdural haematoma after lumbar spinal manipulation.
A previously healthy 23 years-old man was receiving spinal manipulation for chronic back pain by a physiotherapist when he experienced a knife-like low back pain and lower limbs radiculalgia. The manipulation consisted on high velocity pression in the lumbar region while the patient was in prone position. He woke up the next morning with a weakness of both lower limbs and sensation of bladder fullness.
On presentation to the emergency department, 24 hours after the manipulation, the neurological examination found a cauda equina syndrome with motor strength between 2/5 and 3/5 in the left lower limb, 4/5 in the right lower limb, an abolition of the patellar and Achilles reflexes, a saddle hypoesthesia and a tender bladder. The general examination was normal. Magnetic resonance imaging (MRI) of the lumbar spine was performed promptly and showed intradural collection extending from L2 to L3 level with signal intensity consistent with blood. There were no adjacent fractures, disc or ligament injuries. Routine blood investigations were normal.
The patient underwent an emergency operation via L2-L3 laminectomy. The epidural space had no obvious abnormalities but the dura mater was tense and bluish. After opening the dura, a compressive blood clot was removed completely. The origin of the bleeding could not be determined. At the end of the intervention, nerve roots appeared free with normal courses. Subsequently, the patient’s the motor function of lower limbs gradually returned. He was discharged without neurological deficits 6 days postoperatively. At 6-months’ follow-up, the neurological examination was totally normal.
Subdural haematoma is a rare occurrence. As a complication after spinal manipulation, it seems to be ever rarer. Our case-series of serious adverse effects after chiropractic manipulation did include such a case, albeit not at the lumbar level (as far as I remember):
To obtain preliminary data on neurological complications of spinal manipulation in the UK all members of the Association of British Neurologists were asked to report cases referred to them of neurological complications occurring within 24 hours of cervical spine manipulation over a 12-month period. The response rate was 74%. 24 respondents reported at least one case each, contributing to a total of about 35 cases. These included 7 cases of stroke in brainstem territory (4 with confirmation of vertebral artery dissection), 2 cases of stroke in carotid territory and 1 case of acute subdural haematoma. There were 3 cases of myelopathy and 3 of cervical radiculopathy. Concern about neurological complications following cervical spine manipulation appears to be justified. A large long-term prospective study is required to determine the scale of the hazard.
The big problem with adverse events of this nature is that their true incidence is essentially unknown. The two cases of subdural haematoma mentioned above seem to be the only two reported in the medical literature. But, as there is no monitoring system, the true figure is anybody’s guess.