Shiatsu is one of those alternative therapies where there is almost no research. Therefore, every new study is of interest, and I was delighted to find this new trial.
Italian researchers tested the efficacy and safety of combining shiatsu and amitriptyline to treat refractory primary headaches in a single-blind, randomized, pilot study. Subjects with a diagnosis of primary headache and who experienced lack of response to ≥2 different prophylactic drugs were randomized in a 1:1:1 ratio to receive one of the following treatments:
- shiatsu plus amitriptyline,
- shiatsu alone,
- amitriptyline alone
The treatment period lasted 3 months and the primary endpoint was the proportion of patients experiencing ≥50%-reduction in headache days. Secondary endpoints were days with headache per month, visual analogue scale, and number of pain killers taken per month.
After randomization, 37 subjects were allocated to shiatsu plus amitriptyline (n = 11), shiatsu alone (n = 13), and amitriptyline alone (n = 13). Randomization ensured well-balanced demographic and clinical characteristics at baseline.
The results show that all the three groups improved in terms of headache frequency, visual analogue scale score, and number of pain killers and there was no between-group difference in the primary endpoint. Shiatsu (alone or in combination) was superior to amitriptyline in reducing the number of pain killers taken per month. Seven (19%) subjects reported adverse events, all attributable to amitriptyline, while no side effects were related with shiatsu treatment.
The authors concluded that shiatsu is a safe and potentially useful alternative approach for refractory headache. However, there is no evidence of an additive or synergistic effect of combining shiatsu and amitriptyline. These findings are only preliminary and should be interpreted cautiously due to the small sample size of the population included in our study.
Yes, I would advocate great caution indeed!
The results could easily be said to demonstrate that shiatsu is NOT effective. There is NO difference between the groups when looking at the primary endpoint. This plus the lack of a placebo-group renders the findings uninterpretable:
- If we take the comparison 2 versus 3, this might indicate efficacy of shiatsu.
- If we take the comparison 1 versus 3, it would indicate the opposite.
- If we finally take the comparison 1 versus 2, it would suggest that the drug was ineffective.
So, we can take our pick!
Moreover, I do object to the authors’ conclusion that “shiatsu is a safe”. For such a statement, we would need sample sizes that are about two dimensions greater that those of this study.
So, what might be an acceptable conclusion from this trial? I see only one that is in accordance with the design and the results of this study:
POORLY DESIGNED RESEARCH CANNOT LEAD TO ANY CONCLUSIONS ABOUT THERAPEUTIC EFFICACY OR SAFETY. IT IS A WASTE OF RESOURCES AND A VIOLATION OF RESEARCH ETHICAL.
We have discussed this notorious problem before: numerous charities (such as one that treats HIV and malaria with homeopathy in Botswana, or the one claiming that homeopathy can reverse cancer) are a clear danger to public health. I have previously chosen the example of ‘YES TO LIFE’ and explained that they promote unproven and disproven alternative therapies as cures for cancer (and if you want to get really sickened, look who act as their supporters and advisors). It is clear to me that such behaviour can hasten the death of many vulnerable patients.
Yet, many such charities get tax and reputational benefits by being registered charities in the UK. The question is CAN THIS SITUATION BE JUSTIFIED?
Currently, the UK Charity commission want to answer it. Specifically, they are asking you the following question:
- Question 1: What level and nature of evidence should the Commission require to establish the beneficial impact of CAM therapies?
- Question 2: Can the benefit of the use or promotion of CAM therapies be established by general acceptance or recognition, without the need for further evidence of beneficial impact? If so, what level of recognition, and by whom, should the Commission consider as evidence?
- Question 3: How should the Commission consider conflicting or inconsistent evidence of beneficial impact regarding CAM therapies?
- Question 4: How, if at all, should the Commission’s approach be different in respect of CAM organisations which only use or promote therapies which are complementary, rather than alternative, to conventional treatments?
- Question 5: Is it appropriate to require a lesser degree of evidence of beneficial impact for CAM therapies which are claimed to relieve symptoms rather than to cure or diagnose conditions?
- Question 6: Do you have any other comments about the Commission’s approach to registering CAM organisations as charities?
I am sure that most readers of this blog have something to say about these questions. So, please carefully study the full document, go on the commission’s website, and email your response to: email@example.com . Don’t delay it; do it now!
On this blog, we have had (mostly unproductive) discussions with homeopath so often that sometimes they sound like a broken disk. I don’t want to add to this kerfuffle; what I hope to do today is to summarise a certain line of argument which, from the homeopaths’ point of view, seems entirely logical. I do this in the form of a fictitious conversation between a scientist (S) and a classical homeopath (H). My aim is to make the reader understand homeopaths better so that, future debates might be better informed.
HERE WE GO:
S: I have studied the evidence from studies of homeopathy in some detail, and I have to tell you, it fails to show that homeopathy works.
H: This is not true! We have plenty of evidence to prove that patients get better after seeing a homeopath.
S: Yes, but this is not because of the remedy; it is due to non-specific effect like the empathetic consultation with a homeopath. If one controls for these factors in adequately designed trials, the result usually is negative.
I will re-phrase my claim: the evidence fails to show that highly diluted homeopathic remedies are more effective than placebos.
H: I disagree, there are positive studies as well.
S: Let’s not cherry pick. We must always consider the totality of the reliable evidence. We now have a meta-analysis published by homeopaths that demonstrates the ineffectiveness of homeopathy quite clearly.
H: This is because homeopathy was not used correctly in the primary trials. Homeopathy must be individualised for each unique patient; no two cases are alike! Remember: homeopathy is based on the principle that like cures like!!!
S: Are you saying that all other forms of using homeopathy are wrong?
H: They are certainly not adhering to what Hahnemann told us to do; therefore you cannot take their ineffectiveness as proof that homeopathy does not work.
S: This means that much, if not most of homeopathy as it is used today is to be condemned as fake.
H: I would not go that far, but it is definitely not the real thing; it does not obey the law of similars.
S: Let’s leave this to one side for the moment. If you insist on individualised homeopathy, I must tell you that this approach can also be tested in clinical trials.
H: I know; and there is a meta-analysis which proves that it is effective.
S: Not quite; it concluded that medicines prescribed in individualised homeopathy may have small, specific treatment effects. Findings are consistent with sub-group data available in a previous ‘global’ systematic review. The low or unclear overall quality of the evidence prompts caution in interpreting the findings. New high-quality RCT research is necessary to enable more decisive interpretation.
If you call this a proof of efficacy, I would have to disagree with you. The effect was tiny and at least two of the best studies relevant to the subject were left out. If anything, this paper is yet another proof that homeopathy is useless!
H: You simply don’t understand homeopathy enough to say that. I tried to tell you that the remedy must be carefully chosen to fit each unique patient. This is a very difficult task, and sometimes it is not successful – mainly because the homeopaths employed in clinical trials are not skilled enough to find it. This means that, in these studies, we will always have a certain failure rate which, in turn, is responsible for the small average effect size.
S: But these studies are always conducted by experienced homeopaths, and only the very best, most experienced homeopaths were chosen to cooperate in them. Your argument that the trials are negative because of the ineffectiveness of the homeopaths – rather than the ineffectiveness of homeopathy – is therefore nonsense.
H: This is what you say because you don’t understand homeopathy!
S: No, it is what you say because you don’t understand science. How else would you prove that your hypothesis is correct?
H: Simple! Just look at individual cases from the primary studies within this meta-analysis . You will see that there are always patients who did improve. These cases are the proof we need. The method of the RCT is only good for defining average effects; this is not what we should be looking at, and it is certainly not what homeopaths are interested in.
S: Are you saying that the method of the RCT is wrong?
H: It is not always wrong. Some RCTs of homeopathy are positive and do very clearly prove that homeopathy works. These are obviously the studies where homeopathy has been applied correctly. We have to make a meta-analysis of such trials, and you will see that the result turns out to be positive.
S: So, you claim that all the positive studies have used the correct method, while all the negative ones have used homeopathy incorrectly.
H: If you insist to put it like that, yes.
S: I see, you define a trial to have used homeopathy correctly by its result. Essentially you accept science only if it generates the outcome you like.
H: Yes, that sounds odd to you – because you don’t understand enough of homeopathy.
S: No, what you seem to insist on is nothing short of double standards. Or would you accept a drug company claiming: some patients did feel better after taking our new drug, and this is proof that it works?
H: You see, not understanding homeopathy leads to serious errors.
S: I give up.
A new survey from the Frazer Institute, an independent, non-partisan Canadian public policy think-tank, suggests that more and more Canadians are using alternative therapies. In 2016, massage was the most common type of therapy that Canadians used over their lifetime with 44 percent having tried it, followed by chiropractic care (42%), yoga (27%), relaxation techniques (25%), and acupuncture (22%). Nationally, the most rapidly expanding therapies over the past two decades or so (rate of change between 1997 and 2016) were massage, yoga, acupuncture, chiropractic care, osteopathy, and naturopathy. High dose/mega vitamins, herbal therapies, and folk remedies appear to be in declining use over that same time period.
“Alternative treatments are playing an increasingly important role in Canadians’ overall health care, and understanding how all the parts of the health-care system fit together is vital if policymakers are going to find ways to improve it,” said Nadeem Esmail, Fraser Institute senior fellow and co-author of Complementary and Alternative Medicine: Use and Public Attitudes, 1997, 2006 and 2016.
The updated survey of 2,000 Canadians finds more than three-quarters of Canadians — 79 per cent — have used at least one complementary or alternative medicine (CAM) or therapy sometime in their lives. That’s an increase from 74 per cent in 2006 and 73 per cent in 1997, when two previous similar surveys were conducted. In fact, more than one in two Canadians (56 per cent) used at least one complementary or alternative medicine or therapy in the previous 12 months, an increase from 54 per cent in 2006 and 50 per cent in 1997.
And Canadians are using those services more often, averaging 11.1 visits in 2016, compared to fewer than nine visits a year in both 2006 and 1997. In total, Canadians spent $8.8 billion on complementary and alternative medicines and therapies last year, up from $8 billion (inflation adjusted) in 2006.
The majority of respondents — 58 per cent — support paying for alternative treatments privately and don’t want them included in provincial health plans. Support for private payment is even highest (at 69 per cent) among 35- to 44-year-olds. “Complementary and alternative therapies play an increasingly important role in Canadians’ overall health care, but policy makers should not see this as an invitation to expand government coverage — the majority of Canadians believe alternative therapies should be paid for privately,” Esmail said.
This seems to be a good survey, and it offers a host of interesting information. Yet, it also leaves many pertinent questions unanswered. The most important one might be WHY?
Why are so many people trying treatments which clearly are unproven or disproven?
Enthusiasts would obviously say this is because they are useful in some way. I would, however, point out that the true reason might well be that consumers are systematically mislead about the value of alternative therapies, as I have shown on this blog so many times.
Nevertheless, this seems to be a good survey – there are hundreds, if not thousands of surveys in the realm of alternative medicine which are of such deplorable quality that they do not deserve to be published at all – but even with a relatively good survey, we need to be cautious. For instance, I have no difficulty designing a questionnaire that would guarantee a result of 100% prevalence of alternative medicine usage. All I would need to do is to include the following two questions:
- Have you ever used plant-based products for your well-being or comfort?
- Have you ever prayed while being ill?
Drinking a cup of tea would already have to prompt a positive reply to the 1st question. And if you answer yes to the 2nd question, it would be interpreted as using prayer as a therapy.
I think, I rest my case.
The question whether spinal manipulative therapy (SMT) is effective for acute low back pain is still discussed controversially. Chiropractors (they use SMT more regularly than other professionals) try everything to make us believe it does work, while the evidence is far less certain. Therefore, it is worth considering the best and most up-to-date data.
The aim of this paper was to systematically review studies of the effectiveness and harms of SMT for acute (≤6 weeks) low back pain. The research question was straight forward: Is the use of SMT in the management of acute (≤6 weeks) low back pain associated with improvements in pain or function?
A through literature search was conducted to locate all relevant papers. Study quality was assessed using the Cochrane Back and Neck (CBN) Risk of Bias tool. The evidence was assessed using the Grading of Recommendations Assessment, Development, and Evaluation (GRADE) criteria. The main outcome measures were pain (measured by either the 100-mm visual analog scale, 11-point numeric rating scale, or other numeric pain scale), function (measured by the 24-point Roland Morris Disability Questionnaire or Oswestry Disability Index [range, 0-100]), or any harms measured within 6 weeks.
Of 26 eligible RCTs identified, 15 RCTs (1711 patients) provided moderate-quality evidence that SMT has a statistically significant association with improvements in pain (pooled mean improvement in the 100-mm visual analog pain scale, −9.95 [95% CI, −15.6 to −4.3]). Twelve RCTs (1381 patients) produced moderate-quality evidence that SMT has a statistically significant association with improvements in function (pooled mean effect size, −0.39 [95% CI, −0.71 to −0.07]). Heterogeneity was not explained by type of clinician performing SMT, type of manipulation, study quality, or whether SMT was given alone or as part of a package of therapies. No RCT reported any serious adverse event. Minor transient adverse events such as increased pain, muscle stiffness, and headache were reported 50% to 67% of the time in large case series of patients treated with SMT.
The authors concluded that among patients with acute low back pain, spinal manipulative therapy was associated with modest improvements in pain and function at up to 6 weeks, with transient minor musculoskeletal harms. However, heterogeneity in study results was large.
This meta-analysis has been celebrated by chiropractors around the world as a triumph for their hallmark therapy, SMT. But there have also been more cautionary voices – not least from the lead author of the paper. Patients undergoing spinal manipulation experienced a decline of 1 point in their pain rating, says Dr. Paul Shekelle, an internist with the West Los Angeles Veterans Affairs Medical Center and the Rand Corporation who headed the study. That’s about the same amount of pain relief as from NSAIDs, over-the-counter nonsteroidal anti-inflammatory medication, such as ibuprofen. The study also found spinal manipulation modestly improved function. On average, patients reported greater ease and comfort engaging in two day-to-day activities — such as finding they could walk more quickly, were having less difficulty turning over in bed or were sleeping more soundly.
It’s not clear exactly how spinal manipulation relieves back pain. But it may reposition the small joints in the spine in a way that causes less pain, according to Dr. Richard Deyo, an internist and professor of evidence-based medicine at the Oregon Health and Science University. Deyo wrote an editorial published along with the study. Another possibility, Deyo says, is that spinal manipulation may restore some material in the disk between the vertebrae, or it may simply relax muscles, which could be important. There may also be mind-body interaction that comes from the “laying of hands” or a trusting relationship between patients and their health care provider, he says.
Deyo notes that there are many possible treatments for lower back pain, including oral medicine, injected medicine, corsets, traction, surgery, acupuncture and massage therapy. But of about 200 treatment options, “no single treatment is clearly superior,” he says.
In another comment by Paul Ingraham the critical tone was much clearer: “Claiming it as a victory is one of the best examples I’ve ever seen of making lemonade out of science lemons! But I can understand the mistake, because the review itself does seem positive at first glance: the benefits of SMT are disingenuously summarized as “statistically significant” in the abstract, with no mention of clinical significance (effect size; see Statistical Significance Abuse). So the abstract sounds like good news to anyone but the most wary readers, while deep in the main text the same results are eventually conceded to be “clinically modest.” But even even that seems excessively generous: personally, I need at least a 2-point improvement in pain on a scale of 10 to consider it a “modest” improvement! This is not a clearly positive review: it shows weak evidence of minor efficacy, based on “significant unexplained heterogeneity” in the results. That is, the results were all over the place — but without any impressive benefits reported by any study — and the mixture can’t be explained by any obvious, measurable factor. This probably means there’s just a lot of noise in the data, too many things that are at least as influential as the treatment itself. Or — more optimistically — it could mean that SMT is “just” disappointingly mediocre on average, but might have more potent benefits in a minority of cases (that no one seems to be able to reliably identify). Far from being good news, this review continues a strong trend (eg Rubinstein 2012) of damning SMT with faint praise, and also adds evidence of backfiring to mix. Although fortunately “no RCT reported any serious adverse event,” it seems that minor harms were legion: “increased pain, muscle stiffness, and headache were reported 50% to 67% of the time in large case series of patients treated with SMT.” That’s a lot of undesirable outcomes. So the average patient has a roughly fifty-fifty chance of up to roughly maybe a 20% improvement… or feeling worse to some unknown degree! That does not sound like a good deal to me. It certainly doesn’t sound like good medicine.”
END OF QUOTE
As I have made clear in many previous posts, I do fully agree with these latter statements and would add just three points:
- We know that many of the SMT studies completely neglect reporting adverse effects. Therefore it is hardly surprising that no serious complications were on record. Yet, we know that they do occur with sad regularity.
- None of the studies controlled for placebo effects. It is therefore possible – I would say even likely – that a large chunk of the observed benefit is not due to SMT per se but to a placebo response.
- It seems more than questionable whether the benefits of SMT outweigh its risks.
The aim of this paper was to systematically review surveys of 12-month prevalence of homeopathy use by the general population worldwide. Studies were identified via database searches to October 2015. Study quality was assessed using a six-item tool. All estimates were in the context of a survey which also reported prevalence of any complementary and alternative medicine use. A total of 36 surveys were included. Of these, 67% met four of six quality criteria.
Twelve-month prevalence of treatment by a homeopath was reported in 24 surveys of adults (median 1.5%, range 0.2–8.2%). Estimates for children were similar to those for adults. Rates in the USA, UK, Australia and Canada all ranged from 0.2% to 2.9% and remained stable over the years surveyed (1986–2012). Twelve-month prevalence of all use of homeopathy (purchase of over-the-counter homeopathic medicines and treatment by a homeopath) was reported in 10 surveys of adults (median 3.9%, range 0.7–9.8%) while a further 11 surveys which did not define the type of homeopathy use reported similar data. Rates in the USA and Australia ranged from 1.7% to 4.4% and remained stable over the years surveyed. The highest use was reported by a survey in Switzerland where homeopathy is covered by mandatory health insurance.
The authors concluded that each year a small but significant percentage of these general populations use homeopathy. This includes visits to homeopaths as well as purchase of over-the-counter homeopathic medicines.
These data thus indicate that the percentage of the adult general population using homeopathy over the previous 12 months was in the range of 0.7–9.8%, with a median estimate of 3.9%, and the percentage accessing treatment by a homeopath over the previous 12 months was in the range of 0.2–8.2%, with a median estimate of 1.5%. The data also suggest that, over the last few decades, use of homeopathy has remained fairly stable. These facts are in sharp contrast to the claims by homeopaths that:
- Homeopathy is hugely popular.
- Homeopathy is being used by more and more people across the globe.
- Homeopathy is the medicine of the future.
The well-documented and undeniable unpopularity of homeopathy begs the question, I think, why so many people seem to get so excited about homeopathy. The level of usage is nothing to write home about! Therefore, why don’t we just put it down to an aberration like believing the earth is flat? Why don’t we just concede that some minor, harmless stupidity will always exist in some people’s minds?
Here are some reasons why:
- It is not about the amount of people using homeopathy, but about the principle that any of the increasingly scarce public funds for healthcare are wasted on something as irrational and useless as homeopathy.
- Homeopathy makes a mockery of EBM.
- Homeopathy and homeopaths are by no means harmless.
- Homeopaths tell too many lies to be allowed to get away with them.
- Homeopathy and its followers systematically undermine rational thought.
The aim of this pragmatic study was “to investigate the effectiveness of acupuncture in addition to routine care in patients with allergic asthma compared to treatment with routine care alone.”
Patients with allergic asthma were included in a controlled trial and randomized to receive up to 15 acupuncture sessions over 3 months plus routine care, or to a control group receiving routine care alone. Patients who did not consent to randomization received acupuncture treatment for the first 3 months and were followed as a cohort. All trial patients were allowed to receive routine care in addition to study treatment. The primary endpoint was the asthma quality of life questionnaire (AQLQ, range: 1–7) at 3 months. Secondary endpoints included general health related to quality of life (Short-Form-36, SF-36, range 0–100). Outcome parameters were assessed at baseline and at 3 and 6 months.
A total of 1,445 patients were randomized and included in the analysis (184 patients randomized to acupuncture plus routine care and 173 to routine care alone, and 1,088 in the nonrandomized acupuncture plus routine care group). In the randomized part, acupuncture was associated with an improvement in the AQLQ score compared to the control group (difference acupuncture vs. control group 0.7 [95% confidence interval (CI) 0.5–1.0]) as well as in the physical component scale and the mental component scale of the SF-36 (physical: 2.5 [1.0–4.0]; mental 4.0 [2.1–6.0]) after 3 months. Treatment success was maintained throughout 6 months. Patients not consenting to randomization showed similar improvements as the randomized acupuncture group.
The authors concluded that in patients with allergic asthma, additional acupuncture treatment to routine care was associated with increased disease-specific and health-related quality of life compared to treatment with routine care alone.
We have been over this so many times (see for instance here, here and here) that I am almost a little embarrassed to explain it again: it is fairly easy to design an RCT such that it can only produce a positive result. The currently most popular way to achieve this aim in alternative medicine research is to do a ‘A+B versus B’ study, where A = the experimental treatment, and B = routine care. As A always amounts to more than nothing – in the above trial acupuncture would have placebo effects and the extra attention would also amount to something – A+B must always be more than B alone. The easiest way of thinking of this is to imagine that A and B are both finite amounts of money; everyone can understand that A+B must always be more than B!
Why then do acupuncture researchers not get the point? Are they that stupid? I happen to know some of the authors of the above paper personally, and I can assure you, they are not stupid!
I am afraid there is only one reason I can think of: they know perfectly well that such an RCT can only produce a positive finding, and precisely that is their reason for conducting such a study. In other words, they are not using science to test a hypothesis, they deliberately abuse it to promote their pet therapy or hypothesis.
As I stated above, it is fairly easy to design an RCT such that it can only produce a positive result. Yet, it is arguably also unethical, perhaps even fraudulent, to do this. In my view, such RCTs amount to pseudoscience and scientific misconduct.
Guest post by Frank Van der Kooy
The BlueBoxTM homeopathic remedy kit, produced by Pegasus Homeopathics, contains 28 easy-to-use remedies for the treatment of just about everything, and therefore; “The BlueBox™ is a must have for every home”. Their marketing strategy is focussed on children and on the ease-of-mind of their parents, with Pegasus telling us that it: “Treats the whole family from infants to the elderly; Safe for babies as well as pregnant and breast feeding mums; Readily taken by children, no alcohol or nasty-tasting syrups; Can’t overdose – even if a child swallows the contents of a bottle it’s the same as one dose.” One of the 28 remedies in this kit is called Anti-virabac 200C, described as a; “natural antibiotic, safe for those allergic to penicillin. Indications: A homeopathic ‘antibiotic’ for use in viral and bacterial infections, that is best implemented at the earliest stage of the infection. Safe for use in penicillin-allergic individuals.”
There is a lot wrong with this, but let’s just focus on what this remedy contains. It is a mixture of nine homeopathic remedies, including Belladonna 200C and Gunpowder 30C, with the purpose of the latter being; “Localises the infection preventing deeper penetration into tissues.” The 200C and 30C indicates that these substances have been diluted by a factor of 10400 and 1060 respectively, and consequently neither contain a single molecule of the original substance. This might be a good thing, especially for Belladonna which is a highly poisonous herb, and something that you definitely do not want to give to your children. Incorrectly diluted Belladonna (in a different homeopathic remedy) has recently been implicated in the deaths of ten infants in the US. As for the Gunpowder 30C, well, some homeopaths are known for diluting the Berlin Wall for the treatment of depression, and a whole host of other conditions, so why not gunpowder?
But let’s step into the mind of a homeopath, and try and explain the logic behind the Gunpowder 30C. Here goes: Gunpowder is used to fire a bullet which will, depending on the entry location,, cause serious harm or death. If you are only wounded, the wound can become infected, the infection might spread throughout your body, and eventually you may die. Using the homeopathic principle of ‘like-cures-like’, it therefore ‘stands to reason’ that when you dilute gunpowder, by a factor of 1060, it will localise and prevent the infection from spreading any further. Because the underlined words look alike, it is irrefutable scientific evidence that Gunpowder 30C is a remarkably effective remedy. I am however only guessing here, but it is clear that the amount of science involved is truly mindboggling (any homeopath reading this, please correct me if I am wrong). A quick search reveals that homeopathic gunpowder is more commonly used for the treatment of septic wounds in people and animals, which I guess, makes more sense in a homeopathic sort of way.
Let’s say that I do not have any scientific background and that I’ve decided to buy the BlueBoxTM. Before coming to this decision, I’ve spoken to a homeopath (a specialist), I’ve discussed it with the extremely helpful people at the pharmacy, I’ve read all the info on the website of Pegasus (the producers), and I’ve even gone as far as to read the lengthy WHO report, which recommends that homeopathy should be integrated with conventional healthcare. All-in-all, it paints a very positive picture and I, and many others, will feel confident in the safety and effectiveness of this product. And hence, I will happily give these remedies to my children. Why not?
But what now if my young child die, due to an infection that I’ve treated with anti-virabac 200C? The infection worsened very quickly, within 48 hours, and upon hospitalisation it was already too late to save his life. At the end of the day, this remedy contains nothing other than the diluent, and will do absolutely nothing against any infection. A fact that is reflected in the Australian NHMRC homeopathy report, where they clearly state that: “People who choose homeopathy may put their health at risk if they reject or delay treatments for which there is good evidence for safety and effectiveness.” Tragically, this happens quite often, with an unknown number of people dying because they have chosen ineffective homeopathic remedies. Gunpowder 30C for the treatment of infectious diseases and/or septic wounds, really? The number of victims is unknown because the BlueBoxTM, and all other homeopathic remedies, are bought over-the-counter. There is no paper trail and hence no system in place to document ‘adverse events’. So, if you or your child dies, the cause of death will simply read infectious disease or septic wound – and that will probably be the end of it.
Who is to blame for this situation? The homeopath, pharmacist and all other role players are legally doing what they are doing. They are allowed to sell you water as a treatment for many different medical conditions. You, on the other hand, as a parent who’s child died because of these ineffective remedies, can however be taken to court and you might even be send to jail – and this is the ‘Homeopathy Paradox’.
This is also where the important role of Vice Chancellors (VC) come into play. They are instrumental in deciding on what path science will take in a specific country. Their role is becoming more important, especially in light of some politicians nowadays resorting to all kinds of alternative facts. Take someone like Prof Barney Glover, VC of Western Sydney University (WSU), and also the current Chair of ‘Universities Australia – The Voice of Australia’s Universities’. He has influence over the whole scientific landscape in Australia, and quite recently gave a very good speech at the National Press Club, about the necessity and importance for universities to stand up for facts and the truth, because nobody else will. This is very encouraging but, unfortunately, very misleading.
Prof Glover was notified in 2015, that he should urgently investigate the National Institute of Complementary Medicine (NICM), because of their continued (in)direct support of homeopathy and many other disproven complementary medicines. For example: the NICM had a big influence in compiling the WHO report, calling for the better integration of homeopathy (implying that it is an effective healthcare system) with conventional healthcare, and by way of their extended network, has tried to discredit and destroy the NHMRC report on homeopathy. Their incorrect and misleading response to the NHMRC report is now being used by homeopaths, all over the world, to continue to mislead the public regarding the effectiveness of homeopathy.
Unfortunately, neither the VC nor anyone else in WSU’s management has yet taken the very important step of standing up for science. Therefore the VC, and others, were nominated for the Bent Spoon Award in 2016. A nomination that they tried to block, but after independent review, did not manage to do so. VC’s that do not stand up for science can therefore have a far-reaching impact, such as convincing me, who live on the other side of the world, to buy the BlueBoxTM, which in turn, might lead to my child’s death. Let’s call it the ‘butterfly effect’, with a ‘minor’ act (allowing pseudoscience at their university) on one side of the world, causing a lot of carnage on the other side of the world, or the world over.
(The reason for WSUs refusal to investigate the NICM seems to be as simple as increasing their external income. And it works, because quite recently the controversial supplement company Blackmores donated $10 million, and a year or so ago, the extremely controversial organisation, the Jacka Foundation, donated $4 million. These numbers appear to be enough for WSU to continue to hold their hand of protection over the NICM).
WSU is by no means the only university that has put money before science and ethics. Take for example the University of Johannesburg (UJ) who has a ‘Department of Homeopathy’ (they featured on this Blog before – see for instance here). A couple of days ago I emailed the Dept. of Homeopathy, asking for advice regarding homeopathic malaria remedies for my 6yo son before we travel to the Kruger park. They advised me that they do not sell it themselves, but that I should contact a specific pharmacy and ask for….wait for it….a banned herbal remedy and for homeopathic antimalarial drops – the latter, of course, does not contain anything other than solvent. This advice comes straight from a University, and although this issue is still unfolding, I am hopeful to have more luck with UJ’s VC – but I am not holding my breath. So, if you happen to work at any one of these two universities, could you kindly forward this article to your VC? For what it is worth.
CBC news (Canada) reported yesterday that, more than a decade ago, the Manitoba Chiropractic Health Care Commission had been tasked to review the cost effectiveness of chiropractic services. It therefore prepared a report in 2004 for the Manitoba province and the Manitoba Chiropractors Association. Since then, this report has been kept secret. The report makes 37 recommendations, including:
- Manitoba Health should limit its funding to “chiropractic treatment of acute lower back pain.”
- Manitoba Health should provide “limited coverage of the treatment of neck pain.” The report called the literature around the efficacy of chiropractic care for neck pain “ambiguous or at best weakly supportive” and noted such treatment carried a “not insignificant safety risk.”
- Manitoba Health should not fund chiropractic treatment anyone under 18 “as the literature does not unequivocally justify” the “efficacy or safety” of such treatment.
A Manitoba Ombudsman’s Office report from 2012 might shed some light on why the Manitoba Chiropractic Health Care Commission’s report was never made public. Someone had attempted to get a copy of the report, but large parts of it were redacted. “Access to this record was refused on the basis that disclosure would be harmful to a third party’s business interest,” the ombudsman report notes, “and harm the economic or financial interests or negotiating position of a public body.”
The report also challenged claims that chiropractic treatments can be address a wide variety of medical conditions. It stated that there was not enough evidence to conclude chiropractic treatments are effective in treating muscle tension, migraines, HIV, carpal tunnel syndrome, gastrointestinal problems, infertility or cancer, or as a preventive care treatment. It also said there was not enough evidence to conclude chiropractic treatments are effective for children.
The report urged Manitoba Health to establish a monitoring system to keep a closer eye on “the advertising practices of the Manitoba Chiropractors Association and its members to ensure claims regarding treatments are restricted to those for which proof of efficacy and safety exist.” It suggested the government should have regulatory powers over chiropractic ads.
A recent CBC I-Team investigation found Manitoba chiropractors advertising treatment for a wide range of conditions including Alzheimer’s, autism and pediatric services. The commission report contained sharp criticisms of previous reports that suggested funding chiropractic care could save the health-care system money. Dr. Pranlal Manga authored two widely cited reports which claim that by offering publicly funded chiropractic care, provinces can cut health-care costs. “The Manga study on Manitoba must be rejected as a guide to public policy,” the commission report states, “because its assumptions, methodology and costing of recommendations are all deeply flawed.” The reports states, “What limited evidence the Commission has suggests he [Manga] grossly exaggerates possible medical savings.” Dr. Manga did not respond to CBC’s repeated attempts to contact him.
The commission report also made recommendations around the use of X-ray machines by chiropractors. It suggested chiropractors not own and operate X-ray machines “Given the restrictive conditions under which X-rays are advisable, their poor correlation with low-back problems, their apparent limitation as a guide to appropriate treatment …[and] the apparent complete lack of monitoring [of] the use of X-ray by chiropractors.” Instead, it recommended consulting with radiologists when imaging is deemed necessary. “The Commission is of the view that the public interest, and even chiropractic itself, would be better served if chiropractors had access to radiologists for this service, rather than perform it themselves,” the report said.
All three report authors declined comment. Calls to Dave Chomiak, who was health minister at the time the report was prepared, were not returned. In an email to CBC, Manitoba Chiropractors Association president Perry Taylor said, “I personally have never seen this 13-year-old document and [it] pre-dates my time as President. As such I have no comment on this.” The CBC I-Team offered to go through the report with Taylor but he did not respond.
This report seems to confirm much of what we have discussed repeatedly on this blog: Chiropractic is not nearly as effective and safe as chiropractors try to make us believe. To hide this fact is certainly dishonest and unethical, but it is in some ways understandable: this knowledge would directly threaten the income of most chiropractors.
Yesterday I commented on another post: “the conflict of interest seems obvious: if homeopaths speak the truth, they are out of business. therefore, they are taught untruths from the first day of their training and eventually end up believing them. there is only one solution, as far as I can see: regulators must prevent them from making false claims. if not, this will go on for another 200 years and damage many patients’ health”. In the light of the above report, I will now re-phrase this: the conflict of interest seems obvious: if chiropractors allowed the truth to be known, they would soon be out of business. Therefore, they are taught untruths from the first day of their training and many end up believing them. There is only one solution, as far as I can see: regulators must prevent chiropractors from making false claims. If not, this abuse will go on for another 120 years and damage many patients’ health.
Charlotte Leboeuf-Yde, DC,MPH,PhD, is professor in Clinical Biomechanics at the University of Southern Denmark and works at the French-European Institute of Chiropractic in Paris. She is a chiropractor with extensive research experience, for example, she was one of the first chiropractors to have studied adverse reactions of spinal manipulation.
Charlotte certainly knows a thing or two about adverse effects of spinal manipulation, and I have always found her work interesting. Therefore, I was delighted to find a recent blog post where she discussed the Cassidy study of 2008 and two opposed views on the validity of this much-discussed paper.
One team (Paulus &Thaler) argued, Charlotte explained, that the Cassidy case-control study is faulty, because vertebro-basilar stroke in general was not separated from stroke specifically caused by vertebral artery dissections, the presumed culprit in cervical spinal manipulation. According to Paulus & Thaler, this would potentially result in a dilution of ‘real’ manipulative-related strokes among all other causes of stroke that are much more common. They argue that the Cassidy-analyses therefore were polluted by this misclassification, whereas the other team (Murphy et al) vehemently disagrees.
The final word is clearly not yet pronounced on this issue, Charlotte concluded, and both teams agree that research has to address various methodological challenges to obtain a trustable answer. Nevertheless, without an international collaboration involving prospective cases this seems an almost impossible task, particularly in view of the rarity of the condition; problems in capturing all cases (going from the reversible to the permanent injuries); the likely large anatomical and physiological variations between individuals; and the daunting task of obtaining relevant and precise descriptions of treatments from a multitude of practitioners.
In the meantime, Charlotte concluded, “practitioners and patients have to make a decision, similarly to judging risk in other walks of life, such as, should I take the plane or stay at home?”
I have always thought highly of Charlotte’s work, however, her conclusion made me doubt whether my high opinion of her reasoning was justified.
Should I take the plane or stay at home?
This question is not remotely similar to the question “should I have chiropractic upper neck manipulation or not?”
Here are a the two main reasons why:
- Taking the plane of demonstrably effective in transporting you from A to B, while neck manipulation is not demonstrably effective for anything.
- If you want to go from A to B [assuming B is far way], you need to fly. If you have neck pain or other symptoms, you can employ plenty of therapies other than neck manipulations.
Charlotte Leboeuf-Yde, DC,MPH,PhD, may be a professor in Clinical Biomechanics etc., etc., however, logical and critical thinking do not seem to be her forte.
So, how should we deal with the risks of chiropractic neck manipulations? I think, we should deal with them as responsible healthcare professionals deal with any other suspected therapeutic risks: we must ask whether the known risks of the treatment outweigh the known benefits (as they do with spinal manipulation). If that is so, we have an ethical, legal and moral duty not to employ the therapy in question in routine care. At the same time, we must focus or research efforts on producing full clarity about the open questions. It’s called the precautionary principle!