I find it always nice to see that people appreciate my work. Yet sometimes I am a little surprised to realise what some commercially interested firms make of it. Recently I came across a website that proudly used my research for advertising the use of magnetic bracelets against pain. Here is the text in question:
The extra strong magnets make this magnetic bracelet the fastest acting pain reliever. While wearing this magnetic bracelet customers with wrist and hand pain report significant pain relief….
What is a magnetic bracelet and what are the benefits? Magnetic bracelets are a piece of jewelry, worn for the therapeutic benefits of the magnetic field. Magnetic bracelets has been used successfully by many people for pain relief of inflammatory conditions such as arthritis, tendinitis and bursitis.
A randomized, placebo controlled trial with three parallel groups, came to the conclusion : Pain from osteoarthritis of the hip and knee decreases when wearing magnetic bracelets. It is uncertain whether this response is due to specific or non-specific (placebo) effects. Tim Harlow, general practitioner, Colin Greaves, research fellow, Adrian White, senior research fellow, Liz Brown, research assistant, Anna Hart, statistician, Edzard Ernst, professor of complementary medicine.
The entrepreneurs seem to have forgotten a few things which we tried to make clear in our paper:
- this article was published in the Christmas issue of the BMJ which specialises in publishing unusual and odd findings with a high entertainment value,
- in our paper, we point out that “the contamination of group B with stronger magnets prevented a more objective estimation of any-placebo effect”,
- and stressed that “there were problems with the weak magnets”,
- and that “a per-specification analysis suggested (but could not confirm) a specific effect of magnetic bracelets over and above placebo”.
Most importantly, this was just one trial, and surely one swallow does not make a summer! We should always consider the totality of the reliable evidence. Being conscientious researchers, at the time, we did exactly that and conducted a systematic review. Here is the abstract in its full beauty:
Static magnets are marketed with claims of effectiveness for reducing pain, although evidence of scientific principles or biological mechanisms to support such claims is limited. We performed a systematic review and meta-analysis to assess the clinical evidence from randomized trials of static magnets for treating pain.
Systematic literature searches were conducted from inception to March 2007 for the following data sources: MEDLINE, EMBASE, AMED (Allied and Complementary Medicine Database), CINAHL, Scopus, the Cochrane Library and the UK National Research Register. All randomized clinical trials of static magnets for treating pain from any cause were considered. Trials were included only if they involved a placebo control or a weak magnet as the control, with pain as an outcome measure. The mean change in pain, as measured on a 100-mm visual analogue scale, was defined as the primary outcome and was used to assess the difference between static magnets and placebo.
Twenty-nine potentially relevant trials were identified. Nine randomized placebo-controlled trials assessing pain with a visual analogue scale were included in the main meta-analysis; analysis of these trials suggested no significant difference in pain reduction (weighted mean difference [on a 100-mm visual analogue scale] 2.1 mm, 95% confidence interval -1.8 to 5.9 mm, p = 0.29). This result was corroborated by sensitivity analyses excluding trials of acute effects and conditions other than musculoskeletal conditions. Analysis of trials that assessed pain with different scales suggested significant heterogeneity among the trials, which means that pooling these data is unreliable.
The evidence does not support the use of static magnets for pain relief, and therefore magnets cannot be recommended as an effective treatment. For osteoarthritis, the evidence is insufficient to exclude a clinically important benefit, which creates an opportunity for further investigation.
So, would I, on the basis of the current best evidence, recommend magnetic bracelets to people who suffer from pain? No! In my view, only charlatans would do such a thing.
In the early 1920s, a French physician thought he had discovered the virus that caused the Spanish flu. It oscillated under his microscope, and he thus called it oscillococcus. Not only did it cause the flu, in the opinion of his discoverer, but it was also responsible for a whole host of other diseases, including cancer. In fact, the virus does not exist, or at least nobody ever confirmed it existed, but that fact did not stop our good doctor to make a homeopathic remedy from it which he thought would cure all these diseases. His remedy, Oscillococcinum, is made from the liver and heart of a duck because the imaginative inventor believed that the fictitious virus was present in these organs of this animal.
To understand all this fully, one needs to know that the duck organs are so highly diluted that no molecule of the duck is present in the remedy. It is sold in the C200 potency. This means that one part of organ extract is diluted 1: 10 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 (a note to Boiron’s legal team: I had a hell of a time getting all these zeros right; in case, I got it wrong after all, it is an honest error – please do not sue me for it!). The dilution is so extreme that it amounts to a single molecule per a multitude of universes.
Given these facts it seems unlikely that the remedy has any effects on human health which go beyond those of a placebo. Let’s see what the current Cochrane review says about its effectiveness: There is insufficient good evidence to enable robust conclusions to be made about Oscillococcinum(®) in the prevention or treatment of influenza and influenza-like illness. Our findings do not rule out the possibility that Oscillococcinum(®) could have a clinically useful treatment effect but, given the low quality of the eligible studies, the evidence is not compelling. There was no evidence of clinically important harms due to Oscillococcinum(®).
Considering that the first author of this review works for the British Homeopathic Association and the senior author is the homeopath of the Queen, this seems a pretty clear statement, don’t you think?
Regardless of the scientific evidence, Oscillococcinum made of ‘Anas Barbariae Hepatis et Cordis Extractum‘, as it is officially called, became a homeopathic best-seller. In the US alone Boiron, the manufacturer, is said to sell US$ 15 m per year of this product. Not only that, in France, where the remedy is a popular medicine sold in virtually all pharmacies and often recommended as soon as you walk into a pharmacy, it is hard to find anyone who does not swear by the ‘potentized‘ duck or is willing to discuss its merits critically.
The amazing duck, it seems, has turned into a ‘holy cow’.
If we search on ‘Medline’ for ‘complementary alternative medicine’ (CAM), we currently get about 13000 hits. A little graph on the side of the page demonstrates that, during the last 4 years, the number of articles on this subject has grown exponentially.
Surely, this must be very good news: such intense research activity will soon tell us exactly which alternative treatments work for which conditions and which don’t.
I beg to differ. Let me explain why.
The same ‘Medline’ search informs us that the majority of the recent articles were published in an open access journal called ‘Evidence-Based Complementary and Alternative Medicine’ (eCAM). For example, of the 80 most recent articles listed in Medline (on 26/5/2014), 53 came from that journal. The publication frequency of eCAM and its increase in recent years beggars belief: in 2011, they published just over 500 articles which is already a high number, but, in 2012, the figure had risen to >800, and in 2013 it was >1300 (the equivalent 2013 figure for the BMJ/BMJ Open by comparison is 4, and that for another alt med journal, e.g. Forsch Komplement, is 10)
How do they do it? How can eCAM be so dominant in publishing alt med research? The trick seems to be fairly simple.
Let’s assume you are an alt med researcher and you have an article that you would like to see published. Once you submit it to eCAM, your paper is sent to one of the ~150 members of the editorial board. These people are almost all strong proponents of alternative medicine; critics are a true rarity in this group. At this stage, you are able to suggest the peer reviewers for your submission (all who ever accepted this task are listed on the website; they amount to several thousand!), and it seems that, with the vast majority of submissions, the authors’ suggestions are being followed.
It goes without saying that most researchers suggest colleagues for peer reviewing who are not going to reject their work (the motto seems to be “if you pass my paper, I will pass yours). Therefore even faily flimsy bits of research pass this peer review process and get quickly published online in eCAM.
This process explains a lot, I think: 1) the extraordinarily high number of articles published 2) why currently more than 50% of all alt med research originate from eCAM 3) why so much of it is utter rubbish.
Even the mere titles of some of the articles might demonstrate my point. A few examples have to suffice:
- Color distribution differences in the tongue in sleep disorder
- Wen-dan decoction improves negative emotions in sleep-deprived rats by regulating orexin-a and leptin expression.
- Yiqi Huoxue Recipe Improves Heart Function through Inhibiting Apoptosis Related to Endoplasmic Reticulum Stress in Myocardial Infarction Model of Rats.
- Protective Effects of Bu-Shen-Huo-Xue Formula against 5/6 Nephrectomy-Induced Chronic Renal Failure in Rats
- Effects and Mechanisms of Complementary and Alternative Medicine during the Reproductive Process
- Evidence-based medicinal plants for modern chronic diseases
- Transforming Pain into Beauty: On Art, Healing, and Care for the Spirit
This system of uncritical peer review and fast online publication seems to suit many of the people involved in this process: the journal’s owners are laughing all the way to the bank; there is a publication charge of US$ 2000 per article, and, in 2013, the income of eCAM must therefore have been well over US$2 000 000. The researchers are equally delighted; they get even their flimsiest papers published (remember: ‘publish or perish’!). And the evangelic believers in alternative medicine are pleased because they can now claim that their field is highly research-active and that there is plenty of evidence to support the use of this or that therapy.
But there are others who are not served well by eCAM habit of publishing irrelevant, low quality articles:
- professionals who would like to advance health care and want to see reliable evidence as to which treatments work and which don’t,
- the public who, in one way or another, pay for all this and might assume that published research tends to be relevant and reliable,
- the patients who have given their time to researchers in the hope that their gift will improve health care,
- ill individuals who hope that alternative treatments might relieve their suffering,
- politicians who rely on research to be reliable in order to arrive at the right decisions.
Come to think of it, the vast majority of people should be less than enchanted with eCAM and similar journals.
Auricular acupuncture (AA), according to the ‘COLLEGE OF AURICULAR ACUPUNCTURE’, has its origins in Modern Europe. In 1957 Dr. Paul Nogier, a neurologist from Lyons in France, observed a locum doctor treating sciatica by cauterizing an area of the ear. This prompted extensive research culminating in the development of the somatopic correspondence of specific parts of the body to the ear based upon the concept of an inverted foetus. Dr. Nogier believed that pain and other symptoms in the body could be alleviated by needling, massaging or electronically stimulating the corresponding region of the ear. Auricular Acupuncture is a specialized complementary therapy where acupuncture points on the outer ear are treated, using either needles or acupunctoscopes (electrical location and stimulation machines) to help relieve many chronic complaints. There are over 200 acupuncture points on the ear, each point named after an area of our anatomy. The outer ear acts like a switchboard to the brain. Each acupuncture point being treated, triggers electrical impulses from the ear via the brain, to the specific part of the body being treated.
Sounds odd? Well, that’s because it is odd!
But just because something is odd does not mean it is ineffective – so, what does the reliable evidence tell us? Here are some conclusions from systematic reviews:
All of these analyses point out that the quality of the studies is usually very poor, and stress that more and better research is required. It is therefore interesting to note that a new study has just been published. Perhaps it could settle the question about the effectiveness of AA?
The aim of this study was 1) to evaluate whether auricular acupuncture effective for reducing health care provider stress and anxiety and 2) to determine, if auricular acupuncture impacts provider capacity for developing caring relationships with patients. Pre-intervention and post-intervention surveys were evaluated to see, if auricular acupuncture was associated with changes in State-Trait Anxiety Inventory (STAI), Professional Quality of Life, and Caring Ability Inventory scores. The results indicate that, compared with baseline, participants had a significant reduction in state anxiety (STAI), trait anxiety (STAI), burnout, and secondary traumatic stress scores (Professional Quality of Life). Significant increases were noted in courage and patience, two dimensions of the Caring Ability Inventory.
From these findings, the authors conclude that auricular acupuncture is an effective intervention for the relief of stress/anxiety in providers and supports heightened capacity for caring.
Sounds odd again? Yes, because it is odd!
I would argue that a study of any controversial therapy that has already been tested repeatedly in poor quality trials must have sufficient scientific rigor to advance the field of inquiry. If it does not fulfil this criterion, it is quite simply not ethical. The new study does not even have a control group; we can therefore not begin to tell whether the observed outcomes were due to non-specific effects, the natural history of the condition or regression towards the mean (to mention but a few of the possible sources of bias). To conclude that AA is ‘an effective intervention’ is therefore utterly barmy.
All of this could be entirely trivial and inconsequential. I am afraid, however, that it is not. Alternative medicine is littered with such unethically flawed research conducted by naïve and clueless pseudo-scientists who arrive at outrageous conclusions. This relentless flow of false-positive findings misleads consumers, health care professionals, decision makers and everyone else to draw the wrong conclusions about bogus therapies. And, in the end, this sort of thing even does a grave disfavour to any branch of alternative medicine that might have some degree of respectability.
IT IS HIGH TIME THAT THIS NONSENSE STOPS! IT BORDERS ON SCIENTIFIC MISCONDUCT.
The fact that practitioners of alternative medicine frequently advise their patients against immunising their children has been documented repeatedly. In particular, doctors of anthroposophy, chiropractors and homeopaths are implicated in thus endangering public health. Less is known about naturopaths attitude in this respect. Now new data have emerged which confirm some of our worst fears.
This survey aimed at assessing the attitudes, education, and sources of knowledge surrounding childhood vaccinations of 560 students at National College of Natural Medicine in Portland, US. Students were asked about demographics, sources of information about childhood vaccines, differences between mainstream and CAM education on childhood vaccines, alternative vaccine schedules, adverse effects, perceived efficacy, and credibility of information sources.
A total of 109 students provided responses (19.4% response rate). All students surveyed learned about vaccinations in multiple courses and through independent study. The information sources employed had varying levels of credibility. Only 26% of the responding students planned on regularly prescribing or recommending vaccinations for their patients; 82% supported the general concept of vaccinations for prevention of infectious diseases.
The vast majority (96%) of those who might recommend vaccinations reported that they would only recommend a schedule that differed from the standard CDC-ACIP schedule.
Many respondents were concerned about vaccines being given too early (73%), too many vaccines administered simultaneously (70%), too many vaccines overall (59%), and about preservatives and adjuvants in vaccines (72%). About 40% believed that a healthy diet and lifestyle was more important for prevention of infectious diseases than vaccines. 90% admitted that they were more critical of vaccines than mainstream pediatricians, medical doctors, and medical students.
These results speak for themselves and leave me (almost) speechless. The response rate was truly dismal, and it is fair to assume that the non-responding students held even more offensive views on vaccination than their responding colleagues. The findings seem to indicate that naturopaths are systematically trained to become anti-vaxers who believe that their naturopathic treatments offer better protection than vaccines. They are thus depriving many of their patients of arguably the most successful means of disease prevention that exists today. To put it bluntly: naturopaths seem to be brain-washed into becoming a danger to public health.
Today, there are several dozens of journals publishing articles on alternative medicine. ‘The Journal of Alternative and Complementary Medicine’ is one of the best known, and it has one of the highest impact factors of them all. The current issue holds a few ‘gems’ which might be worthy of a comment or two. Here I have selected three articles reporting clinical studies, and I reproduce their abstracts (almost) in full (in italics) and add my comments (for clarity in bold). All the articles are available electronically, and I have provided the links for those who want to investigate beyond the abstracts.
STUDY No 1
The first ‘pilot study‘ was aimed to demonstrate the potential of auricular acupuncture (AAT) for insomnia in maintenance haemodialysis (MHD) patients and to prepare for a future randomized controlled trial.
Eligible patients were enrolled into this descriptive pilot study and received AAT designed to manage insomnia for 4 weeks. Questionnaires that used the Pittsburgh sleep quality index (PSQI) were completed at baseline, after a 4-week intervention, and 1 month after completion of treatment. Sleep quality and other clinical characteristics, including sleeping pills taken, were statistically compared between different time points.
A total of 22 patients were selected as eligible participants and completed the treatment and questionnaires. The mean global PSQI score was significantly decreased after AAT intervention (p<0.05). Participants reported improved sleep quality (p<0.01), shorter sleep latency (p<0.05), less sleep disturbance (p<0.01), and less daytime dysfunction (p=0.01). They also exhibited less dependency on sleep medications, indicated by the reduction in weekly estazolam consumption from 6.98±4.44 pills to 4.23±2.66 pills (p<0.01). However, these improvements were not preserved 1 month after treatment.
Conclusions: In this single-center pilot study, complementary AAT for MHD patients with severe insomnia was feasible and well tolerated and showed encouraging results for sleep quality.
In alternative medicine research, it has become far too common (almost generally accepted) to call a flimsy trial a ‘pilot study’. The authors give their game away by stating that, by conducting this trial, they want to ‘demonstrate the potential of AAT’. This is not a legitimate aim of research; science is for TESTING hypotheses, not for PROVING them!
The results of this trial show that patients experienced improvements after receiving AAT which, however, did not last. As there was no placebo control group, the most likely explanation for these outcomes would be that AAT generated a short-lasting placebo effect.
A sample size of 22 is, of course, far to small to allow any conclusions about the safety of the intervention. Despite these obvious facts, the authors seem convinced that AAT is both safe and effective.
STUDY No 2
The aim of the second study was to compare the therapeutic effect of Yamamoto new scalp acupuncture (YNSA), a recently developed microcupuncture system, with traditional acupuncture (TCA) for the prophylaxis and treatment of migraine headache.
In a randomized clinical trial, 80 patients with migraine headache were assigned to receive YNSA or TCA. A pain visual analogue scale (VAS) and migraine therapy assessment questionnaire (MTAQ) were completed before treatment, after 6 and 18 sections of treatment, and 1 month after completion of therapy.
All the recruited patients completed the study. Baseline characteristics were similar between the two groups. Frequency and severity of migraine attacks, nausea, the need for rescue treatment, and work absence rate decreased similarly in both groups. Recovery from headache and ability to continue daily activities 2 hours after medical treatment showed similar improvement in both groups (p>0.05).
Conclusions: Classic acupuncture and YNSA are similarly effective in the prophylaxis and treatment of migraine headache and may be considered as alternatives to pharmacotherapy.
This is what is technically called an ‘equivalence trial’, i.e. a study that compares an experimental treatment (YNSA) to one that is (assumed to be) effective. To demonstrate equivalence, such trials need to have large sample sizes, and this study is woefully underpowered. As it stands, the results show nothing meaningful at all; if anything, they suggest that both interventions were similarly useless.
STUDY No 3
The third study determined whether injection with hypertonic dextrose and morrhuate sodium (prolotherapy) using a pragmatic, clinically determined injection schedule for knee osteoarthritis (KOA) results in improved knee pain, function, and stiffness compared to baseline status.
The participants were 38 adults who had at least 3 months of symptomatic KOA and who were in the control groups of a prior prolotherapy randomized controlled trial (RCT) (Prior-Control), were ineligible for the RCT (Prior-Ineligible), or were eligible but declined the RCT (Prior-Declined).
The injection sessions at occurred at 1, 5, and 9 weeks with as-needed treatment at weeks 13 and 17. Extra-articular injections of 15% dextrose and 5% morrhuate sodium were done at peri-articular tendon and ligament insertions. A single intra-articular injection of 6 mL 25% dextrose was performed through an inferomedial approach.
The primary outcome measure was the validated Western Ontario McMaster University Osteoarthritis Index (WOMAC). The secondary outcome measure was the Knee Pain Scale and postprocedure opioid medication use and participant satisfaction.
The Prior-Declined group reported the most severe baseline WOMAC score (p=0.02). Compared to baseline status, participants in the Prior-Control group reported a score change of 12.4±3.5 points (19.5%, p=0.002). Prior-Decline and Prior-Ineligible groups improved by 19.4±7.0 (42.9%, p=0.05) and 17.8±3.9 (28.4%, p=0.008) points, respectively; 55.6% of Prior-Control, 75% of Prior-Decline, and 50% of Prior-Ineligible participants reported score improvement in excess of the 12-point minimal clinical important difference on the WOMAC measure. Postprocedure opioid medication resulted in rapid diminution of prolotherapy injection pain. Satisfaction was high and there were no adverse events.
Conclusions: Prolotherapy using dextrose and morrhuate sodium injections for participants with mild-to-severe KOA resulted in safe, significant, sustained improvement of WOMAC-based knee pain, function, and stiffness scores compared to baseline status.
This study had nothing that one might call a proper control group: all the three groups mentioned were treated with the experimental treatment. No attempt was made to control for even the most obvious biases: the observed effects could have been due to placebo or any other non-specific effects. The authors conclusions imply a causal relationship between the treatment and the outcome which is wrong. The notion that the experimental treatment is ‘safe’ is based on just 38 patients and therefore not reasonable.
All of this might seem rather trivial, and my comments could be viewed as a deliberate and vicious attempt to discredit one of the most respected journals of alternative medicine. Yet, considering that articles of this nature are more the rule than the exception in alternative medicine, I do think that this flagrant lack of scientific rigour is a relevant issue and has important implications.
As long as research in this area continues to be deeply flawed, as long as reviewers turn a blind eye to (or are not smart enough to detect) even the most obvious mistakes, as long as journal editors accept any rubbish in order to fill their pages, there is a great danger that we are being continuously being mislead about the supposed therapeutic value of alternative therapies.
Many who read this blog will, of course, have the capacity to think critically and might therefore not fall into the trap of accepting the conclusions of fatally flawed research. But many other people, including politicians, journalists and consumers, might not have the necessary appraisal skills and will thus not be able to tell that such studies can serve only one purpose: to popularise bogus treatments and thereby render health care less effective and more dangerous. Enthusiasts of alternative medicine are usually fully convinced that such studies amount to evidence and ram this pseudo-information down the throat of health care decision makers – the effects of such lobbying on public health can be disastrous.
And there is another downside to the publication of such dismal drivel: assuming (as I do) that not all of alternative medicine is completely useless, such embarrassingly poor research will inevitably have detrimental effects on the discipline of alternative medicine. After being exposed to a seemingly endless stream of pseudo-research, critics will eventually give up taking any of it seriously and might claim that none of it is worth the bother. In other words, those who conduct, accept or publish such nonsensical papers are not only endangering medical progress in general, they are also harming the very cause they try so desperately hard to advance.
I have often asked myself whether it is right/necessary to scientifically test things which are entirely implausible. Should we, for instance test the effectiveness of treatments which have a very low prior probability of generating a positive effect such as paranormal healing, homeopathy or Bach flower remedies? If you believe in the principles of evidence-based medicine you might focus on the clinical evidence and see biological plausibility as secondary. If you are a basic scientist, you are likely to do the reverse.
A recent article addressed this issue. The author points out that evaluating the absurd is absurd. Specifically, he noted that the empirical evaluation of a therapy would normally assume a plausible rationale regarding the mechanism of action. However, examination of the historical background and underlying principles for reflexology, iridology, acupuncture, auricular acupuncture, and some herbal medicines, reveals a rationale founded on the principle of analogical correspondences, which is a common basis for magical thinking and pseudoscientific beliefs such as astrology and chiromancy. Where this is the case, it is suggested that subjecting these therapies to empirical evaluation may be tantamount to evaluating the absurd.
This makes a lot of sense – but is it really entirely true? Are there no legitimate reasons at all for testing alternative treatments that lack biological plausibility? Ten or twenty years ago, I would have disagreed with the notion that plausibility is an essential prerequisite for scientific testing; today, I have changed my mind a little, but not as much as to agree completely with the assumption. In other words, I still see more than one good reason why evaluating the absurd might be reasonable or even advisable.
- Using plausibility as the only arbiter of scientific ‘evaluability’, assumes that we understand everything about plausibility there is to know. Yet it might just be possible that we mis-categorise something as implausible simply because we are not yet fully aware of all the facts.
- Declaring something as plausible and another thing as implausible are not hard and fast verdicts but judgements which, at least to some degree, are subjective. Sceptics find the axioms of homeopathy utterly implausible, for instance – but ask a homeopath, and you will hear all sorts of explanations which, at least to them, sound plausible.
- If an implausible alternative treatment is in wide-spread use, we arguably have a responsibility to test it scientifically in order to demonstrate the truth about it (to those proponents of that therapy who are willing to accept that rigorous science can find the truth). If we fail to do this, it will be the enthusiasts of that therapy who conduct less than rigorous science and produce false positive results. In turn, this will give the impression that the treatment is effective and mislead consumers, politicians, journalists etc. Seen from this perspective, it might even be unethical to not do the science.
So, I am in two minds about this (which might be a reflection of the fact that, during different periods of my life, I have been a clinician, a basic scientist and a clinical researcher). I realise that plausibility and prior probability are important – much more so than I appreciated years ago. But I think they should not be the only criteria. The clinical evidence should not be pushed aside completely.
I’d be interested to learn your views on this tricky issue.
When I first read about agrohomeopathy (i.e. the use of potentised preparations for the health of plants and soils) I thought that it must be a hoax. Then I realised that it was entirely serious (a Google search returns ~28 000 hits for ‘agrohomeopathy’) – serious but nevertheless too weird for words. Because it is so utterly unbelievable, I cite (in italics) the key parts of an article on the subject.
What’s better than ORGANIC or BIODYNAMIC farming? AGROHOMEOPATHY! What is Agrohomeopathy? It’s the specialized area of homeopathy used to treat your garden and crops. Agrohomeopathy is the most chemical free, non-toxic method of growing food and other crops that you can get. Agrohomeopathy makes your plants resistant to disease and pests by strengthening them from the inside out. In nature, it is the weakest of organisms that are attacked and destroyed. Agrohomeopathy helps build up the plant’s basic structure and gives it optimum health, thus reducing and sometimes even eliminating it’s susceptibility. And the skeptics can’t blame THESE effects on placebo, can they?!….
Homeopathic treatment for your crops is a win-win situation. It is backed by decades of research and practice. Try it for yourself and see. And if you have problems or need help, there are experts in the field who are eager to help, who want to get your feedback & experience…
If you think this is far-fetched, rest assured that other sources go even further. Look at this statement, for instance:
Agro-Homeopathy not only treats the disease symptoms of the plant and performs preventive actions, but can also treat traumas retained in the biological memory of the plant, which resulted from conditions such as forced hybridization, moving to places outside their natural habitats , or exaggerated fertilization that maximizes production to the extreme.
So, plants have a ‘biological memory’ that is able to retain information of a past trauma! Fascinating, this gets more fantastic by the minute.
And there is plenty of practical advice too; just consider this helpful hint, if you are a keen gardener: the effects and benefits of homeopathic Silicea are so numerous that an entire article has been devoted to them at: Homeopathic Silica – The Gardener’s Friend. Needless to say, Silicea is one remedy no gardener or farmer should be without…
According to this website, homeopathic silica is a miracle cure; it
- Aids germination of seeds
- Reduces transplant shock
- Strengthens weak and spindly plants
- Increases vigour and resistance of plants to pests, moulds, and mildew
- Aids water retention in plants growing on arid soils
- Stimulates flower growth, both in number and size
- Assists seed generation and development
- Improves fruit-setting when applied after flowering
- Stimulates premature flowering and prevents seed formation when applied in overdose to weeds
- Changes the ionisation of soil particles so that water-repellent soil readily absorbs moisture … and more!
The sceptics can indeed not blame ‘THESE effects’ on placebo. Nobody needs to do that because they do not exist! I could not find a single piece of reliable evidence to demonstrate that highly diluted homeopathic remedies can cure diseases of plants.
I hope that a few agrohomeopathic readers of these lines will correct me by showing me solid data – but somehow I doubt it.
It has been reported that Belgium has just officially recognised homeopathy. The government had given the green light already in July last year, but the Royal Decree has only now become official. This means that, from now on, Belgian doctors, dentists and midwives can only call themselves homeopaths, if they have attended recognised courses in homeopathy and are officially certified. While much of the new regulation is as yet unclear (at least to me), it seems that, in future, only doctors, dentists and midwives are allowed to practice homeopathy, according to one source.
However, the new law also seems to provide that those clinicians with a Bachelor degree in health care who have already been practicing as homeopaths can continue their activities under a temporary measure.
Moreover, the official recognition as a homeopath does not automatically imply that the services will be refunded from a health insurance.
It is said that, in general, homeopaths are happy with the new regulation; they are delighted to have been up-graded in this way and argue that the changes will result in higher quality standards: “This is a very important step and it can only be to the benefit of the patients’ safety. Patients will know whether or not they are dealing with someone who correctly applies homeopathic medicine”, Leon Schepers of the Unio Homeopathica Belgica was quoted saying.
The delight of homeopaths is in sharp contrast to the dismay of rational thinkers. The NHMRC recently assessed the effectiveness of homeopathy. The evaluation is both comprehensive and independent; it concluded that “the evidence from research in humans does not show that homeopathy is effective for treating the range of health conditions considered.” In other words, homeopathic remedies are implausible, over-priced placebos.
Granting an official status to homeopaths cannot possibly benefit patients. On the contrary, it will only render health care less effective and charlatans more assertive.
It is not often that we see an article of the great George Vithoulkas, the ‘über-guru‘ of homeopathy, in a medical journal. In fact, this paper, which he co-authored with several colleagues, seems to be a rare exception: in his entire career, he seems to have published just 15 Medline- listed articles most of which are letters to the editor.
According to Wikipedia, Vithoulkas has been described as “the maestro of classical homeopathy” by Robin Shohet; Lyle Morgan says he is “widely considered to be the greatest living homeopathic theorist”; and Scott Shannon calls him a “contemporary master of homeopathy.” Paul Ekins credited Vithoulkas with the revival of the credibility of homeopathy.
In his brand new paper, Vithoulkas provides evidence for the notion that homeopathy can treat infertility. More specifically, the authors present 5 cases of female infertility treated successfully with the use of homeopathic remedies.
Yes, really! The American Medical College of Homeopathy informs us that homeopathy has an absolute solution that can augment your probability of conception. Homeopathic treatment of Infertility addresses both physical and emotional imbalances in a person. Homeopathy plays a role in treating Infertility by strengthening the reproductive organs in both men and women, by regulating hormonal balance, menstruation and ovulation in women, by escalating blood flow into the pelvic region, by mounting the thickness of the uterine lining and preventing the uterus from contracting hence abating chances of a miscarriage, and by increasing quality and quantity of sperm count in men. It can also be advantageous in reducing anxiety so that the embryo implantation can take place in a favourable environment. Homoeopathy is a system of medicine directed at assisting the body’s own healing process.
Imagine: the 5 women in Vithoulkas ‘study’ wanted to have children; they consulted homeopaths because they did not get pregnant in a timely fashion. The homeopaths prescribed individualised homeopathy and treated them for prolonged periods of time. Eventually, BINGO!, all of the 5 women got pregnant.
What a hoot!
It beggars belief that this result is being credited to the administration of homeopathic remedies. Do the authors not know that, in many cases, it can take many months until a pregnancy occurs? Do they not think that the many women they treated unsuccessfully for the same problem should raise some doubts about homeopathy? Do they really believe that their remedies had any causal relationship to the 5 pregnancies?
Vithoulkas was a recipient of the Right Livelihood Award in 1996. I hope they did not give it to him in recognition of his scientific achievements!