Distant healing is one of the most bizarre yet popular forms of alternative medicine. Healers claim they can transmit ‘healing energy’ towards patients to enable them to heal themselves. There have been many trials testing the effectiveness of the method, and the general consensus amongst critical thinkers is that all variations of ‘energy healing’ rely entirely on a placebo response. A recent and widely publicised paper seems to challenge this view.
This article has, according to its authors, two aims. Firstly it reviews healing studies that involved biological systems other than ‘whole’ humans (e.g., studies of plants or cell cultures) that were less susceptible to placebo-like effects. Secondly, it presents a systematic review of clinical trials on human patients receiving distant healing.
All the included studies examined the effects upon a biological system of the explicit intention to improve the wellbeing of that target; 49 non-whole human studies and 57 whole human studies were included.
The combined weighted effect size for non-whole human studies yielded a highly significant (r = 0.258) result in favour of distant healing. However, outcomes were heterogeneous and correlated with blind ratings of study quality; 22 studies that met minimum quality thresholds gave a reduced but still significant weighted r of 0.115.
Whole human studies yielded a small but significant effect size of r = .203. Outcomes were again heterogeneous, and correlated with methodological quality ratings; 27 studies that met threshold quality levels gave an r = .224.
From these findings, the authors drew the following conclusions: Results suggest that subjects in the active condition exhibit a significant improvement in wellbeing relative to control subjects under circumstances that do not seem to be susceptible to placebo and expectancy effects. Findings with the whole human database suggests that the effect is not dependent upon the previous inclusion of suspect studies and is robust enough to accommodate some high profile failures to replicate. Both databases show problems with heterogeneity and with study quality and recommendations are made for necessary standards for future replication attempts.
In a press release, the authors warned: the data need to be treated with some caution in view of the poor quality of many studies and the negative publishing bias; however, our results do show a significant effect of healing intention on both human and non-human living systems (where expectation and placebo effects cannot be the cause), indicating that healing intention can be of value.
My thoughts on this article are not very complimentary, I am afraid. The problems are, it seems to me, too numerous to discuss in detail:
- The article is written such that it is exceedingly difficult to make sense of it.
- It was published in a journal which is not exactly known for its cutting edge science; this may seem a petty point but I think it is nevertheless important: if distant healing works, we are confronted with a revolution in the understanding of nature – and surely such a finding should not be buried in a journal that hardly anyone reads.
- The authors seem embarrassingly inexperienced in conducting and publishing systematic reviews.
- There is very little (self-) critical input in the write-up.
- A critical attitude is necessary, as the primary studies tend to be by evangelic believers in and amateur enthusiasts of healing.
- The article has no data table where the reader might learn the details about the primary studies included in the review.
- It also has no table to inform us in sufficient detail about the quality assessment of the included trials.
- It seems to me that some published studies of distant healing are missing.
- The authors ignored all studies that were not published in English.
- The method section lacks detail, and it would therefore be impossible to conduct an independent replication.
- Even if one ignored all the above problems, the effect sizes are small and would not be clinically important.
- The research was sponsored by the ‘Confederation of Healing Organisations’ and some of the comments look as though the sponsor had a strong influence on the phraseology of the article.
Given these reservations, my conclusion from an analysis of the primary studies of distant healing would be dramatically different from the one published by the authors: DESPITE A SIZABLE AMOUNT OF PRIMARY STUDIES ON THE SUBJECT, THE EFFECTIVENESS OF DISTANT HEALING REMAINS UNPROVEN. AS THIS THERAPY IS BAR OF ANY BIOLOGICAL PLAUSIBILITY, FURTHER RESEARCH IN THIS AREA SEEMS NOT WARRANTED.
Twenty years ago, I published a short article in the British Journal of Rheumatology. Its title was ALTERNATIVE MEDICINE, THE BABY AND THE BATH WATER. Reading it again today – especially in the light of the recent debate (with over 700 comments) on acupuncture – indicates to me that very little has since changed in the discussions about alternative medicine (AM). Does that mean we are going around in circles? Here is the (slightly abbreviated) article from 1995 for you to judge for yourself:
“Proponents of alternative medicine (AM) criticize the attempt of conducting RCTs because they view this is in analogy to ‘throwing out the baby with the bath water’. The argument usually goes as follows: the growing popularity of AM shows that individuals like it and, in some way, they benefit through using it. Therefore it is best to let them have it regardless of its objective effectiveness. Attempts to prove or disprove effectiveness may even be counterproductive. Should RCTs prove that a given intervention is not superior to a placebo, one might stop using it. This, in turn, would be to the disadvantage of the patient who, previous to rigorous research, has unquestionably been helped by the very remedy. Similar criticism merely states that AM is ‘so different, so subjective, so sensitive that it cannot be investigated in the same way as mainstream medicine’. Others see reasons to change the scientific (‘reductionist’) research paradigm into a broad ‘philosophical’ approach. Yet others reject the RCTs because they think that ‘this method assumes that every person has the same problems and there are similar causative factors’.
The example of acupuncture as a (popular) treatment for osteoarthritis, demonstrates the validity of such arguments and counter-arguments. A search of the world literature identified only two RCTs on the subject. When acupuncture was tested against no treatment, the experimental group of osteoarthritis sufferers reported a 23% decrease of pain, while the controls suffered a 12% increase. On the basis of this result, it might seem highly unethical to withhold acupuncture from pain-stricken patients—’if a patient feels better for whatever reason and there are no toxic side effects, then the patient should have the right to get help’.
But what about the placebo effect? It is notoriously difficult to find a placebo indistinguishable to acupuncture which would allow patient-blinded studies. Needling non-acupuncture points may be as close as one can get to an acceptable placebo. When patients with osteoarthritis were randomized into receiving either ‘real acupuncture or this type of sham acupuncture both sub-groups showed the same pain relief.
These findings (similar results have been published for other AMs) are compatible only with two explanations. Firstly acupuncture might be a powerful placebo. If this were true, we need to establish how safe acupuncture is (clearly it is not without potential harm); if the risk/benefit ratio is favourable and no specific, effective form of therapy exists one might still consider employing this form as a ‘placebo therapy’ for easing the pain of osteoarthritis sufferers. One would also feel motivated to research this powerful placebo and identify its characteristics or modalities with the aim of using the knowledge thus generated to help future patients.
Secondly, it could be the needling, regardless of acupuncture points and philosophy, that decreases pain. If this were true, we could henceforward use needling for pain relief—no special training in or equipment for acupuncture would be required, and costs would therefore be markedly reduced. In addition, this knowledge would lead us to further our understanding of basic mechanisms of pain reduction which, one day, might evolve into more effective analgesia. In any case the published research data, confusing as they often are, do not call for a change of paradigm; they only require more RCTs to solve the unanswered problems.
Conducting rigorous research is therefore by no means likely to ‘throw out the baby with the bath water’. The concept that such research could harm the patient is wrong and anti-scientific. To follow its implications would mean neglecting the ‘baby in the bath water’ until it suffers serious damage. To conduct proper research means attending the ‘baby’ and making sure that it is safe and well.
The Paleo diet is based on the evolutionary discordance hypothesis, according to which departures from the nutrition and activity patterns of our hunter-gatherer ancestors have contributed greatly and in specifically definable ways to the endemic chronic diseases of modern civilization. The assumption is that during the Paleolithic era — a period lasting around 2.5 million years that ended about 10,000 years ago with the advent of agriculture and domestication of animals — humans evolved nutritional needs specific to the foods available at that time, and that the nutritional needs of modern humans remain best adapted to the diet of their Paleolithic ancestors. Today’s humans are said to be not well adapted to eating foods such as grain, legumes, and dairy, and in particular the high-calorie processed foods. Proponents claim that modern humans’ inability to properly metabolize these comparatively new types of food has led to modern-day problems such as obesity, heart disease, and diabetes. They furthermore claim that followers of the Paleolithic diet may enjoy a longer, healthier, more active life.
The Paleo Diet is alleged to work by two fundamental principles:
- Put the optimal nutrition into your body.
- Reduce or eliminate toxins and “interference”.
And what are the results, as claimed by those who promote (and profit from) the Paleo diet? The alleged benefits include:
- Leaner, Stronger Muscles
- Increased Energy
- Significantly More Stamina
- Clearer, Smoother Skin
- Weight Loss Results
- Better Performance and Recovery
- Stronger Immune System
- Enhanced Libido
- Greater Mental Clarity
- No More Hunger/Cravings
- Thicker, Fuller Hair
- Clear Eyes
Critics of the Paleo diet point towards abundant evidence that paleolithic humans did, in fact, eat grains and legumes. They also stress that humans are much more nutritionally flexible than previously thought, that the hypothesis that Paleolithic humans were genetically adapted to specific local diets is unproven, that the Paleolithic period was extremely long and saw a variety of forms of human settlement and subsistence in a wide variety of changing nutritional landscapes, and that currently very little is known for certain about what Paleolithic humans ate.
So, the theories behind the Paleo diet are flimsy and naïve; the most crucial question, however, is does it work?
Overall there is little solid evidence; unsurprisingly, some studies have shown that cardiovascular risk factors can be positively influenced, for instance, in patients with diabetes. But the more specific claims, like the ones above, are not supported by good clinical evidence.
It seems that, yet again, less than responsible entrepreneurs have jumped on a popular band-wagon to exploit the often hopelessly gullible public.
My memoir ‘A SCIENTIST IN WONDERLAND’ has already brought many surprises (and about 20 most flattering reviews). A few days ago, the German version was published entitled ‘NAZIS, NADELN UND INTRIGEN’ (people who have not read it might find this title puzzling). The German publisher reported that the first print-run was sold out in the first 4 days.
In order to tempt you to read my memoir, I publish here the final section of the book which affirms that the link between my rather diverse experiences boils down to ethics.
…the most important link between my research into alternative medicine and that related to the Third Reich was that of medical ethics.
It should be axiomatic that ethics is indispensable to the practice of medicine, and is not something that can just be switched off at will. No branch of health care, including alter-native medicine, can be considered exempt from it. But the subject of ethics is seldom even considered in alternative medicine; many alternative practitioners have never been taught medical ethics, and where training in this area does exist, it tends to be at best superficial. There are thousands of books on alternative medicine but hardly more than a handful cover the subject of medical ethics in any depth. It is perhaps not surprising, therefore, that the principles of medical ethics are routinely ignored and frequently violated by promoters of alternative medicine.
Medical ethics seem to me to be violated, for example: when homeopaths prescribe or recommend homeopathic vaccinations for which there is not a shred of evidence; when chiropractors or other alternative practitioners happily promote bogus treatments for children with asthma or other serious conditions; when practitioners fail to obtain informed consent before commencing their treatments; when Prince Charles sells his “detox tincture” which is unable to eliminate poisons from your body, merely cash from your purse; when quacks inveigle desperate cancer patients by pretending they have found a cure; when pharmacists sell Bach Flower Remedies or other glorified placebos; when applied kinesiologists, iridologists, etc. claim that their baseless diagnostic tests are able to identify serious diseases; when pseudoscientists claim that certain alternative therapies are evidence-based because they managed to generate a false positive result purely by cherry-picking or massaging their data; when politicians who lack even the most basic understanding of science publicly support quackery, proclaiming that it is evidence-based.
And so on, and so on.
Some might criticize me here for claiming the moral high ground. But if I do so, it is for a good reason. Medical consultations are intrinsically unequal, with the clinician occupying a position of considerable power over often highly vulnerable patients. This places an important ethical onus on the caregiver to assist patients in making informed choices—an imperative and a trust that is breached each and every time that unproven nostrums born of ideology and wishful thinking are offered to people with assertions that they are an effective, valid approach to the treatment of disease.
When science is abused, hijacked or distorted in order to serve political or ideological belief systems, ethical standards will inevitably slip. The resulting pseudoscience is a deceit perpetrated on the weak and the vulnerable. We owe it to ourselves, and to those who come after us, to stand up for the truth, no matter how much trouble this might bring.
Today, I look back at the often stormy past from the peaceful vantage point of my retirement with a mixture of satisfaction and incredulity. The doctor and scientist may still be full of questions, but the musician in me breathes a sigh of relief that the performance, with all its impossible demands and fiendishly difficult passages, is finally over.
The following episode gives just one of many examples of attempts by my Exeter peers to sabotage my scientific, moral and ethical standards. The players in this scene are:
- Prof John Tooke, at the time dean of my medical school,
- Dr Michael Dixon, GP in Devon,
- Nelson’s homeopathic pharmacy, known from my previous post,
- Mr Simon Mills, former director of the Centre for Complementary Health Studies, University of Exeter,
- Prince Charles, future king of England.
By the year 2000, I began to experience unnecessary unpleasantness at Exeter on a more and more regular basis. This passage from my book describes the key moment when it became clear to me that something profoundly wrong was going on:
The watershed came in 2003, when I saw an announcement published in the newsletter of the Prince of Wales’ Foundation for Integrated Health:
“The Peninsula Medical School aims to become the UK’s first medical school to include integrated medicine at postgraduate level. The school also plans to extend the current range and depth of programmes offered by including healthcare ethics and legislation. Professor John Tooke, dean of the Peninsula Medical School, said: “The inclusion of integrated medicine is a patient driven development. Increasingly the public is turning to the medical profession for information about complementary medicines. This programme will play an important role in developing critical understanding of a wide range of therapies”.
When I stumbled on this announcement, I was truly puzzled. Tooke is obviously planning a new course for me, I thought, but why has he not told me about it? When I enquired, Tooke informed me that the medical school was indeed preparing to offer a postgraduate “Pathway in Integrated Health”; this exciting new innovation had been initiated by Dr Michael Dixon, a general practitioner who, after working in collabora-tion with my unit for several years, had become one of the UK’s most outspoken proponents of spiritual healing and other similarly dubious forms of alternative medicine. For this reason, Dixon was apparently very well regarded by Prince Charles.
A few days after I had received this amazing news, Dixon arrived at my office and explained, with visible embarrassment, that Prince Charles had expressed his desire to him personally to establish such a course at Exeter. His Royal Highness had already facilitated its funding which, in fact, came from “Nelsons”, one of the UK’s largest manufacturers of homeopathic remedies. The day-to-day running of the course was to be put into the hands of the ex-director of the Centre for Complementary Health Studies (CCHS), the very unit that, almost a decade earlier, I had struggled—and eventually even paid—to be separated from because of its overtly anti-scientific agenda. The whole thing had been in the planning for many months. I was, it seemed, the last to know—but now that I had learnt about it, Dixon and Tooke leaned on me with all their might to persuade me to contribute to this course by giving a few lectures.
I could no more comply with this request than fly. Apart from anything else, anyone who had read my papers would have known that I was opposed in principle to the concept of “Integrated Health”. As I saw it, “integrating” quackery with genuine, science-based medicine was nothing less than a profound betrayal of the ethical basis of medical practice. By putting its imprimatur on this course, and by offering it under the auspices of a mainstream medical school, my institution would be encouraging the dangerously erroneous idea of equivalence—i.e. the notion that alternative and mainstream medicine were merely two parallel but equally valid and effective methods of treating illness.
To add insult to injury, the course was to be run by someone who I had good reason to reject and sponsored by a major manufacturer of homeopathic remedies. In all conscience, the latter circumstance seemed to me to be the last straw. Study after study carried out by my unit had found homeopathy to be not only conceptually absurd but also therapeutically worthless. To all intents and purposes, the discussion about the value of homeopathy was closed. Even a former director of the Royal London Homeopathic Hospital had concluded in his book that “homeopathy has not been proved to work… the great majority… of the improvement that patients experience is due to non-specific causes”. If we did not take a stand on this issue, we might as well give up and go home. Consequently, I politely but firmly declined the offer of participating in this course.
By now numerous other incidents of a similar nature had poisoned the atmosphere at my own medical school and university so much that both my work and my health were suffering. How had it come to this? Why was even the most obvious and demonstrable truth being turned upside down so that it could be used against me? Why were my peers seemingly bent on constraining me and making life increasingly difficult for me?
Chinese proprietary herbal medicines (CPHMs) are a well-established and a hugely profitable part of Traditional Chinese Medicine (TCM) with a long history in China and elsewhere; they are used for all sorts of conditions, not least for the treatment of common cold. Many CPHMs have been listed in the ‘China national essential drug list’ (CNEDL), the official reference published by the Chinese Ministry of Health. One would hope that such a document to be based on reliable evidence – but is it?
The aim of a recent review was to provide an assessment on the potential benefits and harms of CPHMs for common cold listed in the CNEDL.
The authors of this assessment were experts from the Chinese ‘Centre for Evidence-Based Medicine’ and one well-known researcher of alternative medicine from the UK. They searched CENTRAL, MEDLINE, EMBASE, SinoMed, CNKI, VIP, China Important Conference Papers Database, China Dissertation Database, and online clinical trial registry websites from their inception to 31 March 2013 for clinical studies of CPHMs listed in the CNEDL for common cold.
Of the 33 CPHMs listed in the 2012 CNEDL for the treatment of common cold, only 7 had any type of clinical trial evidence at all. A total of 6 randomised controlled trials (RCTs) and 7 case series (CSs) could be included in the assessments.
All these studies had been conducted in China and published in Chinese. All of them were burdened with poor study design and low methodological quality, and all had to be graded as being associated with a very high risk of bias.
The authors concluded that the use of CPHMs for common cold is not supported by robust evidence. Further rigorous well designed placebo-controlled, randomized trials are needed to substantiate the clinical claims made for CPHMs.
I should state that it is, in my view, most laudable that the authors draw such a relatively clear, negative conclusion. This does certainly not happen often with papers originating from China, and George Lewith, the UK collaborator in this article, is also not known for his critical attitude towards alternative medicine. But there are other, less encouraging issues here to mention.
In the discussion section of their paper, the authors mention that the CNEDL has been approved by the Chinese Ministry of Public Health and is currently regarded as the accepted reference point for the medicines used in China. They also explain that the CNEDL was officially launched and implemented in August 2009. The CNEDL is now up-dated every 3 years, and its 2012 edition contains 520 medicines, including 203 CPHMs. The CPHMs listed in CNEDL cover 137 herbal remedies for internal medicine, 11 for surgery, 20 for gynaecology, 7 for ophthalmology, 13 for otorhinolaryngology and 15 for orthopaedics and traumatology.
Moreover, the authors inform us that about 3,100 medical and clinical experts had been recruited to evaluate the safety, effectiveness and costs of CPHMs. The selection process of medicines into CNEDL was strictly in accordance with the principle that they ‘must be preventive and curative, safe and effective, affordable, easy to use, think highly of both Chinese and Western medicine’. A detailed procedure for evaluation is, however, not available because the files are confidential.
The authors finally state that their paper demonstrates that the selection of CPHMs into the CNEDL is less likely to be ‘evidence-based’ and revealed the sharp contrast between the policy and priority given to by the Chinese government to Traditional Chinese Medicine(TCM).
This surely must be a benign judgement, if there ever was one! I would say that the facts disclosed in this review show that TCM seems to exist in a strange universe where commercial interests are officially allowed to reign supreme over patients’ interests and public health.
Neck pain is a common problem which often causes significant disability. Chiropractic manipulation has become one of the most popular forms of alternative treatment for such symptoms. This seems surprising considering that neck manipulations are neither convincingly effective nor free of adverse effects.
The current Cochrane review on this subject could not be clearer: “Done alone, manipulation and/or mobilization were not beneficial; when compared to one another, neither was superior.” In the absence of compelling evidence for efficacy, any risk of neck manipulation would tilt the risk/benefit balance into the negative.
Adverse effects of neck manipulations range from mild symptoms, such as local neck tenderness or stiffness, to more severe injuries involving the spinal cord, peripheral nerve roots, and arteries within the neck. A recent paper reminds us that another serious complication has to be added to this already long list: phrenic nerve injury.
The phrenic nerve is responsible for controlling the contractions of the diaphragm, which allows the lungs to take in and release air and make us breathe properly. The phrenic nerve is formed from C3, C4, and C5 nerve fibres and descends along the anterior surface of the scalenus anterior muscle before entering the thorax to supply motor and sensory input to the diaphragm. Its anatomic location in the neck leaves it vulnerable to traumatic injury. Phrenic nerve injury can result in paralysis of the diaphragm and often leads to deteriorating function of the diaphragm, which can lead to partial or complete paralysis of the muscle and, as a result, serious breathing problems.
Patients who experience such problems may require emergency medical treatment or surgery. Sudden, severe damage to the phrenic nerve can make it impossible for the diaphragm to contract on its own. In order to make sure that the patient can breathe, a breathing tube needs to be inserted, a process called intubation. Artificial respiration would then be required.
American neurologists published a case report of a healthy man who consulted a chiropractor for his neck pain. Predictably, the chiropractor employed cervical manipulation to treat this condition. The result was bilateral diaphragmatic paralysis.
Similar cases have been reported previously, for instance, here and here and here and here. Damage to other nerves has also been documented to be a possible complication of spinal manipulation, for instance, here and here.
The authors of this new case report conclude that physicians must be aware of this complication and should be cautious when recommending spinal manipulation for the treatment of neck pain, especially in the presence of preexisting degenerative disease of the cervical spine.
I know what my chiropractic friends will respond to this post:
- I am alarmist,
- I cherry-pick articles that are negative for their profession,
- these cases are extreme rarities,
- conventional medicine is much more dangerous.
To this I reply: Imagine a conventional therapy about which the current Cochrane review says that it has no proven effect for the condition in question. Imagine further that this therapy causes mild to moderate adverse effects in about 50% of all patients in addition to very dramatic complications which are probably rare but, as no monitoring system exists, of unknown frequency. Imagine now that the professionals using this treatment more regularly than any other clinicians steadfastly deny that the risk/benefit balance is way out of kilter.
Would you call someone who repeatedly tries to warn the public of this situation ‘alarmist’?
Would you not consider the professionals who continue to practice the therapy in question to be irresponsible?
How often have we heard it on this blog and elsewhere?
- chiropractic is progressing,
- chiropractors are no longer adhering to their obsolete concepts and bizarre beliefs,
- chiropractic is fast becoming evidence-based,
- subluxation is a thing of the past.
American chiropractors wanted to find out to what extent these assumptions are true and collected data from chiropractic students enrolled in colleges throughout North America. The stated purpose of their study is to investigate North American chiropractic students’ opinions concerning professional identity, role and future.
A 23-item cross-sectional electronic questionnaire was developed. A total of 7,455 chiropractic students from 12 North American English-speaking chiropractic colleges were invited to complete the survey. Survey items encompassed demographics, evidence-based practice, chiropractic identity and setting, and scope of practice. Data were collected and descriptive statistical analyses were performed.
A total of 1,243 questionnaires were electronically submitted. This means the response rate was 16.7%. Most respondents agreed (34.8%) or strongly agreed (52.2%) that it is important for chiropractors to be educated in evidence-based practice. A majority agreed (35.6%) or strongly agreed (25.8%) the emphasis of chiropractic intervention is to eliminate vertebral subluxations/vertebral subluxation complexes. A large number of respondents (55.2%) were not in favor of expanding the scope of the chiropractic profession to include prescribing medications with appropriate advanced training. Most respondents estimated that chiropractors should be considered mainstream health care practitioners (69.1%). About half of all respondents (46.8%) felt that chiropractic research should focus on the physiological mechanisms of chiropractic adjustments.
The authors of this paper concluded that the chiropractic students in this study showed a preference for participating in mainstream health care, report an exposure to evidence-based practice, and desire to hold to traditional chiropractic theories and practices. The majority of students would like to see an emphasis on correction of vertebral subluxation, while a larger percent found it is important to learn about evidence-based practice. These two key points may seem contradictory, suggesting cognitive dissonance. Or perhaps some students want to hold on to traditional theory (e.g., subluxation-centered practice) while recognizing the need for further research to fully explore these theories. Further research on this topic is needed.
What should we make of these findings? The answer clearly must be NOT A LOT.
- the response rate was dismal,
- the questionnaire was not validated
- there seems to be little critical evaluation or discussion of the findings.
If anything, these findings seem to suggest that chiropractors want to join evidence based medicine, but on their own terms and without giving up their bogus beliefs, concept and practices. They seem to want the cake and eat it, in other words. The almost inevitable result of such a development would be that real medicine becomes diluted with quackery.
A recent article in the BMJ about my new book seems to have upset fellow researchers of alternative medicine. I am told that the offending passage is the following:
“Too much research on complementary therapies is done by people who have already made up their minds,” the first UK professor of complementary medicine has said. Edzard Ernst, who left his chair at Exeter University early after clashing with the Prince of Wales, told journalists at the Science Media Centre in London that, although more research into alternative medicines was now taking place, “none of the centres is anywhere near critical enough.”
Following this publication, I received indignant inquiries from colleagues asking whether I meant to say that their work lacks critical thinking. As this is a valid question, I will try to answer it the best I presently can.
Any critical evaluation of alternative medicine has to yield its fair share of negative conclusions about the value of alternative medicine. If it fails to do that, one would need to assume that most or all alternative therapies generate more good than harm – and very few experts (who are not proponents of alternative medicine) would assume that this can possibly be the case.
Put differently, this means that a researcher or a research group that does not generate its fair share of negative conclusions is suspect of lacking a critical attitude. In a previous post, I have addressed this issue in more detail by creating an ‘index': THE TRUSTWORTHINESS INDEX. I have also provided a concrete example of a researcher who seems to be associated with a remarkably high index (the higher the index, the more suspicion of critical attitude).
Instead of unnecessarily upsetting my fellow researchers of alternative medicine any further, I will just issue this challenge: if any research group can demonstrate to have an index below 0.5 (which would mean the team has published twice as many negative conclusions as positive ones), I will gladly and publicly retract my suspicion that this group is “anywhere near critical enough”.
Much has been written on this blog about progress in the area of chiropractic practice and research. But where is the evidence for progress? I did a little search and one of the first sites I stumbled across was this one which is full to bursting with bogus claims. This cannot be what chiropractors call ‘progress’, I thought.
Determined to find real progress, I continued searching and found THE FOUNDATION FOR CHIROPRACTIC PROGRESS. Great, I thought, an organisation and a website entirely devoted to the very subject I was looking for. Consequently, I studied the information provided here in some detail. What follows are excerpts from the site:
Chiropractic care is a health option that has proven beneficial for a multitude of health conditions, along with in the practice of achieving optimal wellness. It is essential for those unaware of chiropractic care to be adequately informed, so they too can experience the benefits that over 60,000 practicing doctors of chiropractic in the U.S. provide to their patients daily. Established in 2003, the not-for-profit Foundation for Chiropractic Progress (F4CP) aims to educate the public about the many benefits associated with chiropractic care.On behalf of the F4CP, I invite you to tour this site and learn more about this effective form of treatment.
Chairman | Foundation for Chiropractic Progress
THIS WAS A STRANGE INTRODUCTION, I THOUGHT; BUT UNDETERRED I READ ON:
Parents of Colicky Infants Turn to Chiropractic Care
For those parents who never imagined their ailing babies and toddlers could be helped by chiropractic care, it may be time for some rethinking.New mom Jean, a 31-year-old speech therapist from New Jersey, became an advocate after enlisting the help of her own chiropractor to treat her colicky infant girl, Emma. After having had what she says was “no luck” with the usual ways of alleviating colic symptoms – including giving Emma children’s probiotics daily – one appointment with board-certified in chiropractic pediatrics Dr. Lora Tanis produced an immediate difference.
Concussions Among Athletes
A concussion is a type of traumatic brain injury caused by a bump, blow or jolt to the head that can change the way the brain functions. Symptoms include dizziness, instability and confusion.
Using methods that rely on brain-based, non-invasive, drugfree approaches — like chiropractic
care and physical rehab — can help re-establish balance and maximal brain and nervous system functionality.
News of Health – Improving Military Health Care
Retired U.S. Army Brigadier General Becky Halstead—the first woman in U.S. history to command in combat at the strategic level—is speaking out on the value of chiropractic care for the nation’s military men and women.
With the epidemic now estimated to be costing the nation $147 billion annually, it’s a question that’s very much on the minds of health experts. And many, including lifestyle guru Shea Vaughn, are citing chiropractic care as a crucial part of overall wellness programs.
FEELING A LITTLE DISAPPOINTED, I STOPPED READING AND THOUGHT
PROGRESS INDEED !!!