Homeopathy, Chiropractic and similar "alternative" views
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GenesForLife wrote:if there is no obvious underlying physical pathology, investigations must continue until it is rendered obvious, which is why medical science and biology in general has not come to a standstill, but then again, "obvious" is a term that is very much grounded in the inadequacies of our current diagnostic and analytical tools to pinpoint it.
Now, you argue it is unobtainable, care to back that up with evidence?
GenesForLife wrote:Of course, it is also prudent to note that diagnostic methods aren't targeted against a 1:1 mapping of symptoms to disease either, symptoms are just a set of observations that are employed to narrow down the range of suspected causative phenomena, and that is all that is required, or used, for the vast majority of cases involving the prescription of conventional medicine, it only runs into problems, when, as you say, there isn't an obvious physical connection between a pathology and symptoms, which is a gap science is attempting to fill up with ever improving diagnostics, cue, for instance, PCR for tuberculosis diagnosis.
Abstract
Objective
To investigate the metabolic and functional status of muscles of fibromyalgia (FM) patients, using P-31 magnetic resonance spectroscopy (MRS).
Methods
Twelve patients with FM and 11 healthy subjects were studied. Clinical status was assessed by questionnaire. Biochemical status of muscle was evaluated with P-31 MRS by determining concentrations of inorganic phosphate (Pi), phosphocreatine (PCr), ATP, and phosphodiesters during rest and exercise. Functional status was evaluated from the PCr/Pi ratio, phosphorylation potential (PP), and total oxidative capacity (Vmax).
Results
Patients with FM reported greater difficulty in performing activities of daily living as well as increased pain, fatigue, and weakness compared with controls. MRS measurements showed that patients had significantly lower than normal PCr and ATP levels (P < 0.004) and PCr/Pi ratios (P < 0.04) in the quadriceps muscles during rest. Values for PP and Vmax also were significantly reduced during rest and exercise.
Conclusion
P-31 MRS provides objective evidence for metabolic abnormalities consistent with weakness and fatigue in patients with FM. Noninvasive P-31 MRS may be useful in assessing clinical status and evaluating the effectiveness of treatment regimens in FM.
Objectives
To evaluate the intracellular levels of the high energy adenosine triphosphate nucleotide ATP and essential divalent cations, calcium and magnesium, in platelets of patients affected by primary fibromyalgia syndrome (FMs).
Design and method
Platelet ATP and cation concentrations were measured in 25 patients affected by FMs and 25 healthy volunteers through a chemiluminescent and a fluorimetric assay, respectively.
Results
Significant lower ATP levels were observed inside platelets of FM patients (fmol ATP/plt: 0.0169 ± 0.0012 vs. healthy controls, fmol ATP/plt: 0.0306 ± 0.0023, mean ± SEM) (low asterisklow asterisklow asteriskP < 0.0001). A trend towards higher calcium concentrations (P = 0.06) together with significant increased magnesium levels were also reported in platelets of patients by comparison with controls (P = 0.02).
Conclusions
This preliminary study suggests that disturbances in the homeostasis of platelet ATP metabolism-signaling and calcium-magnesium flows might have a relevance in the pathogenesis of FMs.
Keywords: Fibromyalgia; Platelets; Adenosine triphosphate; Calcium; Magnesium
ABSTRACT
Objective.—The periaqueductal gray matter (PAG) is at the center of a powerful descending antinociceptive neuronal network. We studied iron homeostasis in the PAG as an indicator of function in patients with episodic migraine (EM) between attacks and patients with chronic daily headache (CDH) during headache. High-resolution magnetic resonance techniques were used to map the transverse relaxation rates R2, R2*, and R2' in the PAG, red nucleus (RN), and substantia nigra (SN). R2' is a measure of non-heme iron in tissues.
Methods.—Seventeen patients diagnosed with EM with and without aura, 17 patients diagnosed with CDH and medication overuse, and 17 normal adults (N) were imaged with a 3.0-tesla magnetic resonance imaging system. For each subject, mean values of the relaxation rates, R2 (1/T2), R2* (1/T2*), and R2' (R2* − R2) were obtained for the PAG, RN, and SN. R2, R2*, and R2' values of the EM, CDH, and N groups were compared using analysis of variance, Student t test, and correlation analysis.
Results.—In the PAG, there was a significant increase in mean R2' and R2* values in both the EM and CDH groups (P<.05) compared with the N group, but no significant difference in these values was demonstrated between the EM and CDH groups, or between those with migraine with or without aura in the EM group. Positive correlations were found for duration of illness with R2' in the EM and CDH groups. A decrease in mean R2' and R2* values also was observed in the RN and SN of the CDH group compared with the N and EM groups (P<.05), explained best by flow activation due to head pain.
Conclusions.—Iron homeostasis in the PAG was selectively, persistently, and progressively impaired in the EM and CDH groups, possibly caused by repeated migraine attacks. These results support and emphasize the role of the PAG as a possible "generator" of migraine attacks, potentially by dysfunctional control of the trigeminovascular nociceptive system.
Contemporary concepts of migraine pathogenesis
K.M. A. Welch
From the Department of Neurology, Finch University of the Health Sciences and the Chicago Medical School, Chicago, Illinois.
The pathogenesis of migraine is incompletely understood. Recent discoveries have shed light on the neuronal events mediating both the aura and the headache phases of migraine, identifying a cerebral cortical origin of migraine aura, susceptibility to attacks based on cortical hyperexcitability, and headache originating in the trigeminovascular system and its central projections. Abnormal modulation of brain nociceptive systems, at first transient but becoming permanent with continuing illness and, predisposing to central sensitization, may explain the prolonged headache of the migraine attack and the shift of the migraine phenotype from episodic to chronic headache. Migraine attacks might also originate in abnormal nociceptive neuromodulator centers in the brainstem.
Mr.Samsa wrote:Why are we discussing real medicine?
For the sake of argument, let's just assume that there is absolutely no evidence for real medicine. All the information in peer-reviewed journals is made up and funded by money hungry Pharma companies, with drugs being pumped into people that are full of poison. With this terrible state of affairs in real medicine, every single patient that ever sees a real doctor dies instantly and painfully on the spot. In summary, real medicine not only has no evidence for it's practices and treatments, but it also has a 100% death rate as a result.
Now, how is this supposed to support homeopathy?
Mr.Samsa wrote:Why are we discussing real medicine?
For the sake of argument, let's just assume that there is absolutely no evidence for real medicine. All the information in peer-reviewed journals is made up and funded by money hungry Pharma companies, with drugs being pumped into people that are full of poison. With this terrible state of affairs in real medicine, every single patient that ever sees a real doctor dies instantly and painfully on the spot. In summary, real medicine not only has no evidence for it's practices and treatments, but it also has a 100% death rate as a result.
Now, how is this supposed to support homeopathy?
Not really. All of the effective interventions you identified above are part of "allopathic" medicine, and you have not provided a single instance where "alternative" diagnostic or therapeutic techniques were helpful.
It's fortunate that the alternative practitioners you encountered were well-versed enough in conventional medicine to be able to identify the possible correct diagnoses and refer to the appropriate specialists,
Your account is very revealing, however, of how "alternative" medicine manages to thrive. If we look at what treatments have been helpful for you in your own account:
Treatment of acute bacterial infection with antibiotics.
Identification of dust mite allergy, and interventions to reduce exposure to allergen.
Identification of celiac disease, implementation of dietary modification with resolution of symptoms.
All of the above are evidence based, "allopathic" interventions.
On top of these, you make references to herbal remedies and iridology, but with nothing to suggest that these have actually produced any benefit beyond your conviction that they have.
However, because of the type of interactions you have had with the "alternative" practitioners, you are inclined to give them credit for your improvement, while suggesting that allopathic treatments only succeeded despite themselves.
In my experience, where alternative practitioners do tend excel, in comparison to conventional doctors, is in interpersonal skills and "bedside manner", the ability to make a client feel that they are being listened to and that their problems are being taken seriously and given individual attention.
Your are quite right to suggest that modern medicine's emphasis on high tech interventions and funding models that reward high-volume practices have increasingly tended to render such traditional values as anachronistic. That's a real problem and an unfortunate situation, but it is not an indictment of "allopathic"medicine as a whole, so much as of the social, political and economic conditions under which it is currently typically practiced.
I applaud your generosity and courage in sharing your personal story with us, and am genuinely happy that you have at least been able to have some resolution of your illnesses. However, I think your story only serves to further demonstrate that the successes of "alternative" medicine are ones of marketing and persuasion, not of actually efficacy.
Mr.Samsa wrote:Why are we discussing real medicine?
For the sake of argument, let's just assume that there is absolutely no evidence for real medicine. All the information in peer-reviewed journals is made up and funded by money hungry Pharma companies, with drugs being pumped into people that are full of poison. With this terrible state of affairs in real medicine, every single patient that ever sees a real doctor dies instantly and painfully on the spot. In summary, real medicine not only has no evidence for it's practices and treatments, but it also has a 100% death rate as a result.
Now, how is this supposed to support homeopathy?
DST70 wrote:Mr.Samsa wrote:Why are we discussing real medicine?
For the sake of argument, let's just assume that there is absolutely no evidence for real medicine. All the information in peer-reviewed journals is made up and funded by money hungry Pharma companies, with drugs being pumped into people that are full of poison. With this terrible state of affairs in real medicine, every single patient that ever sees a real doctor dies instantly and painfully on the spot. In summary, real medicine not only has no evidence for it's practices and treatments, but it also has a 100% death rate as a result.
Now, how is this supposed to support homeopathy?
Homeopathy is said to be ineffective mostly because it gives inconclusive or poor results in clinical trials. Clinical trials are the product of a medical paradigm that assumes a 'normal' level of diversity in human health. It's focussed on diagnosing and grouping common symptoms, and doesn't acknowledge the variation of individual response to disease and treatment. It's not a surprise to me that homeopathy doesn't show a lot of success in clinical trials.
David
DST70 wrote:
Homeopathy is said to be ineffective mostly because it gives inconclusive or poor results in clinical trials. Clinical trials are the product of a medical paradigm that assumes a 'normal' level of diversity in human health. It's focussed on diagnosing and grouping common symptoms, and doesn't acknowledge the variation of individual response to disease and treatment. It's not a surprise to me that homeopathy doesn't show a lot of success in clinical trials.
DST70 wrote:GenesForLife -
You're right, although just from a quick look those 3 clinical trials have very small sample sizes and show possible correlations - it's hardly a meta analysis, and it's the sort of criticism that I see studies of alternative medicine attract. But yes, I was wrong when I said there was no known physical pathology, my bad.
As long as diagnosis and treatment is centered around discrete disease entities with homogeneous causation and progression, it underplays symptomology that greatly varies from case to case and from patient to patient. It underestimates variation in human health and illness, variation in real world cases that clinical trials can not so easily replicate.
Save Taxpayer $$$: Eliminate Alternative Medicine Research
Steven Salzberg
Forbes.com
June 16, 2010
This past week, President Obama called on all federal agencies to voluntarily propose budget cuts of 5%. Well, Mr. President, you might be surprised to learn that there's a way for you that cut the National Institutes of Health budget without hurting biomedical research. In fact, it will help.
Here's my proposal: save over $240 million per year in the NIH budget by cutting all funding for the two centers that fund alternative medicine research--the National Center for Complementary and Alternative Medicine (NCCAM) and the Office of Cancer Complementary and Alternative Medicine (OCCAM). Both of them exist primarily to promote pseudoscience. For the current year, NCCAM’s budget is $128.8 million, an amount that has rapidly grown from $2 million in 1992, despite the fact that not a single “alternative” therapy supported by NCCAM has proven beneficial to health. OCCAM’s budget was $121 million in 2008 (the latest I could find) and presumably higher in 2010. That’s over $240M, not counting money these programs got from the stimulus package (and yes, they did get some stimulus funding).
These two organizations use our tax dollars – and take money away from real biomedical research – to support some of the most laughable pseudoscience that you can find. To take just one example, NCCAM has spent $3.1 million supporting studies of Reiki, an “energy healing” method. Energy healing is based on the unsupported claim that the human body is surrounded by an energy field, and that Reiki practitioners can manipulate this field to improve someone's health. Not surprisingly, the $3.1 million has so far failed to produce any evidence that Reiki works. But because there was never any evidence in the first place, we should never have spent precious research dollars looking into it.
(Continued...)
GenesForLife wrote:DST70 wrote:GenesForLife -
You're right, although just from a quick look those 3 clinical trials have very small sample sizes and show possible correlations - it's hardly a meta analysis, and it's the sort of criticism that I see studies of alternative medicine attract. But yes, I was wrong when I said there was no known physical pathology, my bad.
As long as diagnosis and treatment is centered around discrete disease entities with homogeneous causation and progression, it underplays symptomology that greatly varies from case to case and from patient to patient. It underestimates variation in human health and illness, variation in real world cases that clinical trials can not so easily replicate.
Those are NOT clinical trials, clinical trials are those which are designed to test drug efficacy, these are just good old scientific studies, with focus on empiricism, and those don't need meta-analysis because they only serve as a scientific foundation for further work, please learn the difference between medicine and the scientific knowledge that drives medical progress. Thanks.
The reason Homeopathy doesn't work is that it's physicochemical/biological "foundations" are bullshit, nuff said.
Futurama wrote: Bender: Dying sucks butt. How do you living beings cope with mortality?
Leela: Violent outbursts.
Amy: General slutiness.
Fry: Thanks to denial, I'm immortal.
BTW, TMB, I haven't ignored your post. Given the time an effort you obviously put into it, I thought it deserved a response at least as detailed.
However, the only response I believe required is this: Anecdotal evidence, no matter how extensive and sincerely believed, remains anecdotal evidence.
Anecdotal evidence, no matter how extensive and sincerely believed, remains anecdotal evidence
Paul wrote:GenesForLife wrote:DST70 wrote:GenesForLife -
You're right, although just from a quick look those 3 clinical trials have very small sample sizes and show possible correlations - it's hardly a meta analysis, and it's the sort of criticism that I see studies of alternative medicine attract. But yes, I was wrong when I said there was no known physical pathology, my bad.
As long as diagnosis and treatment is centered around discrete disease entities with homogeneous causation and progression, it underplays symptomology that greatly varies from case to case and from patient to patient. It underestimates variation in human health and illness, variation in real world cases that clinical trials can not so easily replicate.
Those are NOT clinical trials, clinical trials are those which are designed to test drug efficacy, these are just good old scientific studies, with focus on empiricism, and those don't need meta-analysis because they only serve as a scientific foundation for further work, please learn the difference between medicine and the scientific knowledge that drives medical progress. Thanks.
The reason Homeopathy doesn't work is that it's physicochemical/biological "foundations" are bullshit, nuff said.
Exactly.
Which was why I kept pushing Nancy for some answers about testing homoeopathic medicines in the lab rather than clinical trials.
If there is a difference between a sample of a medicine 'properly' prepared according to the rules of homoeopathy and that hasn't been shaken properly, then that difference should be detectable in the laboratory.
Why aren't particle physicists spending as much time and money looking for water's 'memory' as they are for the Higgs boson? Because the idea is complete tosh - that's why.
Shrunk wrote:DST70 wrote:
Homeopathy is said to be ineffective mostly because it gives inconclusive or poor results in clinical trials. Clinical trials are the product of a medical paradigm that assumes a 'normal' level of diversity in human health. It's focussed on diagnosing and grouping common symptoms, and doesn't acknowledge the variation of individual response to disease and treatment. It's not a surprise to me that homeopathy doesn't show a lot of success in clinical trials.
Wrong. It is precisely because of the "variation of individual response to disease and treatment" that randomized controlled trials are necessary. If there was uniformity in response, then trials would be unecessary.
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