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Praying for another’s wellbeing is problematic, even at this time of year when our thoughts might turn to miracles and healings of the sick. It’s not a problem for the sender or receiver, but it most certainly is for the scientist, the researcher, the doctor and the sceptic, especially the sceptic. Prayer and its other distant healing cousins, such as reiki, faith healing, spiritual and remote healing, shouldn’t work – but, on balance, the evidence suggests they do. For the sceptic, this is impossible. To suggest that prayer works also requires a new science of biology and a complete overhaul of what we think we are. And we won’t even get into the existence of a God who answers prayers. The science already exists, of course. It’s quantum mechanics, and more specifically, non-locality, which suggests that something can affect something else even though it may be miles away. As Einstein rather unkindly put it, it’s “spooky action at a distance.” The trouble for medicine is that its own science of measurement is hopelessly cumbersome and inappropriate to capture such elusive effects. This perhaps explains why the studies that have tried to monitor distant healing and prayer have been so contradictory. Some say prayer works, others say it doesn’t; a few even suggest that prayer has a negative effect, and the condition of the person being prayed for actually worsens, which, at least, suggests some effect, I suppose. But when researchers carry out meta-analyses of all the ‘good’ studies, they invariably discover – possibly to their own astonishment – that prayer does work. Even arch-sceptic Edzard Ernst had to admit as much when he researched the subject. And what are the metaphysical implications of this discovery? Does it mean God exists, or that people have remarkable self-healing powers that are released when they know they are being prayed for, or that all of us are connected by some force? This is the stuff of our Special Report this month – Spooky Healing at a Distance – (http://www.wddty.com/spooky-healing-at-a-distance.html) - and it should give us all pause. It brings to mind Hamlet’s famous quote: “There are more things in heaven and earth than dreamt of in your philosophy.” And if belief is a constituent part of successful prayer, perhaps including it in our philosophy increases its possibility.
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The West is going through financial turmoil. Its governments are bankrupt, and are being
forced to cut back on public expenditure.
For David Cameron’s UK
government, the National Health Service (NHS) presents a special challenge: not
only is it the nation’s premier cash drain, costing the taxpayer £100bn a year,
it is also its most sacred, and appears to be untouchable.
Prime Minister Cameron admitted as much when he pronounced
he would ring-fence the NHS from the swingeing cuts being administered to all other
government departments. Despite these
public assurances, in 2009 he commissioned the management consultants McKinsey
to look for cost savings. They identified
up to £20bn of cuts that could be achieved over a five-year period by
eliminating inefficiencies and treatments that are ‘relatively ineffective’.
Many medical procedures and drugs are, of course, relatively
ineffective – and there are alternatives that are more effective and far less expensive,
as the Department of Health is beginning to realise.
Ignoring the bully boy tactics of some doctors and
academics, the politicians and NHS bureaucrats are prepared to introduce more
effective alternatives. They recently
ran a beauty parade, and we know that several of the therapies being reviewed
have featured in WDDTY.
The UK
government is not alone in its reforms. Iceland – which is even more broke than the UK – is much
further down the path of introducing alternative therapies into its healthcare
system, and one WDDTY panellist is acting as an advisor.
Canada
has published a consultative paper about alternatives that could be introduced
as complementary therapies into its own healthcare system.
Vitamin supplements – the subject of this month’s Special
Report (http://www.wddty.com/why-you-need-to-take-supplements.html)
- are playing a key part in the UK
government’s rethinking on healthcare reform.
Paradoxically, EU bureaucrats are still taking a different view, and
want supplement potency and novel applications to be curbed.
Doctors are doubtlessly rolling out their standard argument
that we get all the nutrition we need from the food we eat. That’s true only in theory; in reality, the
food we eat is so lacking in nutrition that we need to supplement.
The fact that most of us are malnourished is one of the
contributing factors to the escalating costs of healthcare systems around the
world as they continue to perpetuate illness - using drugs that treat symptoms
but never cure – instead of understanding the causes of disease.
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We live in an age of complexity. We switch on the
lights in our home, but don’t really understand how the electricity
works. We turn on the taps in our bathroom, without completely grasping
how water can run through the pipes. We’re probably vague about
how television images are transmitted to our screens. Or even how our
car works.
This age of complexity has brought forth a new breed:
the expert. The expert makes the complex work, even if he
doesn’t make it understandable. He fixes the TV, the electrical
and water systems in the home to make them function safely, and our
car to run. He stands at the gates to the complex, acting as our
intermediary to the unfathomable.
The complex has made our lives more comfortable,
and electricity has replaced the candle, water systems the pump and
bucket, the car for the cart. But the complex has also placed life at one
remove. We don’t have direct access or control any longer.
This is equally as true for the way we treat our
ailments. Once, we relied on self-help therapies, herbs and
tinctures. Today, in our age of complexity, we have an array of drugs
that we don’t understand, and so we rely on the doctor as interpreter
and guide. So, it is refreshing that this month’s special report
explores a new therapy that couldn’t be simpler to implement,
and which already has garnered a wide array of successful
case studies.
Its creator, Clint Ober, calls it ‘Earthing’—and
it merely requires you to take off your shoes and socks, and put your
bare feet on the grass, earth or sand, ideally for 30 or 40 minutes every
day. The theory behind this simple therapy seems to make sense.
Our bodies are
electrical systems, and are subject to the same ‘interference’ as
electrical products in our homes. That’s why all electrical items are
grounded—in other words, they are in constant and immediate contact to the
‘zero ground’, rich in electrons and negative ions. Without
this grounding, electrical equipment would suffer interference. And,
claims Ober, the same happens to us—but because of our modern lifestyle,
we are insulated from our ground, and so are more likely to suffer from
interference, which manifests as disease, such as inflammation and heart
problems.
A simple therapy that all of us can do—and we don’t
need the expert, whether he is the doctor or, indeed,
the electrician.
Read the full article, The Body Electric: Is Earthing the
missing link to beat disease? :http://www.wddty.com/the-body-electric.html
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This is the 22nd year that we’ve been producing a monthly issue of What Doctors Don’t Tell You, and people always seem to ask: Don’t you ever run out of things to write about? Thus far, we don’t seem to have any problems, but thanks for asking.
It’s never a question I ask myself. But here’s one that I do ask myself: After writing about this stuff for 22 years, how come I still get angry about it every time? And it’s true, I do. I get angry about the number of people who die while taking a drug they believed was safe; I get angry that nobody ever gets called to account; I get angry that nobody seems to care.
But anger’s counterproductive. So I developed for myself a Zen-like mantra to soothe my raging heart: Medicine is a delivery mechanism for drugs.
Doesn’t sound like much, but it works. Because when you get that, everything else falls into place. Why don’t doctors take alternative treatments more seriously? Because medicine is a delivery mechanism for drugs. Why don’t they take a more holistic view of the patient and his or her illness? Because medicine . . .
I had to repeat the mantra several times over while researching our latest Special Report on dementia, one of the diseases that most of us fear over anything else. Now, the drugs don’t work for dementia. You might choose to point out that they don’t work for most everything, but they really don’t work for dementia and its main manifestation, Alzheimer’s.
But that doesn’t matter to medicine, because medicine is a delivery mechanism . . . And, because it is just that, it isn’t very interested in other therapies. Tragically, when it comes to dementia, there are many alternatives that work so much better.
In the Special Report, we champion one in particular: SPECAL. It’s had enormous success in helping patients and carers, so much so, in fact, that the disease usually doesn’t worsen, even though medicine has codified it as progressive and incurable.
My Zen mantra explains why doctors have utterly ignored it, but it does not help us to understand the peculiar attitude of the Alzheimer’s Society towards it. The society—which purports to exist for the benefit of the dementia patient and carer—has vilified the therapy on its website, successfully starving the SPECAL charity of cash.
Mantras for supposed ‘patient groups’ are welcome.
We also start a new column this month on pet health. As the veterinary profession in the UK is run along the lines of America’s healthcare system—aggressively interventionist and funded by insurance companies—we will have a rich field of material to mine.
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Pity the poor parents who want to do the right thing when it comes to vaccinating their child. Even suggesting that they have concerns about side-effects can be likened to questioning the existence of God to a 12th-century pope—such is the doctor’s belief in vaccinations.
Vaccines are medicine’s greatest success story, or so doctors are told almost from their first day at medical school. With just a jab, children are protected from diseases that once would have killed.
Apparently, vaccinations are just one of life’s ‘good things’, along with water and the Harlem Globetrotters. Any wavering from the true path is met with the modern-day equivalent of the stake—the General Medical Council—as Andrew Wakefield found to his cost after merely suggesting that there may be a link between the MMR vaccine and autism.
Even the burning of the occasional heretic doesn’t dissolve that flicker of doubt that many a thinking parent still has. And this is the heart of the matter: can we trust our doctors to always tell us the truth when they are vaccine zealots?
Flippant as it may sound, that is precisely the attitude of the drug-company scientists and ‘health guardians’ who attended a secret meeting to discuss the troubling findings that vaccines were causing neurological problems in infants. As one attendee said, vaccines are fundamentally good, so anything and everything must be done to hide any hint that they harm.
And hide it they did. Within three years, data were massaged, some children were eliminated from the study and, hey presto!, a major problem became a statistical blip when the data were finally published.
As our Special report this month amply demonstrates, when zealotry replaces rationality, no amount of proof will sway you. Scientists—if medicine was ever a science to begin with— become brothers of a faith. And when that happens, children can suffer permanent harm—or, as our article suggests, even die—and it won’t shake their fundamental belief. They have been unfortunate collateral in a process that, ultimately, is benefiting the majority, so sweep it under the carpet and keep on reassuring parents who, anyway, just can’t see the ‘big picture’.
When you are a true believer, there is never a moment when good ceases to be so.
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st1\:*{behavior:url(#ieooui) } The fact you read What Doctors Don’t Tell You (WDDTY) or its website suggests you support independent journalism – whether you realise it or not. Journalism is itself enduring some bad press right now with the fall-out from the phone hacking scandal engulfing Rupert Murdoch’s News International. I became a journalist many years ago because I believed it mattered. Journalism, as I saw it, is supposed to be for the people and against the wrongdoings, cover-ups and corruption among multinationals, powerful groups and politicians.
Events in recent days within News International empire might suggest otherwise. Stories have slowly emerged about the hacking of mobile phones of murder victims, of those killed in the London terror attack of 7/7 and even possibly of those slaughtered in the 9/11 attack in New York.
Suddenly the media is against the people.
This doesn’t mean that journalism should be sidelined. It still has an essential role to play in helping shape a fairer society – and WDDTY is one such voice.
For years we have uncovered scandals in the drugs industry and, with our next issue, the chemicals industry, too. These industries regularly put profits before people, and your health – even your life – is an acceptable price to ensure the shareholders get their dividends.
So we tell you about it – and that means WDDTY matters.
If you value independent journalism, please support WDDTY. It makes us strong and helps us continue fighting on your behalf.
Please follow this link: www.wddty.com/upgrade
to ensure independent journalism is around tomorrow.
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The cancer at the heart of medicine is its need to serve two masters: the patient and the pharmaceutical company’s shareholders. In an ideal capitalist system, this does not necessarily present a problem. The very best drugs will become the most popular because they are the most beneficial, and so the company and its shareholders are rewarded.
Unfortunately, medicine does not operate as a free market. The patient—or consumer, to use market-speak—does not have a choice. Instead, the doctor, as the expert, makes the purchasing decision—often based on the flimsiest evidence or none at all.
And because this expert channel to the market exists, the drug company exploits it. It funds ‘research’ that is little more than PR, it arranges ‘conferences’ in exotic locales, it ‘sponsors’ the doctor’s surgery with free PCs and other gadgetry. It also pays the doctor to participate in ‘early-stage marketing trials’—a good way to get a new drug launched.
Truth and the scientific method become distorted. Ultimately, they are harnessed to enhance a drug’s sales and so reward the shareholders. Truth plays second fiddle to profits in a market that is controlled. The best product doesn’t always win, but the one that is best supported just might.
When you have billions of pounds and dollars of drug company revenues at stake, you have a problem. When you have two powerful industry groups involved, you have a black hole from which truth cannot escape—so great is the pull for profit.
This has happened with the cholesterol theory, the subject of our cover story this month. It claims that if you eat a diet that is high in fats, you will increase the level of LDL or ‘bad’ cholesterol in your system. This ‘bad’ cholesterol will stick to your artery walls until they become clogged, thus causing a heart attack.
This theory has created two massive markets: statin drugs, the most profitable drug sector in the world; and the low-fat industry, which also generates billions of pounds and dollars every year.
The cholesterol theory is not true; it has been disproven many times by the scant amount of independent research that is allowed to see the light of day. Worse, new research is demonstrating that ‘bad’ cholesterol isn’t bad at all—it plays a key role in healing inflammation and, ironically, in preventing heart attacks.
As we age, cholesterol becomes even more important. It helps to build muscle and keeps our brains sharp. The attack on ‘bad’ cholesterol could be behind the rise in dementia in the elderly, and may be causing the very thing it is supposed to protect us from.
But when it comes to profits or people, guess which comes first.
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Pity the poor general practitioner. He doesn’t have the tools for the heroic gesture, unlike his counterpart in emergency medicine who saves lives, patches people up and generally performs miracles on a daily basis. The general practitioner deals with the chronic problems, those persistent health issues that never get better. All he can offer are drugs to make the patient comfortable, less aware of his symptoms perhaps—but the underlying problem doesn’t go away. No heroics there.
That’s all true—except for one class of drugs that’s been available to the doctor for the past 60 years. The antibiotics have made a hero of the general practitioner. With these wonder drugs, the doctor has made health problems go away, and with a scribble on his prescription pad, he’s been able to write off disease.
No wonder, then, that he has just kept on writing out those prescriptions. Got a sore throat? Try an antibiotic. Your child has an ear infection? Take some penicillin. Got a cold, a fever, or a cough? Well, have some methicillin, just in case.
This overuse, or abuse, of medicine’s greatest triumph has its consequences—the superbug, which is resistant to antibiotics. As our cover story reveals, we have developed, through our own stupidity, the ultimate superbug—one that creates superbugs out of any bug, and is resistant to even the most powerful antibiotics.
Alexander Fleming, who discovered penicillin by accident in 1928, predicted this day would come. He knew that his discovery was a frozen moment in time of an evolutionary process that had been waged for billions of years. When he looked down his microscope, a fungus had the upper hand over the bugs. Had he left it for 50 years, the bugs might have demolished the fungus.
At around the same time—in Russia—a scientist had also made an accidental discovery, and one that showed similar promise. George Eliava discovered that certain viruses could kill bacteria. As he delved deeper, he found that each deadly bug has its unique viral nemesis. The virus closes in on that bug alone and destroys it.
These viruses are called ‘bacteriophages’ (literally, ‘bacteria killers’), and they form the basis of phage therapy, which has been neglected for the past 30 years. It has a number of advantages over antibiotics, but the major one is that it harnesses natural processes. The virus is alive and adapts as quickly as its bacterial prey, so—in phage therapy—there can never be a superbug or, at least, not for long.
Man, or the general practitioner, may be smart. But Nature is smarter.
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Before the discoveries of Copernicus and Galileo, the Sun orbited the Earth. It didn’t, of course, but everyone accepted that it did because the popes and the Roman Catholic Church told them so.
Medicine operates in a similar fashion. Its governing bodies determine the measure and tempo of disease, which we all go along with, and the pharmaceutical industry pockets the profits.
One good example of medicinal decree is the definition of high blood pressure, or hypertension, the subject of our main story this month. This autumn, America’s National Institutes of Health will meet to discuss whether the determinants for hypertension need to be changed once again. Right now, a ‘healthy’ blood pressure reading is 120/80 mmHg. In 2003, a normal reading was 128/80 mmHg and, before that, common sense prevailed.
Much pivots on the decision. The pharmaceutical industry is pushing for an even more conservative definition because profits improve when a new band of people is suddenly classified as ‘ill’ and so in need of their products. But there’s a minority band of researchers who are calling for the re-introduction of common sense. They are suggesting that medicine has had blood pressure seriously wrong for all these years. They argue that only the systolic level matters in the over-50s, the major target group for antihypertensive drugs.
Others argue that it’s almost impossible to get an accurate blood pressure reading as levels fluctuate wildly during the day, and even from arm to arm. Many also suffer from ‘white-coat hypertension’—their blood pressure races up just from being in the doctor’s surgery. In short, blood pressure levels are not a constant, so hypertension is not necessarily a disease in the sense in which we understand the term.
What is very clear is that many millions of people are taking a powerful antihypertensive drug—such as an ACE inhibitor—unnecessarily. Around 45 million Americans were suddenly caught up in the hypertension net when the readings were changed in 2003, and many millions more are taking the drugs needlessly if the systolic theory is correct. A new report suggests that up to 40 per cent of people diagnosed with hypertension don’t have the problem at all, but are merely victims of ‘whitecoat hypertension’.
This is potentially bad news for the drugs industry, which is currently selling around $26 billion of antihypertensives every year. Of course, nothing is likely to change. The Sun will continue to go around the Earth, and millions of ‘patients’ with high blood pressure will still have the problem after the National Institutes of Health meets.
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Philosophy is the art of asking the difficult question, and it is the engine room of most of the sciences. Physicists, astrophysicists and biologists, for instance, are driven by the quest to understand the complexity of life and how it began. Medicine, on the other hand, doesn’t ask the fundamental questions. It’s down to the patient to be the philosopher in the relationship with his or her doctor. Told that you have a life-threatening condition, the first – and most obvious – questions are: why do I have the disease, and how did it start?
The doctor isn’t interested in the whys and wherefores. Instead, he is trained to examine the presenting symptoms and come to a diagnosis as quickly as possible so that treatment can begin.
As a result, medicine will always be a superficial science, if it can even be considered a science. It treats symptoms – it makes life bearable and comfortable for the patient – but it rarely cures. It is only when medicine looks beyond the immediate symptoms that a cure becomes possible. One example is multiple sclerosis (MS), a disease that seems to affect a tiny minority of people, and the subject of our special report this month (WDDTY, April 2011 - for subscriptions, see: http://www.mcssl.com/SecureCart/ViewCart.aspx?mid=1C466A3E-932D-4B3E-87E7-F916476CE7B7&sctoken=1247346512c44cdda4f48b4a8154a546&bhcp=1 Medicine doesn’t understand the cause of MS beyond suggesting it is an autoimmune inflammatory disease, possibly due to genetic factors but more likely the result of stress or infection.
When his wife developed the condition, Paolo Zamboni, a professor of vascular disease, wasn’t prepared to accept the prognosis of inevitable decline. When he investigated, he discovered that 90 per cent of MS sufferers had blocked cerebral veins, which caused blood to flow back and leave iron deposits in the brain. This, he conjectured, could be a cause of inflammation.
Hundreds of MS sufferers have undergone the Zamboni therapy of cerebral vein angioplasty, often with startling results. Despite these successes, researchers have been unable to find any link between blocked veins and MS, and Zamboni’s work is now being discredited.
Nonetheless, Zamboni asked the question, and he has taken the MS debate to a new level. Thanks to his investigations, we do know there is some association between the functioning of the venous system and diseases of the central nervous system. This suggests that several neurodegenerative diseases have a common genesis – and that MS, Parkinson’s, Alzheimer’s and dementia are related, and the result of degeneration and inflammation.
We are beginning to understand that the neurodegenerative conditions are not autoimmune diseases, but autoimmune responses. MS, Parkinson’s and Alzheimer’s are not progressive and incurable, but diseases that can be controlled and reversed once the response trigger has been identified.
It’s amazing what you learn when you start asking the basic questions.
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By the early years of the 20th century, mass production processes were being refined. Soon, factories would produce thousands upon thousands of items inexpensively – from bottle tops, cola drinks, processed foods, to bicycles and motor cars. Suddenly, everyone could have the same thing! These new industrial processes weren’t restricted to consumer fare; they were also being introduced in the burgeoning petro-chemical industry, which would produce parts, components and pharmaceutical drugs. Now everyone could have a new bicycle – and a drug, too. Mass production created a new phenomenon – mass pharmaceuticals, the one-size-fits-all drug. While the bicycle unarguably takes you from A to B, pharmaceuticals are supposed to deliver their own benefit. They have to suppress symptoms or, heaven forefend, cure. And this has to be demonstrated. So, mass production spawned mass pharmaceuticals – which spawned mass medical science. To demonstrate the efficacy of the mass-produced drug, scientists needed a mass of people who would display benefits from taking the very same pill everyone else was taking. And, just to prove it really does work, they introduced the idea of a placebo, and nobody would be told what it was they were given. Because of the elevated place that medicine holds in society, with its influence firmly established in the worlds of academia, politics and the media, the double-blind placebo mass drug trial quickly established itself as the gold standard of medical scientific rigour. This was muscular science, true science; everything else was quackery and wishful thinking. The trouble was – mass medical science wasn’t delivering great results. Soon, it was enough that a drug could outperform a placebo by a few percent for it to be an enormous success. Often, results were stopped after just a few months of a trial – so what happened to the patient after a year or more? Nobody knew. Sometimes the results were just awful. When they were, the trials weren’t even published. Instead, they were put away into a filing cabinet, and this happened even when the researchers knew the drug was killing people. Sometimes the results were ‘doctored’ – I wonder where they got the term from? – or academics were paid to put their name to research they hadn’t written. Sometimes the whole thing was made up, and yet published in prestigious medical journals, nonetheless. A GlaxoSmithKline executive famously let the cat out of the bag when he said at a private meeting that pharmaceuticals work only 30 per cent of the time. Mass medicine helps some people some of the time, and nobody all the time. What’s gone wrong? Mass production works fine when we deal with simple things: most of us are blessed with two legs to use the mass-produced cycle. However, our body ‘inside’ – the organs, muscles, immune system - is not simple: it is complex and dynamic. We are the sum of our genes, our environment, our diet, our disposition, and much else besides – and it’s a constantly moving target. Mix up that matrix, and its many variables, and you discover that each one of us is unique. There’s nobody quite like you on the planet. As your own eco-system is unique, so any one disease – despite being given a general description, such as lumbago or asthma – has its own special expression in you. Fascinating, but hopeless for mass-production medicine. So far, so bad, but what is the alternative, our medical researcher might ponder. It’s the only show in town. Everything else – alternative or complementary therapy – is non-medicine because it’s just quackery, a placebo dressed up as medicine. It’s just not science. Let’s quickly remind ourselves of our equation: mass production + mass medicine = mass medical science. In other words, the science was invented to legitimise mass production processes for a mass market. Now let’s look at the other equation. Genes+environment+diet+disposition = unique individual. If each of us is unique, and changing, we cannot run a mass scientific trial and hope to get a consistent result. Yes, medicine – and I include all of medicine in this, alternative and allopathic – is scientific inasmuch as it looks for a cause/effect, even though – in a complex system – cause A can have effect Z. But let’s not confuse that with mass-production science. Medicine is a one-case-at-a-time process, a hit-and-miss blend of science, art and intuition. This has always been the position of natural medicine, which has not been overly troubled by mass production processes. So the question is: do I want a medicine that thinks I, and my disease, are the exact same as everyone else’s, or do I want one that recognises my uniqueness, and treats me as such? Do I want a pharmaceutical drug that probably won’t work – and because of its chemical toxicity may do me great harm – or utilise a therapy that probably will in time? I might want a bicycle like yours, but I don’t want your drug.
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I was recently asked by a health symposium to write something along the theme of 'What is natural?' Here is my paper: What is Natural? By their fruits shall you know them.
The simple dictionary definition suggests that a natural thing is from nature. The flora and fauna are natural phenomena. The evolution of the neo-cortex and the development of the conceptual mind has given man the idea that he is outside of nature. It is a conceit - it is an unnatural mind.
This unnatural mind has given birth to unnatural sciences and industries. Since the beginning of the 20th century, we have spawned the mass-production industries of petro-chemicals, plastics and processed foods. How can we say they are ‘unnatural’? They are not at one with nature or ourselves, and we suffer the consequences as a result: • Global warming threatens the planet, and may make large swathes of land inhospitable within the next few hundred years • Pollution is destroying the land and the seas • Chronic disease has reached epidemic proportions. Heart disease, cancer, arthritis, asthma, diabetes and scores of other afflictions were rarer just 150 years ago • Millions of acres of rain forest are being destroyed every year to fuel the mass-production industries. The rain forests are the earth’s lungs • Processed foods are making millions of young people obese, with the concomitant health problems that ensue. Conventional medicine also arose from the unnatural mind that divided man from nature. It is anti-mankind as much as the petro-chemical, fast food and plastics industries; in a sense, it is worse because it wears the false clothing of being for the benefit of mankind. This benefit of mankind: • is the third major killer in the West after cancer and heart disease • fills one third of all hospital beds every year with its ‘mistakes’, people who have had an adverse reaction to a drug or medical therapy • hides its mistakes well (eg, the Vioxx scandal, where the manufacturer was aware its drug was killing people and hid the data for two years, and also with a system that under-reports adverse reactions, sometimes by a factor of 64,000 times) • protects its interests through powerful political lobbies, controlling interests on editorial boards of the mass media, and by the payment of academics • seeks to destroy any other form of therapy that represents a challenge to its profitability, and is currently doing so through the European Parliament and the worldwide Codex Alimentarius. In its defence, and whenever anyone raises these inconvenient truths, it argues that it is a science, and, as such, is the only show in town. Anything that works is medicine; anything that doesn’t is alternative medicine, as the old joke goes. Conventional medicine is not a science; it has even ceased to be an art. It is a commercial enterprise that seeks to protect its dividend streams to shareholders. If it were truly a science, nothing it ever produced would ever see the light of day. As it is, deaths from drugs are equivalent to a jumbo jet crashing every three days. Aeronautics is a science, and we are happy to board an aeroplane, confident that it will take off, fly and land. By comparison, only around one third of prescription drugs has any therapeutic value (as admitted by GlaxoSmithKline), most are only marginally better than placebo, and all come with a raft of side effects, from insomnia right across the spectrum to death. Imagine an aeronautical engineer trying to defend that. “Well, I think it’ll fly, but there is only a 30 per cent chance it will, and it’s just as likely to crash and kill you. It’s probably not a lot better than flapping your hands and if it does fly, you will become nauseous, and actually I can’t guarantee that the experience won’t kill you”. Ready to step aboard?
Medicine is one of the unnatural practices invented by man who saw himself as separate from nature. As a result of this schism or fracture, we pay too high a price: first ourselves, then the planet.
By their fruits shall you know them.
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Couch potatoes rejoice! As of today, you don't have to eat those five portions of fruit and vegetables every day in order to ward off cancer. Researchers have discovered that the advice of every government has, all along, been wrong. The beneficial effect is modest, say researchers from the Mount Sinai School of Medicine, after they profiled the lifestyles of 500,000 participants around Europe. As the average couch potato never even got close to consuming five portions of fruit and vegetables anyway, the news represents more of a salve to his conscience than a rethink to his diet. And those who eat healthily will continue to do so, irrespective of this latest piece of research. And the reason why nothing will change is because it's mass consumer advice from the world of medicine that still works on the concept of mass production. One drug suits all; one piece of advice works for everyone. The truth is more subtle, and more interesting. Cancer isn't one disease, it's around 200. Not all fruits and vegetables are created equal as cancer fighters; some, such as broccoli and the berries, are very effective, some are ineffective. And if they're not fresh, if they've been plastered with pesticides, and then if they are boiled beyond recognition, any health-giving qualities that the vegetables and fruits might once have had have been reduced to almost zero. But did the researchers actually ask these questions? I suppose not, so it's back to the burgers and fries for those who never stopped eating them in the first place.
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Ever since doctors became little more than salesmen for the pharmaceutical industry, medicine has ceased to be a science, only occasionally is an art, and is almost always a commercial enterprise. Research into non-drug solutions was rarely undertaken, simply because there was nobody to fund it, and so the scope of medicine has continued to narrow. Doctors are beginning to wake up to the straitjacket they find themselves in, and some of the more pioneering souls are becoming like their Victorian forebears in their thirst for knowledge and zeal for new ideas. These thoughts are sparked by news this week that cancer specialists in Texas are trying out thermal therapy as a way of countering pancreatic cancer, one of the most lethal forms of the disease. Not that the idea is exactly new. The observation that a high fever can kill cancer cells was observed as long ago as 1866 in Germany, and the Russian playwright Anton Chekhov was also aware of it. It was actively pursued in the 20th century by Dr William Coley, who devoted his life to researching the best herbs, and the correct quantities, for inducing a fever in cancer patients. Sadly, America’s drug regulator, the Food and Drug Administration, put a bar on the work, and conventional cancer therapy has been restricted to chemotherapy drugs and surgery. As with heart disease, cancer is a disease that is far too much of a challenge to humankind to be left in the hands of commercial interests. We hope the Texas oncologists receive all the funding and help they need, and without Big Pharma trying to sabotage their efforts.
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Nobody has anything nice to say about NICE - so, being a contrarian, I will! As you may know, NICE (National Institute for Clinical Excellence) determines the drugs that should be made available on the National Health Service based upon their effectiveness and price. Invariably it makes decisions that upset some groups, and is seen as a skinflint denying life-saving pharmaceuticals to people in desperate need. That's the rub, of course. People in desperate need a magic bullet, and are more than willing to swallow any drug company hype, whereas NICE has to take a more considered view. The institute has hit the headlines again in the past week, this time urging doctors to reduce the prescriptions on drugs such as Ritalin for children with ADHD (attention deficit, hyperactivity disorder). It wants to see the numbers of prescriptions reduced to a third of their current levels, and reserved only for the most extreme cases. There are a number of pressures going on here, and NICE is being the voice of reason. The first pressure is from the drug's manufacturer. Years ago, WDDTY got hold of a secret memo to the salesforce, stating that it was concerned that too few children in the UK were taking Ritalin. It was the start of a concerted drive, and, as usual, the doctors were willing accomplices. The second pressure is from parents and doctors alike, who both see any form of errant behaviour as 'ADHD'. It's a catch-all umbrella term that captures any form of problematic behaviour that, once upon a time, was dismissed as 'boys being boys' and the like. Any excitability is exacerbated by diet, and often times the removal of sweets and processed foods from the diet will result in an almost immediate improvement to any bad behaviour. Of course, this is not to diminish the problems of ADHD and the hell that parents of genuinely afflicted children go through. But NICE has it about right - the prescriptions need to be reduced to around a third of the level of where they are now. It's time to stop seeing every childhood problem as ADHD in order to sell more drugs.
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