Essay on Health
Refined foods & degenerative
disease
Jonathan Stuart Christie – jonty@ix.netcom.com
I’m not a medical doctor and this is not medical advice. Your mileage may vary.
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Contents |
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Food refining causes nutrient losses Nutrient losses raise CHD risk Insulin resistance & hypertension |
Despite
every effort, medicine can neither prevent nor cure heart disease. The same goes for cancer, diabetes, dementia
and even arthritis. As a result, we
suffer horribly as we age. Medicine pays
lip service to nutrition, yet public policy allows foods depleted of essential
nutrients to reach the marketplace.
Examples include trans-fats,
refined vegetable oils and sugar.
Societies which do not eat these foods do not deteriorate as we do! Ironically, the healthy people in these
societies have almost no knowledge of nutrition. While we have a great deal, we don’t use what
we know because the food industry and the pharmaceutical companies with the complicity of government
distort this knowledge for their own purposes.
I have insulin-dependent diabetes, a
disease notorious for accelerating heart disease. When I was diagnosed at age 37, I saw the
devastation wreaked by the disease in my doctor’s waiting room and was driven
by sheer terror to search for a solution.
For years, my wife and I experimented with diets. We learned that raw vegetables are kinder to
the insulin-dependent diabetic than cooked vegetables, but I wasn’t out of the
woods. In fact, I was at my wit’s end
because I couldn’t keep my blood sugar in the normal range, and the harder I
tried, the worse the hypoglycemic episodes I suffered. Then Dr Richard Bernstein published his
low-carbohydrate approach, which is the opposite
of the medical prescription. I found
that the combination of my raw vegetables and his approach of avoiding starchy
foods like bread and potatoes worked like a charm. I eat meat and fish with (mostly) raw
vegetables and almost no refined foods, and eating this way keeps my blood
sugar stable and in the normal range. I
never gave a thought to heart disease, yet after fifteen years of eating this
way, my wife and I both have calcium
scores in the aorta of zero, which is
unusual and implies a low risk of heart disease (Pletcher
2004). I’ve researched the phenomenon and I’m
convinced I’ve found a reason why: people who have no heart disease eat
unrefined foods. Explore the evidence
with me and conclude for yourself if this is coincidence.
Kitava Islanders have no Coronary
Heart Disease
Near
The Kitavans are by all accounts a charming people with a rich culture. They have a long history of sailing their ornate, hand-carved outrigger canoes to neighboring islands and trading necklaces and carved shells in an intricate, competitive exchange of gifts. The anthropologist Bronislaw Malinowski was exiled to the island during WWI, and published his ground-breaking cultural investigation into this so-called Kula exchange in his book, Argonauts of the Western Pacific.
In spite of an abundance of food, the Kitavan Islanders are lean and their blood pressure does not rise with age. The common causes of death are infections, accidents, complications of pregnancy and senescence. Senescence means old age: the Kitavans die of old age. You can hear the cholesterol chorus chime in with “It’s their genes!”, but a visiting emigrant islander who had lived on a Western diet for many years gave the lie to this notion. He had the typical Western health pattern of high blood pressure and abdominal obesity. And besides, the researchers noted that “compared with [Westerners] … Pacific Islanders seem more prone, not less, to develop diabetes after adopting a Western lifestyle” (Lindeberg 1999).
The Kitavans eat taro, sweet potatoes, yams, fruit, fish and coconuts, and eat very little Western food such as sugar, alcohol, grains, refined vegetable oils, and trans-fats. Almost all of them smoke (78%!), all chew the betel nut, and they exercise only at the level of a moderately active Westerner. Their cholesterol levels are said to be “unfavorable.” The reason for this is that 60-year-old males average a “bad” LDL-cholesterol level of 120, and the average 60-year-old female scores even higher at 148, while a “desirable” level is less than 100. The researchers thought this was “probably due to a high intake of saturated fat from coconut”, albeit in a diet with only a low 21% calories from fat. This seems to me to be a truly awesome failure of the imagination: whatever their cholesterol picture, it must be entirely favorable since they have no heart disease whatsoever! And this is not a fluke. Interestingly, the Tokelau Islanders (among the Cook Islands in the South Pacific) eat no less than 47% of their calories as saturated (coconut) fat, and males aged 55 to 64 have cholesterol levels averaging 245, yet they, too, enjoy robust vascular health (Prior 1981).
So far, the Kitavans have lots of supposed Western risk factors but no heart disease. This suggests that cholesterol is not actually a cause of heart disease, and that saturated fat is not, in itself, dangerous! It cannot be their low-fat diet is protecting them, because this is inconsistent with the experience of the Tokelau islanders, and with that of traditional-living Eskimos who were free of heart disease while eating the most fat of any diet ever investigated. What the diets of the Kitava Islanders, the Tokelau Islanders and the Eskimo have in common is a very small amount of refined food, unlike the Western diet.
The surviving hunter-gatherer tribes are also without heart disease:
Field
studies of twentieth century hunter-gathers (HG) showed them to be generally
free of the signs and symptoms of cardiovascular disease (CVD). … In this
review we have analyzed the 13 known quantitative dietary studies of HG and
demonstrate that animal food actually provided the dominant (65%) energy
source, while gathered plant foods comprised the remainder (35%). … and a lower
omega-6/omega-3 fatty acid ratio, would have served to inhibit the development
of CVD. Other dietary characteristics
including high intakes of antioxidants, fiber, vitamins and phytochemicals
along with a low salt intake may have operated synergistically with lifestyle
characteristics (more exercise, less stress and no smoking) to further deter
the development of CVD. (Cordain 2002)
Polynesian horticulturalists, East African nomads, Eskimos and Cretans have also been studied and found to have negligible heart disease. All ate predominantly unrefined foods, and some (especially the Cretans) had characteristics such as smoking and “high” cholesterol which, were they Westerners, would put them in the high-risk category.
Significantly, the insulin levels of
the Kitava Islanders are half those
of Swedes living in
The Kitavans demonstrate that our conception of the cause of the diseases which kill us is mistaken.
US Healthcare:
Caveat emptor!
I’m a psychotherapist. Nutrition is not my field, but I started out
as an engineer so I applied my engineering skills to this new problem when I
developed diabetes at 37 years of age. I
knew I had to make careful study of how to avoid the complications this malady. I gained a PhD in Health Principles, and
eventually published a book, Food for Vitality,
on essential fatty acid disturbances in disease. The low-carbohydrate
solution I found through my researches turned out to be amazingly simple and
effective, yet it is diametrically opposite
to the prescription of the diabetes healthcare system. The price of the diabetologists’ bad advice
is complications which eventually kill most
of the diabetic population. And yet the
conventional diabetes diet was adopted directly from the American Heart
Association diet, on the principle that since diabetics suffer accelerated
heart disease, they need a heart-healthy diet.
Unfortunately, the flaws in this
diet accelerate both diabetic complications and heart disease.
When the
measures my doctor prescribed made things worse, I researched the question and
what I discovered from the scientific literature left me shocked and
appalled. For example, I learned that the
commonly-accepted idea that cholesterol causes heart disease must be wrong
because lowering cholesterol fails to prevent heart disease. This is crystal clear. However, cholesterol is very good business
for food manufacturers, drug makers, cholesterol testers, cardiologists,
surgeons, hospitals and so on. I also
learned that nutritional measures which do alleviate heart disease have been
discovered, and rediscovered, over the years, but are simply ignored if they
contradict the cholesterol idea. The healthcare
system neglects nutrition, and therefore fails those who depend on it.
Most of us believe that
Let us look at what we spend, and
what we actually get. Mirabile dictu – incredible to relate –
The
popular perception that we=re living a great deal longer than we did a century ago is
quite wrong, a figment of statistics. It
is true to say, statistically speaking, that life expectancy at birth
was 47 years in 1900 and 75 years in the year 2000, but the telling statistic
is that the life expectancy of a 65 year old male in 1900 was 12 years (i.e.
he’d live to 77), and the life expectancy of a 65 year old male in 2000 was 16
years, an increase of but four years.
The key to the puzzle is that infant mortality was 216 per 1,000 births
in 1900, and only 6.3 in 2000:
Infant
mortality has fallen. (Click on
images for large view)
Running
water, indoor plumbing and refrigeration controlled the infectious diseases and
permitted more babies to survive, but medical advances have improved our
circumstances towards the ends of our lives hardly at all. We used to die of infectious
diseases, and now we die of heart
disease and cancer,
so it’s really only the manner of our
passing that has changed:
Deaths from infections disease have fallen dramatically. Interestingly, the introduction of antibiotics and vaccines did not steepen the fall: in other words, measures such as the chlorination of water, refrigeration and improved sanitation did far more than medicine.
As
deaths from infectious diseases fell, deaths from heart disease and cancer have
risen. Mortality from heart disease is
deceptively low because the figures are age-adjusted
to the 1940 population, in which there were far fewer older people. There were 1.7 times the number of people
aged 65-84 years in 2000 than there were in 1940, which means that the
heart-death rate in 2000 was 1.7 times what the graph shows (because most heart
deaths take place in this age group.)
The 1940 point is accurate at about 300,000 deaths, and the 2000 point
would be about 1,400,000 were the graph not age-adjusted. That there has actually been an increase in the incidence of angina
corroborates this: angina almost doubled between 1978 and 1995 in a sample of
British men aged 55-59 (Lampe 2005).
We
know that heart disease is not caused by a cholesterol-lowering drug
deficiency, and that cancer is not caused by neglecting to take
chemotherapeutic agents. But the truth
is that we don’t really know what causes heart disease or cancer, and today’s
ideas don’t suggest preventive strategies or effective treatments. Healthcare
is virtually helpless to prevent these epidemics.
Medical care
itself is estimated to have caused
783,936 deaths in
2001. Among other things, there were
adverse reactions to drugs (106,000), medical errors (98,000), infections
acquired in hospitals (88,000), botched surgeries (32,000), unnecessary
procedures (37,136), even malnutrition (108,800) and, amazingly, bedsores
(115,000), making the healthcare industry itself the third leading cause of death in
To
add insult to injury, according to a Harvard
University study of 2001 data, half
of all personal bankruptcies in the
Yet
in more Aprimitive@ cultures eating their traditional
diets, people who survive childhood infections and accidents die of old age
with their faculties intact at pretty much the same age we do. The health surveys are unequivocal, the facts
inarguable. Perhaps their immunity from
our degenerative diseases is because of the higher nutrient content of their
traditional, unrefined diets. This seems
to me to be self-evident, but are we using this information to improve our
health? We don’t use this information to
improve our health because we mostly don=t know about it, and, what=s worse, we don=t know we don=t know!
There are
known knowns ... but there are also unknown unknowns.
The ones we
don=t know we don=t know.