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Fats, Hydrogenation, Margarine.

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Fats, Hydrogenation, Margarine.

Sun, 13 Feb 2005 02:35:35 -0000

 

 

 

Governments and medical authorities have known since the 1940's that

these cause disease but have been knowingly lying to the populace and

pushing these products as " healthy " anyway.

 

 

 

 

 

Fats, Hydrogenation, Margarine

 

 

Come forth into the light of things; let nature be your teacher.

-Wordsworth.

 

 

The hydrogenation plants of our modern food industry may turn out to

have contributed to the causation of a major disease.

 

Leading article Lancet 1956 Vol 2 page 557

 

 

 

Our way of life should not be so much our way of death.

 

-Edward Faukner

 

A fat is distinguished from oil by its physical consistency. At room

temperature, if solid, it is considered a fat; if liquid, an oil. In

the natural state, however, either fat or oil can gradually revert to

liquid or solid by having the temperature raised or lowered. The

characteristic solidity or liquidity depends, generally, on the degree

of saturation of the fatty acids. The more solid they are, the higher

the saturation; the fluid oils are nearly all unsaturated to some degree.

 

 

 

In general, vegetable and fish oils are highly unsaturated; animal

fats are highly saturated. There are exceptions. For example coconut

oil, a vegetable fat is highly saturated. The unsaturates contain

highly desirable " essential fatty acids " (EFA) vital for bodily

function and good health. (These fatty acids are linoleic, linolenic

and arachidonic)

 

 

 

A French chemist, Paul Sabatier, Dean of the faculty of science at the

University of Toulouse, was noted for his tremendous work and research

in catalysis. In 1912, along with Victor Grignard, he was awarded the

Nobel Prize in Chemistry for his method of hydrogenating organic

compounds in the presence of finely divided metals.

 

 

 

The process originally had been intended for use in soap manufacture.

By saturation, liquid oils are converted into plastic solid fats.

American chemists adapted the process for food fats.

 

 

 

How is the liquid oil or soft fat hardened? It is exposed to high

temperature and placed under pressure. Hydrogen is then bubbled

through the oil in the presence of nickel, platinum or some other

catalyst. The Hydrogen atoms combine with the carbon atoms, and the

product becomes saturated or hardened. The new compound bears no

relationship to the original oil. It is dark, malodorous grease. It

is then bleached with corrosive chemicals to finish the change from an

organic to an inorganic substance; from a live to a dead concoction.

Technologists' skills are used to bleach, filter and deodorize it into

a pure white, odourless, tasteless, highly artificial fat. It may be

processed further for making shortening, lard or margarine.

 

 

 

The heating of the oil ruins its original character, with destruction

of all vitamins and mineral factors as well as an alteration of

proteins. The essential fatty acids (EFA) are destroyed, or changed

into abnormal toxic fatty acids antagonistic to EFA. The synthetic

fat forms new molecular structures unacceptable to the human

physiology. Dr. Hugh Sinclair at the laboratory of Human Nutrition,

Oxford University, has found that lack of EFA

 

" Is a contributory cause in neurological diseases, heart diseases,

arteriosclerosis, skin disease, various degenerative conditions such

as cataract and arthritis and cancer.

 

- Drug Trade news July 1 1957

 

 

 

Doctors - good, respectable, intelligent, capable medical men and men

of unimpeachable integrity – recommend and advise that their patients

who are in danger of or have had heart troubles, give up the use of

Butter and instead use margarine. May God in his mercy have pity on

the medical men who are giving this advice to their patients - and

even more so on their patients.

 

- John H. Tobe " Margarine (The

Plastic Fat and your Heart Attack 1962

 

 

When I first discovered that Nickel was used in practically all

processes of hydrogenation, I wondered. Then upon further study, I

found that only finely pulverised nickel was used … Then I found it

clearly admitted in a book entitled " Industrial Chemistry " that all

of the nickel can never be filtered out no matter how hard they try. A

quote from this book: " The commercial procedure is to suspend finely

divided nickel in the oil heated to 250 degrees to 300 degrees F. (121

to 149 degrees C) and blow in Hydrogen gas… The nickel is used in

amounts of 0.5 to 1 percent of the weight of the oil. "

 

 

 

It is bad enough that with every mouthful of hydrogenated fat you also

get a quantity of nickel, but I checked deeper and to my utter

amazement I found that the products used by the industry at large was

a substance called raney nickel. Very few people know, but the Merck's

Index reveals that " Raney Nickel catalyst is prepared by fusing 50

parts of nickel with 50 parts of Aluminium, for use as catalyst for

the hydrogenation of organic compounds with the gaseous hydrogen.

Usually from 1 to 10% of the substance to be reduced is employed. "

 

 

 

In " Industrial Chemistry " They state that 0.5 to 1 % catalyst is used.

Merck's Index reads that from 1-10 % is used.

 

 

 

- John H Tobe

 

 

 

There is no assurance that nickel, if used, as the catalyst leaves no

residue in the product. This element, even in minute quantities in

the diet, is suspected of being a carcinogen. In addition, the role

of " abnormal " metals such as nickel has been studied in relation to

arteriosclerosis. One metal can replace another and inactive it in a

biologic system, so that there is a possibility that the nickel

competes with an essential metal of the enzyme system of the body and

produces a Vitamin B6 (Pyridoxine) deficiency. This Vitamin plays an

important role in converting saturates to unsaturated in the body.

 

 

 

Henry A Schroeder M.D.

 

(Journal of Chronic Diseases July 1955)

 

 

Margarine, in addition to its hydrogenation, has other objectionable

features that make it an artificial product. It is a water and oil

emulsion, with chemicals added to maintain its stability and give it

other properties. An artificial butterlike flavour and odour are

achieved with dactyl. To insure enjoyment of these qualities,

isopropyl or sterol citrates are added. These additives are

euphemistically labelled " flavour protectors " . Additional attempts

to achieve butter like qualities are made with artificial colour,

lecithin to imitate the frying behaviour of butter and synthetic

Vitamins to enrich the product. " Sodium benzoate, benzoic acid or

citric acid may be added as preservatives. The benzoates are known

poisons, with severe reactions in sensitive individuals, resulting

occasionally in death. In addition to these items, emulsifiers

(monoglycerides, triglycerides and others) may be present.

 

 

 

By 1958, in the U.S. margarine outsold butters by more that 100

million pounds yearly. But the real bonanza came when the industry

began to exploit the public interest in polyunsaturated. The campaign

was labelled as " one of the the most unprincipled food promotions… in

the past quarter of a century " , with TV commercials " noisy,

ubiquitous and shameless. "

 

 

 

Sir John Mc Michael, Emeritus Professor of Medicine at the University

of London says (Quote from the Star July 27 1977) " many doctors

have allowed themselves to be brainwashed by propaganda into a

widespread acceptance of a dietary fashion for polyunsaturated fats

which could only be transient.

 

 

 

Sir John accused Professor A.G. Shaper of ignoring modern scientific

appraisal and trials. Evidence quoted by Sir John:

 

1. A British trial on 600 patients, at risk of coronary heart

disease, on low fat and polyunsaturated diets, clearly showed no

effect on coronaries or death rates.

 

2. Cholesterol-lowering drugs were tried out on more than 8000

patients in the United states with no benefit

 

3. A mayo clinic study showed the extent and severity of coronary

disease is unrelated to high or low cholesterol.

 

 

 

Dr. Keith Ball of the Central Middlesex Hospital in London accused Sir

John of ignoring cast changes in diets over recent years. Consumption

of unrefined carbohydrates had fallen and that of fat increased.

More and more " Junk Food " high in saturated fats and additives, and

far less natural and unprocessed foods had been eaten.

 

 

 

Sir John in reply said Professor Jens Didichen of Oslo introduced

low-fat diets in Norway 25 years ago after which soy bean oil

consumption increased five fold – now confessed there had been a

steady increase of coronary heart disease in Norway.

 

 

 

He regrets the anxiety created by his advice to the population but

admits: " It ahs become increasingly clear that we are on the wrong

track. "

 

 

 

Yet it must be a brave man who disregards the anti-cholesterol advice

of so many eminent authorities. They may just prove to be right.

 

 

- The STAR July 27, 1977

 

- (Marais Malan Science Editor)

 

 

 

 

The margarine manufacturers have advertised their wares as containing

unsaturated. Significant quantities are unlikely, regardless of raw

materials used, because of the hydrogenation of the product. Many

claims fail to tell the whole story, and typify what advertising

agencies call " avoidance of negative appeal. " Slogans have been

devised that " a little inaccuracy saves a world of explanation "

Another artful device is to label margarine and other factory foods as

" partially hydrogenated " or " partially hardened " with the word "

hydrogenated " or hardened used interchangeably. A product is either

hydrogenated or not hydrogenated: any degree of hydrogenation is not

in the best health interests.

 

 

 

Advertising copywriters for margarine have shifted from direct to

indirect health claims. References to heart disease or doctors

prescriptions are made less frequently.

 

Instead these have been superseded by phrases like

 

" High in unsaturates " or " low in saturated fats " .

 

 

 

It is well to remember the observation of Dr. Bicknell in World War 2

in Norway, where margarine factories had been destroyed, arterial

diseases decreased. In England, during the same period, with margarine

factories intact, arterial diseases increased. He commented: " . Our

increasing arterial degeneration. Is a preventable pandemic disease of

modern foods and especially of modern bread, milk and margarine?

 

- Franklin Bicknell M.D. (1960)

 

 

 

Despite the shocking implications of hydrogenation, the process id

used almost universally by food processors. Far worse, it is accepted

and fully sanctioned by Government agencies responsible for the

consumer's welfare. It is difficult if not virtually impossible, to

avoid hydrogenated fats, commonly used in restaurants, bakeries and

hundreds of consumer food products (packaged dehydrated soups.

Chocolates, sweets, caramels, bread, cakes cookies, biscuits,

puddings, pies, jelly rolls, Danish pastries, pretzels packaged

popcorns, peanut butter, desert toppings, pastry mixes, cake mixes,

sauces, baker' s fillings, Ice cream coatings, many or most packaged

foods especially those with long shelf lives, processed meats, most

packaged fats such as shortening and especially margarine, raisins,

prunes, nuts and many other foods covered with hydrogenated fats. )

 

 

 

These hydrogenated oils are the greatest villains of all because you

find them in the most unsuspected places,

 

 

 

In the light of the present knowledge, official acceptance of

hydrogenation is unpardonable.

 

- Beatrice Trum Hunter

 

 

 

…. The death of my people is a silent accusation; it is a crime

conceived by the heads of the unseen serpents… It is a song less and

senseless tragedy….

 

- Kahlil Gibran

 

- (Dead are my People)

 

 

 

…. It appears to me necessary to every physician to be skilled in

nature and to strive to know, if he would wish to perform his duties,

what a man is in relation to the articles of food and drink, and to

his other occupations, and what are the effects of each of them to

every one..

 

Whoever does not know what effect these things produce upon man cannot

know the consequences, which result from them.

 

Who ever pays no attention to these things, or paying attention does

not comprehend them, how can he understand the diseases, which befall

man? For, by every one of these things a man is affected and changed

this way and that. And the whole of his life is subjected to them,

whether in health, convalescence or disease. Nothing else, then, can

be more important or more necessary to know than these things.

 

- Hippocrates.

 

 

 

 

We are natural beings and are trying to live in an artificial world.

It cannot be done. There are certain fixed points in our problem,

which limit our action; we may not ignore them or disaster happens.

The effects of action taken in their defiance, sometimes, in the early

stages, supervene so slowly that the approaching disaster and its

cause are not seen or not accepted.

 

- Dr. Lionel James Picton.

 

 

 

forwarded by

Zeus Information Service

Alternative Views on Health

www.zeusinfoservice.com

 

 

 

All information, data and material contained, presented or provided

herein is for general information purposes only and is not to be

construed as reflecting the knowledge or opinion of Zeus Information

Service.

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