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roundcoconut wrote:Well, feel free to do some further reading on the matter, but personally, I find it very convincing that:
1. Human beings ate whole foods, which contain fat, for years and years before we developed plants to extract the fats out of foods. What do you think people ate in towns without an olive-oil-processing plant? What do you think people did before they kept cows as slave animals and skimmed the cream off of the milk, or processed it into butter? (Oh well, I'm an animal person.) They ate whole foods and I'm always willing to believe that this worked out just fine for their health.
2. There are plenty of other mammals who eat whole foods in the world. Apes, gorillas, elephants, etc. They don't need to spread extracted fats on their foods, and their nerve cells seem to be doing just fine.
On the other hand, the humans who've got factories to extract fats from foods, and then add then back into other processed foods -- we are not doing so well, and we are sicker than most populations of wild animals. It makes you think they are doing something right, and we are doing something wrong!
This is not a scientific analysis, of course, but I just don't see where one is needed. Look around, and see for yourself.
Oils Are Essential for Health
The human body can synthesize from raw materials almost all of the organic compounds needed to build and maintain itself. However, there are a few basic elements that it cannot synthesize. These must be obtained from the food, and include 11 vitamins, 8 amino acids, and 2 kinds of fat. Fortunately, except for two vitamins (vitamin D from the sun and B12 from bacteria), all of these essential nutrients are made by plants and found in abundant quantities in a diet based on whole starches, vegetables, and fruits.
Fats are made of chains of carbon which differ in length, and the number and positions of double bonds (a chemical term for a dual linkage between carbon atoms). Animals cannot create double bonds after the third and sixth carbon on the chain. Only plants can make this arrangement. The result is that only plants can synthesize omega-3 and omega-6 fats. These are referred to as “essential fats.” We, like all other animals, must get these essential fats directly by eating plants or indirectly by eating animals that ate plants and stored these essential fats in their tissues. For example, fish store the omega-3 fats made by algae—fish cannot synthesize this kind of fat.
Essential Fat Deficiency Is Essentially Unknown
In our bodies these plant-derived, essential fats are used for many purposes including the formation of all cellular membranes, and the synthesis of powerful hormones, known as eicosanoids (prostaglandins, leukotrienes, and thromboxanes). Our requirement is very tiny, and even the most basic diets provide sufficient linoleic acid to meet our requirement, which is estimated to be 1–2% of dietary energy.1 Therefore, in practical terms, a condition of “essential fatty acid deficiency” is essentially unknown in free-living populations.*
Essential fatty acid deficiency is seen when sick patients are fed intravenously by fat-free parenteral nutrition. In these cases, correction of the deficiency can be accomplished by applying small amounts of soybean or safflower oil to their skin—giving you some idea of the small amount of oil we require.2 Plan on your diet of basic plant-foods supplying an abundance of essential fats delivered in perfectly designed packages, functioning efficiently and safely.
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