EFA+ III | Essential Fatty Acids EFA's Formula
by MD+ (Dr. Mauro Di Pasquale) $37.98
Essential Fatty Acids are available in several trade names such
as Black Current Seed Oil, Borage Oil, EPA/DHA Essentials, Evening
Primrose Oil, Flax/Borage Oil, Neuromines (DHA), Hi-Lignan, Flax
Seed Oil Essential Balance', Oil Omega Plus', Hemp Seed Oil, Flax
Seed Oil Camel Caps, and several others.
Special Properties of EFA's: While EFA's are similar
to vitamins because they are essential, they are different in other
respects. Vitamins are required in small amounts (mg/day). EFA's
are macronutrients, necessary in grams/day.
Another difference is that EFA's are perishable, deteriorating
rapidly when exposed to light, air, heat and metals. Unlike vitamins,
EFA's cannot be dried, powdered, and stored for several years. EFA
sensitivity makes careful processing and freshness extremely important.
Omega 6 And Omega 3 EFA's - Two fatty acids are
essential to human health. (Fish require only one fatty acid and
plants require neither they make EFA's.)
The first is the omega 6 EFA, which is called linoleic acid (LA).
LA is abundant in polyunsaturated safflower, sunflower, and corn
oils. The second, known as the omega 3 EFA, is called alpha-linolenic
acid (LNA). Sometimes referred to as super-unsaturated, LNA is found
abundantly in flex and hemp seeds.
LA and its derivatives belong to the omega 6 family of polyunsaturates.
In addition to linoleic acid (LA), this family includes gamma-linoleic
acid (GLA), dihomogamma-linolenic acid (DGLA), and arachidonic acid
(AA).
If LA is provided by foods, our cells make GLA, DGLA, and AA.
Bad fats (margarines, shortenings, trans-fatty acids, hard fats,
sugar and cholesterol), lack of minerals (magnesium, selenium, zinc)
and vitamins (B3, B6, C, E), viruses, obesity, diabetes, aging,
and rare genetic mutations can all inhibit omega 6 conversion. In
such situations, an oil containing omega 6 derivatives can help.
GLA is present in evening primrose, borage, and black currant seed.
DGLA is found in mother's milk. AA is found in meats, eggs, and
dairy products.
LNA and its derivatives belong to an omega 3 family of superunstaurates.
Besides alpha-linolenic acid (LNA), this family includes stearidonic
acid (SDA), eicosapentaenoic acid (EPA), and docosahexaenoic acid
(DHA). If LNA is provided by foods, our cells make SDA, EPA and
DHA. When the conversion of EFA's to their derivatives is inhibited
by the factors listed above, DHA from black currant seed oil, or
EPA and DHA from fish oils and northern ocean algae can be given.
EFA's Properities - The value of LA and LNA to
health results from their chemical properties. EFA's react with
oxygen (EFA-rich oils, flax, hemp, safflower were traditionally
used in paints because they oxidize, dry and harden quickly when
exposed to air). When fresh, these oils are valuable human foods.
EFA's absorb sunlight, increasing their ability to react with oxygen
by about 1000-fold and making them very active chemically.
EFA molecules carry slight negative charges that cause them to
repel one another. They spread out in all directions. This property
enables EFA's to carry oil-soluble toxins from deep within the body
to the skin surface for eliminations. EFA's form associations with
sulfhydryl group (cysteine) in proteins, important in reactions
that make possible the one-way movement of electrons and energy
on which life depends. EFA's store electric charges that produce
bio-electric currents important for nerve, muscle, and cell membrane
functions, and the transmission of messages.
Essential Fatty Acids Functions - As structural
components of membranes, Essential Fatty Acids help form a barrier
that keeps foreign molecules, viruses, yeasts, fungi, and bacteria
outside of cells, and keeps the cell's proteins, enzymes, genetic
material, and organelles (small organs) inside. EFA's also help
regulate the traffic of substances in and out of our cells via protein
channels, pumps, and other mechanisms. They perform similar functions
in membranes that surround organelles within our cells.
EFA's fulfill many functions including:
- Regulate oxygen use, electron transport, and energy production
our cells most important moment-to-moment processes.
- Help form red blood pigment (hemoglobin) from simpler substances.
- Keep juice-producing (exocrine) and hormone-producing (endocrine)
glands active.
- Help make joint lubricants.
- EFA's are precursors of prostaglandins (PGs), three families
of short lived, hormone-like substances that regulate blood pressure,
platelet stickiness, and kidney function.
- EFA's are a delicate balance between PGs with opposing functions,
in part determined by omega 6 and omega 3 intake, determines the
health of our cardiovascular system.
- Help transport cholesterol.
- Help generate electrical currents that make our heart beat
in orderly sequence.
- Essential Fatty Acids are precursors of derivatives like DHA,
which are needed by the most active tissues brain, retina, adrenal,
and testes.
- Help our immune system fight infections by enhancing peroxide
production.
- EFA's help prevent the development of allergies.
EFA's play a role in every life process in our body. Life without
them is impossible. When foods are EFA-poor, expect a diversity
of health problems. 
Omega 6 To Omega 3 Ratio - Omega 3 to Omega 6
ratios in healthy populations range from 1:2.5 (Inuit diets) to
6:1 (other traditional diets). Since 1850, omega 3 consumption has
decreased to one-sixth its traditional level, resulting in an omega
6 to omega 3 ratio of 20:1 (contemporary polyunsaturated oil diets),
associated with degenerative conditions.
Flax, our richest source of omega 3, quickly replenishes a long-standing
omega 3 deficiency. A dozen 8 oz. bottles of good quality flax oil
consumed over the course of a few months will suffice.
Long--term exclusion or excessive use of flax oil can result in
omega 6 deficiency after about two years, because flax oil is omega
3 rich but omega 6 poor.
Frying and deep frying destroy EFA's by the combined effects of
light, oxygen, and heat, producing toxic substances that produce
atherosclerosis and cancer.
Healing fats, those containing unspoiled EFA's, are vital to health.
Both EFA's must be obtained from foods in an appropriate ratio.
Hard, hydrogenated, and overheated (killer) fats interfere with
vital EFA functions.
To unfold their health benefits, EFA's must be fresh, protected
from destruction by light, oxygen, and heat, and accompanied by
the minerals and vitamins required for their metabolism in the body.
Overheating, refining, and hydrogenation destroys EFA's and their
value to human health.
An adequate supply of healing fats is even more important to health
than the avoidance of killer fats.
How Do I Use EFA+'s?: Directions: take three EFA+
soft gels by APT Nutrition once a day with a meal.
If a person has cancer, inflammatory conditions, or needs to lose
weight, omega 3 should be favored. Otherwise, an omega 6 to omega
3 ratio between 1:2 and 1:3 is suitable.
Nutritional Panel: Supplement
Facts
One bottle of EFA+ contains:
90 soft gels.
*These statements have not been evaluated by
the Food and Drug Administration. This product is not intended to
diagnose, treat, cure or prevent any disease.
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