Jesus was a Vegetarian!
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- EXPLANATION
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- Iron Overload
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- The Suppression of Vitamin E
- Orthomolecular - The Right Molecule
ANTIOXIDANTS 'THE MEN OF THE HOUR'
We have two sources of antioxidants: the foods we eat and the
supplements we can buy in most pharmacies, supermarkets, and
health food stores. (You also may obtain antioxidants by
prescription from your physician.)
Naturally occurring antioxidants in our foods help to prevent
free-radical damage. The selection of foods rich in these vital
substances is the first step in achieving optimal protection .
Your own kitchen can be a storehouse of some of he most
effective and important antioxidants:
- Vitamin E
- Vitamin C
- Beta carotene (pro-vitamin A)
- B-complex vitamins:
- Thiamin (B-1)
- Pyridoxine (B-6)
- Pantothenic acid (B-5)
- PABA (para-aminobenzoic acid)
- Selenium
- Zinc
- Sulfur-containing amino acids
- BHT (butylated hydroxytoluene)
These are just a few of the common antioxidants you'll find in
your refrigerator and kitchen cabinet. Let's examine more
closely some of the foods rich in these widely available
anti-oxidants that can 'help you heal faster and age more
slowly'.
VITAMIN E ( DL-ALPHA TOCOPHEROL ACETATE)
Vitamin E is the primary deterrent of free-radical formation in
your body when you eat unsaturated fats. Vitamin E is depleted
by high-unsaturated-fat diets. (remember, a low-fat diet aids
injury healing): so the more fats you eat (the unsaturated ones
are usually liquid at room temperature, and are therefore
technically called oils), the more vitamin E you need.
Vitamin E is fat soluble, which means that it can be stored in
the body. Since vitamin E can be destroyed by freezing, you
should use fresh food sources, if these will be your primary
supply of this important antioxidant.
VITAMIN-E-FOODS
- Wheat germ
- Whole grains (brown rice, whole wheat, oatmeal, cornmeal)
- Asparagus
- Spinach
- Sweet potato
- Beet greens
- Turnip greens
- Brussels sprouts
- Broccol
i
The amount of vitamin E in these common foods varies
tremendously according to storage time, method of preparation,
where they were grown, and what chemicals they were
exposed to from the time they were harvested until they
reach your table. When you enjoy commonly served portions of
these vitamin-E-rich foods (such as you are served in
restaurants) you will consume about 10 to 15 I.U.'s
(International Units) of vitamin E in its various forms. And
since you are on a low-fat diet, your need for vitamin E is not
increased as it would be if you ate large amounts of unsaturated
fats.
Vitamin C is a water-soluble antioxidant vitamin, which means
that you must regularly replenish your body's supply. Some
nutritionists have mistakenly assumed that since you can avoid
scurvy - the famous vitamin C "deficiency" disease - on as
little as 9 milligrams a day (a small baked potato provides 45
milligrams), then your need for vitamin C is very small.
This potent antioxidant is unstable in the presence of both heat
and oxygen, so it is best to eat vitamin-C-rich foods raw, if
possible. The fresher, the better. If you cook vegetables, use
as little water as possible. (Try steaming to retain this
vitamin.)
Vitamin C also helps your body heal from sports injury and
surgery better and faster, and helps protect it against the
damage from anesthesia (due to free-radical formation). I
believe that vitamin C supplementation, beyond the amount you
can reasonably expect to receive from any foods, is extremely
important before and after surgery.
Vitamin C blocks the formation of many carcinogens
(cancer-causing substances) found naturally in foods and in the
body. It functions equally well as a preservative in foods to
which carcinogenic compounds have intentionally been added, such
as in the case of nitrates and nitrites. These chemicals prevent
contamination of foods by dangerous microrganisms and therefore
they play an important role in keeping us healthy. It is wise to
supplement our diets with additional vitamin C if we eat foods
adulterated with other potentially harmful chemicals, but our
national nitrate phobia actually is ill-founded: we produce more
naturally occurring nitrates in our own bodies than most of us
get from our diet. (Your saliva, on any given day, contains a
much greater concentration of nitrates than food manufacturers
add to foods to protect against botulism and other dangerous
disease.)
VITAMIN-C-RICH FOODS
- Citrus fruit (oranges, Spinach (raw)
- grapefruit, lemon, lime) Turnip greens
- Tomatoes Collard greens
- Strawberries Watercress
- Brussels sprouts Black currants
- Peppers (raw) Papaya
- Potatoes
Since vitamin E and vitamin C work synergistically (the combined
effects of these two antioxidants is multiplicative rather than
additive), foods that provide each vitamin should be included in
your diet if you do not take antioxidant supplements.
BETA CAROTENE
Beta carotene is called pro-vitamin A because it is transformed
by the body into active vitamin A at a safe rate when it is
needed. Beta carotene is relatively nontoxic in amounts far
greater than you would be able to survive if you ingested an
equivalent amount of active vitamin A. Vitamin A poisoning can
result in serious nerve and liver damage, and even death when
ingested in amounts exceeding 50,000 International Units per day
for several months or more.
Beta carotene comes from the vegetable kingdom; active vitamin A
is found only in animal foods. Recent studies have shown that
beta carotene, a potent antioxidant, helps protect against the
damaging effects of air pollution and even reduces the risk of
getting lung cancer.
You can identify many vegetables rich in beta carotene by their
color - usually orange, dark green, or yellow. Since this
antioxidant is fat soluble, your body can store an ample supply.
Beta carotene is not susceptible to destruction by cooking, like
vitamin C and other water-soluble vitamins. And if you spend a
great deal of time in the sun, as many active people do, you'll
be pleased to know that recent research indicates that beta
carotene can protect against potentially damaging (and aging)
effects of solar ultraviolet-B radiation. Beta carotene is a
potent inhibitor of a type of free-radical called singlet
oxygen.
BETA-CAROTENE RICH FOODS
- Pumpkin Endive
- Carrots Kale
- Sweet potatoes Romaine lettuce
- Winter squash Turnips and turnip greens
- Summer squash Spinach
- Broccoli Fresh tropical fruits
- Tomatoes papaya, canteloupe,
- Escarole mangos, etc
- Chard
B VITAMINS
Thiamin (vitamin B-1) is vital to the energy-release system in
the body. It is essential to several enzyme systems that
regulate the metabolism of protein , fat , carbohydrate, and
alcohol. Moreover, thiamin is part of the complex system that
helps transmit nerve impulses throughout the body. (HOME)
Athletes who drink alcoholic beverages need much more thiamin
than they get from foods.
Simply trade some high-calorie foods (thereby reducing total
daily calories , sugar and fat intake) in order to continue the
beer you love. This trade off helps keep serum triglycerides
(blood fats) at an acceptable level, helps reduce your beer
belly (even though you still get to enjoy your favorite brew),
and added antioxidant-rich foods and supplements to protect
against the toxic effects of alcohol.
THIAMIN (VITAMIN B-1) - RICH FOODS
- Beans (any type)
- Baked beans (vegetarian style in tomato sauce
-the small amount of sugar in the sauce will not hamper your
peak performance because the sauce is fat-free; if you're
active you easily burn up the added sugar)
- Bread (whole grain) Spinach
- Oatmeal Broccoli
- Brown rice (there's no Peas
- thiamin in 'polished' Oranges
- white rice) Cucumbers
- Wheat germ
- Artichoke
- Asparagus
'Caution; don't boil away your thiamin'. Thiamin is a
water-soluble vitamin and is attacked by oxygen and destroyed by
heat. Eat thiamin-rich foods , raw or steamed; vegetables should
be cooked until just done (al dente'). Thiamin is available in
supplemental form in almost every B vitamin formulation on the
market.
PYRIDOXINE (VITAMIN B-6)
Pyridoxine is involved in a multitude of metabolic processes ,
including protein transport. Pyridoxine plays a most important
role for athletes in the conversion of stored muscle glycogen to
energy-producing glucose (blood sugar).
Pyridoxine is also water soluble and is destroyed by light and
heat, so be sure to take the same cooking and storing
precautions as you do with other water-soluble vitamins such as
vitamin C and thiamin.
Some scientific evidence shows that pyridoxine protects against
artery damage resulting from high-protein diets and a disease
known as homocystinemia. This protective effect is due to the
antioxidant properties of pyridoxine and is also the reason that
this vitamin antioxidant protects cells from other damaging
chemicals that we eat and breathe. (HOME)
PYRIDOXINE (VITAMIN B-6) - RICH FOODS
- Leafy vegetables (loose Peas
- leaf lettuce, spinach, Lentils
- cabbage, etc.) Bananas
- Whole grains and cereals
- Beans
Pyridoxine is a potent antioxidant that plays an important role
in protein metabolism. It actually transports amino acids, the
building blocks of proteins, to the sites of important metabolic
reactions that determine your level of peak performance.This
vitamin antioxidant is so important that all athletes should
take additional pyridoxine.
PABA (PARA-AMINOBENZOIC ACID)
PABA is a B-complex vitamin and antioxidant that protects cell
membranes, including red blood cell membranes, including red
blood cell membranes, from free-radical destruction. PABA works
with pyridoxine (B-6) in preventing certain types of anemia that
rob athletes of vital oxygen during physical activity. PABA is
also a popular antioxidant that , when applied to the skin ,
helps protect it from premature aging and skin cancer.
PABA-RICH FOODS
- Whole grains and cereals
- Leafy vegetables
- Beans
- Peas
- Lentils
- Potatoes
PABA , like beta carotene, protects against ozone damage caused
by air pollution and ultraviolet solar radiation. (HOME)
PANTOTHENIC ACID
Pantothenic acid gets its name from the Greek word for
'everywhere.' because this B-vitamin antioxidant is present in
every living cell. Pantothenic acid plays a key role in energy
production and is an important antistress vitamin. Scientific
studies have conclusively demonstrated that this antioxidant
extends the life expectancy of laboratory animals.
Pantothenic acid is a key antioxidant for athletes who compete
in extreme conditions, especially cold weather. Athletes who use
pantothenic acid in supplement form should ask for calcium
pantothenate the calcium salt of pantothenic acid.
SELENIUM
Selenium is a trace mineral (which means that the body requires
very small amounts--too small to be seen by the human eye). This
antioxidant forms part of several enzyme complexes that protect
fats (oils) from creating free-radicals. It also plays an
important role in helping vitamin E function as an antioxidant.
Finally, selenium helps our body's cells kill potentially
dangerous bacteria.
The ordinary American diet does not supply much selenium because
is usually milled or processed out of foods such as white rice,
white bread, and other commonly processed or manufactured foods
that Americans enjoy.
SELENIUM - RICH FOODS
- Whole grains and cereals
- Wheat germ
- Brewers yeast
- Fresh fruits
- Fresh vegetables
- Garlic
- Onions
The selenium content of foods depends on the selenium content of
the soil in which these foods were grown. Some parts of the
United States are selenium poor, and so it's difficult for
consumers to determine just how much selenium their cup of brown
rice provides. The soils with the highest selenium content are
found in the great plains between the Mississippi River and the
Eastern Rockies. The soils lowest in selenium content are in the
Northeast, Florida, and the Pacific Northwest.
Athletes who take selenium supplements must know that large
doses of selenium can be toxic. Even though the body requires
selenium in microscopic amounts, most athletes still do not get
enough of this antioxidant from their highly refined diets.
Selenium supplements contain dosages well within safe limits.
However, some athletes think that if a little is good, a lot is
better. (HOME)
AMINO ACIDS
Amino acids, the molecules that make up every protein in our
foods and bodies, can also function as antioxidants. The human
body can manufacture almost all the amino acids essential to
life; there are less than a dozen that we absolutely must get
from our foods, and these are called essential amino acids. But
just because many amino acids are not essential doesn't mean
that they are not important. They definitely are!
Research on the antioxidant role of amino acids demonstrates
that cysteine , commonly found in chicken and fish , may
provide valuable protection from free-radical damage. You can
purchase pure, supplemental cysteine from health food stores,
both individually and in multiple vitamin/mineral formulas. If
you take cysteine supplements, you must also take pyridoxine
(vitamin B-6) as well, to balance the increase in cysteine
intake. Remember, pyridoxine helps to transport amino acids and
protects arteries and other tissues from high-protein diets.
Supplemental amino acids increase protein intakes and pyridoxine
requirements.
ANTIOXIDANT MEDICATIONS
Your own physician can prescribe very powerful antioxidants
which , by law, are used only to treat specific diseases.
L-DOPA, a medication for Parkinson's disease, retinoic acid (a
vitamin A-related compound), a new and successful treatment for
serious acne, and ergoloid mesylates, which physicians prescribe
to combat senility, all provide antioxidant protection. There
are many other available prescription medications with potent
antioxidant power that physicians prescribe for health problems.
You should consult with your physician and ask him to evaluate
prescription antioxidants for your own antiaging or injury
healing use.
(HOME)