•
Health Benefits of Calcium
• Will
Coral Calcium work for me
• The True
Facts on the Absorption of Calcium
•
Improving Bone
Strength
•
How Does Coral Work
•
How to Take Coral
•
Optimizing the Coral
Calcium Supplement
•
Importance of Vitamin
D
•
Importance of
Sunlight
Health Benefits of Calcium
• Healthy Skeletal
Function
• Prevention or Amelioration of Bone Loss
• Prevention or Amelioration of Colon Cancer
• Prevention or Amelioration of Hypertension
• Prevention or Amelioration of Preclampsia of Pregnancy
• Cardiovascular Wellness
• Strong Bones and Teeth
• Tissue Glue: Calcium participates in cell adhesion maintaining the
integrity of the linings of body cavities and the skin
• Calcium regulates pH and the cell membranes voltage and channel
openings, thereby bringing nutrients to the cell
• Required for normal DNA function
• Essential for nerve impulse conduction
• Required for skeletal muscle contraction
• Calcium is required for almost every major body functions
• Essential for cell division, immune function, enzyme activity and
hormone production
Will
Coral Calcium Work for Me?
Although most of the
individuals taking coral have a story to tell, not everyone has had a
remarkable turn around in their health status with coral calcium, but,
on the other hand, not one significant side effect has ever been
recorded to my knowledge. Coral calcium has the distinct advantage of
being compatible with many other therapies and it has at least helped
many people by providing wholesome mineral support for many body
functions. Coral calcium has a 600 year documented history with many
reports of benefit. No other natural nutrient mix has such a track
record.
Absorption Rate
Calcium Absorbing Rate of Natural Coral
(Experimented
on Rats)
(44th The Japan Dietetics Society, October 16-17, 1997)
The experiment was
carried out with 30 rats. As calcium source, four kinds of calcium
(natural coral calcium & magnesium (SMP), calcium carbonate, milk
calcium, cow-bone calcium) were given as the feed. (Magnesium oxide was
combined to the feeds except natural coral calcium & magnesium to
equalize the level of magnesium. The ratio of calcium and magnesium is
2:1).
After four weeks,
organs and blood serum were taken out to measure calcium and magnesium.
As a result of the experiment, the natural coral calcium & magnesium
group showed a high calcium absorbing rate of 69.6%. Also, high
HDL-cholesterol density was shown compared to other groups.
Compared to milk
calcium (milk), cow-bone calcium, and calcium carbonate, natural coral
calcium & magnesium has better use of calcium, and it also shows good
figure on fat within blood serum. (Dr. Kazuharu Suzuki, Dr. Mariko
Uehara, Dr. Ritsuko Masuyama, Dr. Masaaki Goto, Tokyo University of
Agriculture-Faculty of Agriculture/Nutrition).
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Calcium,
Magnesium, and Phosphorus Absorption Rates: |
Calcium (Ca)
Intake (mg / 3days)
Absorption (mg / 3 days)
Percent (%) Absorption |
Control
Group
319.3 +/- 13.9
177.8 +/- 7.7
5.9 +/- 2.1
|
Coral
Minerals
360.2 +/- 6.3
251.6 +/- 15.1
69.6 +/- 3.1
|
Milk
313.2 +/- 6.4
195.3 +/- 7.0
62.4 +/- 1.8
|
Cow
Bone
318.9 +/- 15.4
213.8 +/- 12.8
66.9 +/- 1.4
|
Magnesium (Mg)
Intake (mg / 3days)
Absorption (mg / 3 days)
Percent (%) Absorption |
131.0 +/- 5.7
70.1 +/- 3.4
53.6 +/- 1.6
|
161.8 +/- 2.8
117.9 +/- 5.0
72.8 +/- 2.3
|
131.2 +/- 2.7
66.6 +/- 4.3
50.8 +/- 3.2
|
161.7 +/- 7.8
109.6 +/- 6.4
69.7 +/- 1.8
|
Phosphorus (P)
Intake (mg / 3days)
Absorption (mg / 3 days)
Percent (%) Absorption |
278.3 +/- 12.1
197.6 +/- 8.2
71.1 +/- 1.5
|
316.8 +/- 5.5
267.7 +/- 6.9
84.5 +/- 1.1
|
279.3 +/- 7.3
192.1 +/- 3.4
68.8 +/- 1.1
|
273.2 +/- 13.2
177.7 +/- 9.5
65.2 +/- 2.9
|
Improving Bone Strength
Calcium-Fortifying
Foods and Influence of Exercise on Bone Mineral Density
(52nd Japanese Society of Nutrition and Food Science, April 16-18, 1998)
Research
experiment on change of bone mineral density was carried out with the
cooperation of 157 students (ages 19-28) from nutrition schools. (Kagawa
Nutrition University, Futaba Nutrition School)
There were 5 experimental groups as listed below:
1 Ca group ...
Calcium reinforcement only
2 K group ...
Calcium reinforcement and exercise (1st period: strength training, 3rd
period: walking)
2 W group ...
Calcium reinforcement and exercise (1st period: walking, 3rd period:
strength training)
3 K group ...
Exercise only (same as 2K group)
3 W group ...
Exercise only (same as 2W group)
As a reinforcement
meal, 600mg of calcium and 300mg of magnesium in tablets (raw material:
natural coral) and 200ml of low-fat milk were served with daily meals in
period 1 and 3.
As a result, all
of the experimental groups increased in bone mineral density compared to
the control groups. By multiplex comparison examination, experimental 2K
group's bone density increased significantly compared to any other
groups.
Conclusion: By
combination of both calcium reinforcement and exercises, larger increase
in bone mineral density can be expected. Among exercises, strength
training is more effective than walking.
How Does
Coral Work?
Mineral Depletion:
Chemical analyses of many types of coral calcium show that it contains
up to 74 different elements derived from the earth's crust and
elaborated originally by live coral polyps from sea water. If one
examines the mineral content of the human body, one finds that all
minerals that occur in nature are present to variable degrees. Calcium
is a dominant element in the body of many living organisms, but it is
not the only important nutrient mineral. Evidence has emerged that our
immediate environment may be considered to be "depleted" of minerals and
certain key minerals.
What Calcium
Does:
Mention calcium and everyone thinks immediately of healthy bones and
teeth. Whilst skeletal health is absolutely dependent on calcium in the
diet, thousands of scientific publications point to the role of calcium
in many fundamental body functions that sustain life. The element
calcium has chemical actions that are powerful, flexible and life
sustaining to the degree that it rightfully claims the title "The King
of Bioelements".
How to
Take Coral
It is logical to
reason that "whole coral calcium" in powder or pills are the best ways
to take coral calcium as a supplement. Capsules or powders of coral
calcium seem ideal and convenient when swallowed whole, added to food or
taken by emptying capsules into beverages or on food. The majority
opinion is that coral is best consumed in capsules with good dissolution
characteristics to present the whole coral for digestion and absorption
in gastrointestinal tract.
The National Institutes of Health Recommends the following daily calcium
intakes:
Age Daily
Recommend mg:
1 - 10yrs = 800 - 1200 mg/day
11 - 24yrs = 1200 - 1500 mg/day
25 - 50yrs = 1000 mg/day
65+yrs = 1500 mg/day
Pregnant/Lactating = 1200 - 1500 mg/day
It has been
recommended by Bob Barefoot that everyone consume 1500mg of coral
calcium. Barefoot Coral Calcium Plus is there for you because it
contains 1500mg of 100% pure marine grade coral calcium.
In order to get
the 1500mg of coral calcium you should take 1 capsule 3 times a day
(breakfast, lunch and dinner). Granted this is for a healthy person, if
you are considering using more coral calcium make sure that you consult
your physician.
Optimizing the Coral Calcium Product
The nutritional
benefits of coral calcium may, or may not, be enhanced by the addition
of co-factors such as vitamins and other specific trace elements that
have a clear biological role in supporting body structures and
functions. Excessive doses of fat soluble vitamins (e.g. vitamin D, A,
and K) should be avoided, as should toxic metals, e.g. cesium. Vitamin D
is essential for calcium absorption and utilization in the body, but
high dosages must be avoided.
Importance of Vitamin D
The biochemistry of Vitamin D is very
complex. Calcium works together with Vitamin D (especially Vitamin D3)
and neither nutrient can be effective without each other. A substantial
proportion of calcium absorption into the body is under the control of
vitamin D3. This vitamin exerts major influences on the handling of
calcium by the body. When levels of Vitamin D fall in the body, the
blood levels of calcium will tend to fall and calcium cannot be laid
down in bone. Vitamin D is synthesized in the body as a consequence of
exposure to sunshine (an ultimate "nutrient"). Deficiencies of vitamin D
will cause bone to lose calcium because as blood levels of calcium fall
then calcium is taken from the "calcium bank" in bones.
Importance of Sunlight
Vitamin D is synthesized in the body as
a consequence of exposure to sunshine. A lack of exposure to sunshine
made the disease of rockets a particular problem in several groups of
people (eg. coal miners, housebound elderly). Vitamin D is active in its
D3 form which is synthesized in the skin as a consequence of sunlight.
Sunlight is important for healthy Vitamin D synthesis, but on the other
hand, modern science has clearly defined the health risks of
overexposure to the sun. Healthy sun exposure should be controlled
exposure and this casual type of exposure will meet most of the body's
Vitamin D requirement, in most climates, in most people.
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