Mineral Balance
Although the human body requires about 100 elements, this mineral
wheel shows some of the most important
elements needed by the body, and more
importantly, it shows the interrelationships
between the elements. This is the most
complete wheel ever developed. The major
minerals, electrolytic minerals, and
many other trace minerals are represented
here.
The lines and arrows on the diagram
connect specific minerals to others.
Every mineral has synergistic and
antagonistic counterparts. The importance
of this is, if you have too much or
not enough of a specific mineral, it
will affect the counterpart causing
a mineral deficiency or excess that
may be toxic.
On this wheel, an arrow pointing to
a particular mineral means that an excess
of the mineral may cause a deficiency
of the mineral that the arrow comes
from. For example, an excess of Fe (iron)
can cause decreased absorption of Cu
(copper), Mn (manganese), K (potassium),
Mg (magnesium), and Zn (zinc).
No doctor, scientist, or wise man could
ever develop a dietary supplement that
contains all the minerals in the proper
forms and proportion for optimum absorption.
That's why we are really excited about
Coral Calcium. The chemical analysis
of the Sango Coral is nearly identical
to that of human bone. Sango Coral is
the substance used in bone grafts when
additional material is needed because
the body will not reject it. This next
chart shows the elements that naturally
occur in Sango Coral Calcium. I'm sure
when you look at the elements some of
you will learn of elements you did not
even know existed. Another thing is
you may look at some of the minerals
and say, "It has arsenic and lead!"
But remember one thing, your body needs
minute quantities of even these minerals.
As we read at the beginning of this
page, it is because of imbalances that
we have problems with our health. When
everything is in the proper balance
perfect health is the only outcome because
the organs and glands will be operating
perfectly. The circulatory system can
carry oxygen and nutrients to the cells
and carbon dioxide and other waste products
away from the cells to the organs of
elimination which are working perfectly.
| Elements in the basic Sango Coral Calcium from Okinawa
in Parts per Million (PPM)
This
chart may very depending on
what is added to a product and
whether it is marine or fossilized. |
| Aluminum 180 |
Antimony .37 |
Arsenic .38 |
Barium 2.29 |
Beryllium <.06 |
| Bismuth <.09 |
Bromine .14 |
Boron .182 |
Cadmium <.1 |
Calcium 391,000 |
| Carbon 119,000 |
Cesium 20 |
Chlorine 275 |
Chromium .625 |
Cobalt .091 |
| Copper 23 |
Deuterium 150 |
Dysprosium .18 |
Erbium 5.19 |
Europium <.1 |
| Fluorine .67 |
Gadolinium .094 |
Gallium .692 |
Germanium .191 |
Gold <.05 |
| Hafnium <.15 |
Holmium .091 |
Hydrogen 1100 |
Indium <.06 |
Iodine 1.22 |
| Iridium <.04 |
Iron 510 |
Lanthanum .323 |
Lead <.08 |
Lithium .66 |
| Lutetium .078 |
Magnesium 4,190 |
Manganese 26.9 |
Mercury <.01 |
Molybdenum <.08 |
| Neodymium 1.11 |
Nickel <.08 |
Niobium <.09 |
Nitrogen <.005 |
Osmium <.2 |
| Palladium <.025 |
Phosphorus 94.1 |
Platinum <.03 |
Potassium 32.5 |
Praseodymium 2.73 |
| Rhenium <.2 |
Rhodium <.02 |
Rubidium .22 |
Ruthenium .081 |
Samarium <.05 |
| Scandium .049 |
Selenium <.08 |
Silicon 1280 |
Silver .38 |
Sodium 129 |
| Strontium 295 |
Sulfur 1780 |
Tantalum <.1 |
Tellurium <.2 |
|
| Thallium 1.24 |
Thorium .101 |
Thulium .052 |
Tin .198 |
| Tungsten <.09 |
Vanadium .267 |
Ytterbium .051 |
Yttrium .461 |
| Zirconium
<.08 |
Zinc 2.51 |
Titanium 5.88 |
Terbium .091 |
Most people are surprised to learn that the coral obtains the
ionic minerals from its symbiosis with
zooxanthellae. The coral and algae live
together in a mutually beneficial relationship
which provides the coral with the nutrients
needed in order to survive in the slow
moving waters. This micro-algae lives
within the skeleton of the coral. The
coral will then feed on this algae to
obtain all the necessary nutrients.
This makes the coral an organic source
of minerals that is extremely bioavailable.
