Kona Deep Sea Minerals Analysis & Comparison to Colloidal Minerals
The following table shows a comparison of two colloidal mineral products with Kona Deep Sea Minerals, comparing one capsule to one ounce respectively... in descending order of mineral amount contained in Kona Deep Sea Minerals.
Note the complete absence of heavy metals in the Kona Deep Sea Minerals and that Kona Deep Sea Minerals contains six six to fifty times as much bio-processed calcium. Also, note the proper two to one ration of calcium to magnesium in the Kona Deep Sea Minerals.
Although the amount of chloride is higher in Kona Deep Sea Minerals than the colloidal products... chloride is a natural part of our stomach acid and is not significant. Also, the sodium amount is not significant since the amount contained is less than one twentieth as much sodium as in a single pickle or a single hamburger.
Also, note that the recommended daily intake of Kona Deep Sea Minerals is three to ten capsules, so total nutrient supply from Kona Deep Sea Minerals will be calculated by multiplying below values by the number of capsules you are taking each day.
Element
|
Kona Deep Sea Minerals
|
Clark (Colloidal Solution)
|
New Vision (Colloidal Solution)
|
Calcium
|
240.00000 mg
|
4.50000 mg
|
45.70000 mg
|
Magnesium
|
124.00000 mg
|
15.630 mg
|
16.49000 mg
|
Chloride
|
109.70000 mg
|
.22000 mg
|
16.00000 mg
|
Potassium
|
99.00000 mg
|
3.1000 mg
|
15.60000 mg
|
Sodium
|
68.61000 mg
|
1.40000 mg
|
15.00000 mg
|
Phosphorous
|
12.45000 mg
|
2.20000 mg
|
5.40000 mg
|
Strontium
|
0.81000 mg
|
10.9 mcg
|
.4 mcg
|
Boron
|
321.0 mcg
|
8.8 mcg
|
457.0 mcg
|
Silicon
|
167.0 mcg
|
781.0 mcg
|
56.2 mcg
|
Iron
|
.056 mg
|
.47 mg
|
6.0 mg
|
Chromium
|
17.0 mcg
|
.78 mcg
|
3.4 mcg
|
Lithium
|
11.6 mcg
|
4.1 mcg
|
18.5 mcg
|
Antimony
|
18.8 mcg
|
2.5 mcg
|
3.6 mcg
|
Zinc
|
18.5 mcg
|
161 mcg
|
22 mcg
|
Copper
|
5.6 mcg
|
1.2 mcg
|
23.7 mcg
|
Molybdenum
|
5.5 mcg
|
.03 mcg
|
6.8 mcg
|
Selenium
|
4.9 mcg
|
.16 mcg
|
3.1 mcg
|
Thorium
|
4.8 mcg
|
4.4 mcg
|
2.1 mcg
|
Nickel
|
3.3 mcg
|
8.4 mcg
|
1.1 mcg
|
Titanium
|
2.6 mcg
|
2.9 mcg
|
3.0 mcg
|
Palladium
|
2.6 mcg
|
2.0 mcg
|
1.1 mcg
|
Rhenium
|
6.0 mcg
|
<.003 mcg
|
0
|
Manganese
|
6.0 mcg
|
469 mcg
|
.406 mcg
|
Tungsten
|
5.2 mcg
|
<.03 mcg
|
54 mcg
|
Thallium
|
5 mcg
|
34 mcg
|
.4 mcg
|
Platinum
|
3.4 mcg
|
<.002 mcg
|
.3 mcg
|
Prascodym
|
2.3 mcg
|
.1 mcg
|
.7 mcg
|
Vanadium
|
2 mcg
|
10.3 mcg
|
4.9 mcg
|
Neodymium
|
1.2 mcg
|
.29 mcg
|
4.4 mcg
|
Aluminum
|
.44 mcg
|
4,063.0 mcg
|
7,771 mcg
|
Barium
|
.8 mcg
|
.56 mcg
|
6.2 mcg
|
Erbium
|
.62 mcg
|
.45 mcg
|
1.8 mcg
|
Tellurium
|
.52 mcg
|
.13 mcg
|
0.3 mcg
|
Berylium
|
.5 mcg
|
.38 mcg
|
2.8 mcg
|
Gold
|
.5 mcg
|
.003 mcg
|
.3 mcg
|
Europium
|
.45 mcg
|
< .02 mcg
|
.7 mcg
|
Terbium
|
.4 mcg
|
.009 mcg
|
.4 mcg
|
Lanthanum
|
.38 mcg
|
.18 mcg
|
1 mcg
|
Samarium
|
.22 mcg
|
.1 mcg
|
2.4 mcg
|
Dysprosium
|
.2 mcg
|
.03 mcg
|
2.3 mcg
|
Lutetium
|
.2 mcg
|
.03 mcg
|
.4 mcg
|
Rhodium
|
.18 mcg
|
.015 mcg
|
.3 mcg
|
Silver
|
.16 mcg
|
.18 mcg
|
.3 mcg
|
Thulium
|
.12 mcg
|
.53 mcg
|
.4 mcg
|
Scandium
|
.12 mcg
|
6.3 mcg
|
.3 mcg
|
Germanium
|
.11 mcg
|
.019 mcg
|
.3 mcg
|
Bismuth
|
.11 mcg
|
.6 mcg
|
1.4 mcg
|
Indium
|
.1 mcg
|
.25 mcg
|
.07 mcg
|
Gadolinium
|
.02 mcg
|
.07 mcg
|
1.3 mcg
|
Cobalt
|
.02 mcg
|
.2 mcg
|
< 1 mcg
|
Holmium
|
.02 mcg
|
.003 mcg
|
.4 mcg
|
Cerium
|
.01 mcg
|
.31 mcg
|
3.6 mcg
|
Tantalum
|
.01 mcg
|
<.015 mcg
|
2.8 mcg
|
Arsenic
|
0
|
.16 mcg
|
1.1 mcg
|
Lead
|
0
|
<.16 mcg
|
*
|
Mercury
|
0
|
<.06 mcg
|
*
|
Cadmium
|
0
|
.03 mcg
|
*
|
Zirconium
|
0
|
.44 mcg
|
10.8 mcg
|
Rubidium
|
0
|
.25 mcg
|
<.3 mcg
|
Yttrium
|
0
|
.26 mcg
|
5.4 mcg
|
Ytterbium
|
0
|
.016 mcg
|
.43 mcgt
|
Ruthenium
|
0
|
5.9 mcg
|
<003 mcg
|
Cesium
|
0
|
17.8 mcg
|
1.1 mcg
|
Iridium
|
0
|
<.6 mcg
|
0
|
Gallium
|
0
|
<.16 mcg
|
8.5 mcg
|
Osmium
|
0
|
.015 mcg
|
0
|
Niobium
|
0
|
<.015 mg
|
8.0 mg
|
Hafnium
|
0
|
.009 mcg
|
3.8 mcg
|
|
Colloidal mineral analysis - independent analysis by Western Analysis, Inc., Salt Lake City, Utah. Tests included ion chromatography, cold vapor atomic absorption, graphite furnace atomic absorption, inductively coupled plasma - optical emission spectrometry (ICP-OES).
Kona Deep Sea Minerals analysis was done by a combination of flame atomic absorption spectrometry (FAAS), volatile hydride generation-atomic absorption spectrometry (VHG-AAS), inductively coupled plasma - optical emission spectrometry (ICP-OES), and inductively coupled plasma - mass spectrometry (ICP-MS).
|