ADVANCED BIO COMPANY

CONTENT ANALYSIS OF CLARK FORMULA

PARTS PER MILLION (PPM) UNLESS NOTED OTHERWISE

MINERAL	QUANTITATION	MINERAL	QUANTITATION
Aluminum	*1070 mg/L	Molybdenum	< 1
Antimony	0.3	Neodymium	< 10
Arsenic	< 1	Nickel	2
Barium	0.5	Niobium	< 1
Beryllium	< 0.1	Osmium	< 1
Bismuth	< 0.5	Palladium	< 0.5
Boron	*0.8 mg/L	Phosphorus	< 30
Bromine	Trace	Platinum	< 0.5
Cadmium	< 5	Potassium	4
Calcium	300	Praeseodymium	< 10
Cerium	< 5	Rhenium	< 0.5
Cesium	< 0.5	Rhodium	< 0.5
Chlorine	Trace	Rubidium	4
Chromium	< 0.3	Ruthenium	< 0.5
Cobalt	< 1	Samarium	< 1
Copper	4	Scandium	< 1
Dysprosium	< 1	Selenium	*< 0.2 mg/L
Erbium	< 1	Silicon	60
Europium	< 1	Silver	< 0.1
Fluorine	Trace	Sodium	300
Gadolinium	< 0.5	Strontium	4
Gallium	1	Sulfur	Trace
Germanium	< 0.5	Tantalum	Trace
Gold	< 0.1	Tellurium	< 5
Hafnium	< 1	Terbium	< 1
Holmium	< 0.5	Thallium	< 5
Indium	< 0.5	Thorium	< 5
Iodine	< 0.1	Thulium	< 0.5
Iridium	< 1	Tin	< 0.3
Iron	1000	Titanium	< 0.1
Lanthanum	< 0.5	Tungsten	< 5
Lead	< 0.8	Vanadium	< 0.5
Lithium	16	Ytterbium	< 0.1
Lutetium	< 0.1	Yttrium	< 0.1
Magnesium	2000	Zinc	< 8
Manganese	20	Zirconium	< 1

Testing performed by Coors Analytical Lab No. 2068-930716 in Golden Colorado (303) 277-5439

* mg/L = milligrams per liter is the liquid **equivalent of ppm. The symbol < means less than.

It is important to remember when viewing this analysis, that negatively charged natural colloidal minerals are not only harmless, but can actually provide a health benefit. Positively charged minerals such as aluminum, arsenic, lead and many other elements in their metallic form or state, can accumulate in the body and pose a serious health threat. This is why it is so important that minerals for human consumption be true plant derived negatively ionized colloids.

Note: Many companies imitating the Clark product display a routine lab analysis providing an approximation of elemental metal content (not colloids), and whatever else they may be adding. These assays (including the one displayed above) are limited in their ability to detect the very small colloids and none of them are equipped to determine the complex form they are in, or if they are truly plant-derived. Some even provide RDA (recommended daily allowance) percentiles in an effort to give nutritional credibility to their products. Putting out a list of elemental mineral percentiles and calling them "colloids", or "plant-derived" is only a very small part of understanding and evaluating a comparison of products. Please refer to the bio-electronic test performed by Dr. Fritz-Albert Popp (biophysicist) at the Kaiserlautern University in Germany.

**The difference between milligrams per liter (mg/l) and parts per million (ppm)?
The first, milligrams per liter, indicates the weight of a substance in a volume of solution. For example, 2 milligrams of iron in a liter of solution. Parts per million indicates the weight of a substance by weight of solution. For example, 2 parts per million could mean 2 pounds of iron in a million pounds of solution, or 2 milligrams of iron in a million milligrams (1 kilogram) of solution. For all practical purposes the terms can be interchangeable in seawater, because the difference is small. The two terms are identical only when the liter of solution weights exactly one kilogram.

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1175 Grass Valley Hwy
Auburn CA 95603

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