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Medical / Technical Aspect of FULVIC ACID. By-ATP Global Foundation. Series -#023

Jun 15, '091:26 PM

for everyone

The NATURE & Chemistry of MEN

= " GOD C reated Men From Dust .. . From Dust He Shall Return . . ."

Source:www.minerallogic.com

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1) Technical Data Information on FULVIC ACID @

------------------------------------------------

1. ProprietaryProcess:

MineralLogic has developed a process forleaching fulvic colloids from fulvic shaleusing onlywateras a leaching agent.Many companies use extraction acids or other extraction

agents to leach fulvic acids from various shale's such aslignite. Understandthat humic shale contains no free form fulvic acids. They areseparated from

the humic acid by leaching,andactivatingthem with water.

Using extractents other than water will damage certain fulvic bonds.Products containing a much higher carboxyl-group reading than hydroxyl-group,or vise versa, should be suspect of being manufactured with extractents otherthan water.

We produce fulvic acid contents of over7 grams per liter, or 0.7%. That's3 higher than either independent laboratory has ever measured! Yet, somecompanies are claiming fulvic acid contents of over 30%!

Fulvic acids are tominute in quantity,whether in soils, waters, or

humic shale, to produce anaturally extracted productcontaining over 1% fulvic acids.

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2) Independent

laboratoryanalyses:

Analyses spanning several years. We have others on file for your inspection.Contact us and we will make them available.

3) Serving Chart:We developed this chart by taking an average value for each analyte from a

number of different analyses, spanning several years. The average values for

the powder are calculated bydividing theanalyses values by5,000 since a 200mg

serving is 1/5,000th

of a kilogram.

4. The average valuesfor the liquid are

calculated bydividing the original


4/98

lab assay by 2,000.A

standard serving ofTracite is ml, or14 drops from astandard medical

dropper, or 1/2000th

of a liter.

4) Fulvic Acid

Analyses:

Two recent laboratory assays showing the fulvic acid content. One of these

analyses revealsTracite has anexcellent balance of

carboxyl (COOH),and hydroxyl (HO),


5/98

groups.

5) Conversion Chart: Shows conversionsfrom grams topounds etc; Suppliedby MineralLogic

C6) ContaminantAnalyses:

Analyses revealing the purity of Tracite. Contains no molds, yeast,bacteria, chemical residues, or insecticides.

8)Effervescentanalysis:

MineralLogic

produces aneffervescent product


6/98

available in

lemon/lime, or orangeflavor. This analysiscontains otheringredients besides

Tracite.>9) Nomenclatureumhos/cm2

=

Micro-mhos/cm2

,how many ohms ofresistance tocurrent flow,orhow

well a liquidconducts electricity.meg/100 gm


7/98

10.= milli-equivalents

11.= a molar (atomic)measurement forparticles.

12) TechnicalQuestions:

For technical questions, productinformation, product samples, oradditional laboratory analysesplease contact Ralf Ostertag @(269)552-9436

13) IndependentLaboratories usedbyMineralLogic:

Western Analysis Inc., 40West Louise Ave. Salt LakeCity Utah 84115, (801) 792-


8/98

9238 * Fax (801)-484-9211

EarthFax DevelopmentCorporation,177 N. ResearchParkway, Suite #104, North.Logan Utah 84342,(434)-787-2743 * Fax (343) 787-2749

Harmony Concepts,2147

Rulon White Blvd, Suite #201,Ogden, Utah 84404, (801) 737-4831* Fax (801)-(801)737-5191

Utility Testing Laboratory,875 Chestnut Street, Salt Lake

City, Utah 84125, (801) 973-8305 * Fax (801)-973-8333

KARLaboratories,Kalamazoo,Michigan 49001, (269) 381-9666

ANALYTE Amount Amount


9/98

Containe

d in 200mg ofTracitePowder.(OneCapsule)

= A dailyserving.

Contained in One

Servingof TraciteLiquid(1/2 amilliliter)@350,000mg/l TDS

Aluminum 4.76 mg 7.9 mg

Antimony 8.8 mcg 4.3 mcgArsenic 1.18 mcg 3.1 mcg

Barium .32 mcg 0.021 mcgBeryllium 4.34 mcg 7.5 mcgBismuth 56 mcg 140 mcgBoron 68 mcg 29.5 mcgBromine 1.0. mcg 2.5 mcg

Cadmium< .002mcg

< 0.105mcg

Calcium .54 mg 1.35 mg

Carbon 120 mcg 155 mcg


10/98

Cerium 4.8 mcg 12.0 mcgCesium 1.3 mcg 3.25 mcg

Chloride 16.14 mcg1.85 mcgChromium 77 mcg 200 mcgCobalt 15 mcg 37.5 mcgCopper 2.5 mcg 6.3 mcgDysprosium 10.2 mcg 25.5 mcg

Erbium 8 mcg 2.0 mcgEuropium .004 mcg

0.0025mcg

Fluoride 1.6 mcg 4.1 mcgGadolinium 21.7 mcg 54 mcgGallium 4.3 mcg 10.7 mcg

Germanium15.38mcg

7.5 mcg

Gold .002 mcg0.0025mcg

Hafnium 0.8 mcg 2 mcg

Holmium 2.2 mcg 5.4 mcgIndium 5.4 mcg 13.5 mcgIodine .158 mcg 0.75 mcg


11/98

Iridium .0032 mcg0.0055mcg

Iron 23.9 mg 26.7 mgLanthanum 25.6 mcg 64 mcgLead 0.01 mcg 0.01mcgLithium 1.8 mcg 4.6 mcgLutetium 1.2 mcg 3.0 mcg

Magnesium 1.88 mg 4.7 mgManganese 104 mcg 260 mcg

Mercury < .01 mcg< 0.01mcg

Molybdenum .003 mcg 0.004 mcgNeodymium 56 mcg 140 mcg

Nickel 21.4 mcg 150 mcgNiobium .001 mcg .001 mcgOsmium 0.4 mcg 1.01 mcgPalladium .002 mcg 0.005 mcg

Phosphorus 116 mcg152.5

mcgPlatinum


12/98

Praseodymium

13.2 mcg 32.9 mcg

Rhenium 2.1 mcg 6 mcg

Rhodium


13/98

Tin . 3.5 mcg 8.8 mcgTitanium 0.6 mcg 0.1.5 mcg

Tungsten .001 mcg .001 mcgVanadium 156 mcg 3.8 mcgYtterbium 5.4 mcg 13.4 mcgYttrium 52 mcg 131 mcgZinc .37 mg 0.34 mg

Zirconium .9 mcg 3.05 mcg

Tracite tests for 77trace minerals andelements:

13)Addditionalelements not listedare Hydrogen,

Oxygen andNitrogen

The low pH in Tracite is NOT caused by citric acid or other extraction


14/98

acids. Thelow pH is the

result of fulvic acidsthat the colloids arechelated with innature.

15. This bond is one of the

reasons that make hydrophiliccolloidal minerals so

effective.All minerals

taken up by plantsare in the fulvic acidform.Thebook by Dr.William R. Jackson,

Organic SoilConditioning,contains indepth information concerning


15/98

fulvic fractions, humic acids andmicrobial balance.

Because of thehighconcentration ofminerals and trace

elements in Traciteit is only necessaryto consume a fewdrops a day in juice

or water.The first column contains amounts that are taken from our most potent rawmaterial. We have reachedtotaldissolved solids ashigh as 35% or350.000 mg/l.

This is due to theextremely


16/98

small particle size of

our raw shale.Weextract Tracite using only clean

fresh water.Noextraction acids are

used.Tracitecontains bothcolloidal and ionicparticles.

Tracite is closer in mineral composition to human body fluids than any

other naturally occurring trace mineral.Tracite isiron based,notsulfur basedas manyother colloidal mineral products.

Human bodyfluids are primarily


17/98

iron and calciumnot

sulfur or chloride.Charts supplied by

MineralLogicproducers ofTracite Fulvic Mineral

products.

Conversion Tables for Weightand Volume@

WeightGrams

Ounce

s

LB KG

1Gram

1 .0352.0022

.001

1 oz. 28.4 1.0625

.028

1 LB 453.6 16 1.454


18/98

1 KG 1000 35.22.208

1

Volume

1ml

1tsp.

1Tbsp.

1fl.oz.

1Cup

1Liter

1Gallon

1 ml=

1 .20

.068.034.0042

.001

00026

1 tsp.=

4.9 1 .33 .166.0208

.005

.0013

1Tbsp=

15 3 1 .5.0625

.015

.0039

1 fl.oz.= 30 6 2 1

.125

..03

.0078

1Cup=

237 48 16 8 1.237

.0625


19/98

1

Liter=

1000

203

67.633.8

4.23

1 .264

1 Gal=

3792768

256 128 163.79

1

Conversion Charts and TablesCourtesy of MineralLogic,producers of Tracite FulvicMinerals.Independent Laboratory Analyis of Tracite

Fulvic Analysisearthfax.pdfFulvic Analysiswestanal140803.pdfMineral Analysiswestanal230803.pdfCertificates of Analysis

Tracite Powder

Tracite LiquidMaterial Safety Data Sheets

Tracite Fulvic MineralConcentrate
http://www.minerallogic.com/earthfax.pdfhttp://www.minerallogic.com/westanal140803.pdfhttp://www.minerallogic.com/westanal230803.pdfhttp://www.minerallogic.com/CoApowder.pdfhttp://www.minerallogic.com/CoAliquid.pdfhttp://www.minerallogic.com/liquid.htthttp://www.minerallogic.com/liquid.htthttp://www.minerallogic.com/earthfax.pdfhttp://www.minerallogic.com/westanal140803.pdfhttp://www.minerallogic.com/westanal230803.pdfhttp://www.minerallogic.com/CoApowder.pdfhttp://www.minerallogic.com/CoAliquid.pdfhttp://www.minerallogic.com/liquid.htthttp://www.minerallogic.com/liquid.htt


20/98

Tracite Fulvic Mineral powder

Nubian, 2007.developed byAce4IT.com

Copyright Minerallogic.coma

-------------------------------------------------------

2) Fulvic Acid the Final Frontier of Nutrition @

Fulvic acids(NOT to beconfused with the vitamin FolicAcid) are "the missing link of

nutrition science.Scientistsfrom around the world

are beginning torecognize theextraordinarypotential ofFulvic

Acid.They have referred to itas theelixir of life and
http://www.minerallogic.com/powder.htthttp://www.nubian.sk/http://www.ace4it.com/http://www.ace4it.com/http://www.minerallogic.com/powder.htthttp://www.nubian.sk/http://www.ace4it.com/


21/98

theorize that without

it, life would not exist

Natures mostpowerful

antioxidant! Fulvicacid renders free radicalsharmless by reacting withboth negatively and positivelycharged unpaired electrons. It

can either alter them into newuseable compounds, oreliminate them as waste. Itscavenges heavy metals anddetoxifies pollutants

Fulvic acidis so powerfulthata single molecule


22/98

can transport more

than 60 times its ownweightin minerals and othernutrients into the cells.Having adramatic impact on health, fulvicacid is the element that makes

nutrients absorbable. Itmaintains cellular integrity andaids in the cellular detoxificationprocess.

Fulvic acidis one of the most powerful natural electrolytes known to exist. Itcharges, regenerates, regulates and delivers its energies to living cells.It

balances cellular life by restoring the electrical potentialthat was oncenormal to the cell. This fact in and of itself is amazing!

Fulvic Acidsarecreated in extremely small amounts by millions ofmicrobes working on decaying plant matter.The most potent and activefulvic acids are found in trace amounts in certain humic deposits fromprehistoric plant life. Fulvic acid products that do not contain rich amounts oftrace elementsshould be suspect of containing "peat or "manure fulvic acidsproduced by a kind of composting.Such products areacceptable foragricultural purposes,but the potential for bacterial e-coli carry-over is a riskas evidenced recently by an incident in Canada. These agricultural fulvic acidsare not only devoid of virtually all minerals or trace elements but are also onlyfirst generation.

Fulvic acidsfrom40 milion years of plant matter breakdown and recyclingcreates fulvic acid moleculesfarsuperior to any "man made versions like firstgeneration fulvic acids from peat or manure composting.Beware of fulvic acidproducts from China and Hungary. Indias fulvic acid products should also be


23/98

suspect of undesirable production methods for nutritional and possibly food-growing purposes.

Fulvic acidsare in a natural form to interact with and be absorbed by, livingcells. Maintaining the environment by dissolving mineral complexes andelements,fulvic acid causes cells to bio-react electrically with one another.This

produces catalyticreactions, electrontransfer andtransmutations intonew minerals.

By adding fulvic acidto our soil we create anenvironment producinghealthier plants with greater

crop yields. Theoveruse

of pesticides,chemical fertilizersand erosion prohibit


24/98

microbial activity and

the formation of fulvic acidswithin a medium. Our

farmlands are in"poor health fromthese agricultural practices.

Fulvic Acidsarenecessary for the utilization of vitamins, enzyme productionand hormonal systems.It is essential to living cells carrying out metabolicprocesses. It balances and energizes cell life, and the biological properties itcomes into contact with.

Cells on the inside or outside of a biological system can absorb moleculesbound to fulvic acid.

Whether these natural compounds are ions (single molecule), or colloids(groupings of molecules) has little bearing on absorption.Thecontention

whether "colloidal or "ionic minerals are the superior is virtually a moot point,as long as the minerals or elements are chelated by fulvic acids."Plant derivedtrace minerals from naturally-created fulvic deposits will contain both colloidaland ionic molecules.

Thetotal metabolism of the body is the sum of the metabolic operationscarried on in each individual.

Cells, when properly nourished, are capable of producing many of their ownresources necessary for metabolic processes.

Each cell burns its own energy, maintains itself, manufactures its ownenzymes, creates its own proteins and duplicates itself.Fulvic Acids are the

key ingredient for making this possible.

In the near future most nutritional supplements for humans, animals andagriculture will contain some form of fulvic acid.


25/98

Scientists have

theorized about the"missing link of nutrition...theynow believe it is FULVIC ACIDS!

Nubian, 2007.

developed byAce4IT.com

------------------------------------------------

3) Fulvic Shale@

Fulvic shale from our deposit in the South-Western United States is the only shale

that containsgenerousquantities of minerals andtrace

elements in the fulviccolloidal and ionicform.Tracite powder and liquid products from MineralLogic are manufactured from thisshale. Our shale is estimated to be over 40,000,000 years old. Our deposit was oncecovered by the ocean ... another reason why Tracite contains such a wide variety of

minerals and trace elements.

Tracitecontains over 7 gramsper liter of naturally
http://www.nubian.sk/http://www.ace4it.com/http://www.ace4it.com/http://www.nubian.sk/http://www.ace4it.com/


26/98

formed fulvic acids,

that's 3.5 times higher than anyother product of it's kind. When werealize that fulvic acids exist in soilsand waters of the world in veryminute quantities, that's substantial!

Millions of years ago the earth was a place of lush green forests and plains withsoils containing an abundance of minerals and trace elements. Today's richest soilscontain more than 77 trace minerals and trace elements. These soil areas are very rare

and have been found only where rich fulvic shale deposits exist.Shaledeposits are formedby the life and decay

cycle of plants.

Studies conducted at various agricultural colleges show that today's fruits andvegetables are lacking many of these vital elements. Most samples tested contain lessthan 30 minerals or trace elements.

As thecycle of life anddeath continued over

millions of years, thesemineral rich plants formed hugedeposits offulvic shale


27/98

later buried under

mud, rock flows, silt,and sand.Thetremendous weight ofthese flowsproduced

such enormouspressuresthatitcompressed most ofthe moisture out ofthe pure, preserved,prehistoric plantdeposits.

This process left deposits in areas where prehistoric vegetation was abundant. The

United States contains several such deposits in various Southeastern and Northwesternstates. Although the existence of these deposits has been known for some time, the

tremendousnutritional benefit


28/98

that can be derived by

ingesting fulvicminerals has onlyrecently becomeapparent to the health

conscious public.

One of the mostcomplex,biochemical

phenomena in natureconverts solar energyinto tangible chemicalenergy.

The process known asphotosynthesis


29/98

means "synthesized

by light."This is abiological procedurewherein the energy ofsunlight is absorbed

and used to power theformation of organicmaterials like carbondioxide,nitrogen,oxygen, water, andminerals.

Photosynthesis is

also the processwherein metallicminerals are


30/98


31/98

This is accomplished through the micro-organism's or plant's membranes

converting high

molecular weighthumus minerals intolow molecular weightmolecules. This allows theplant to assimilate minerals andother humic substances much more

efficiently.Fulvic shale(atype of humic shale

rich in waterextractable fulvicacids)isearth'sgreatest storehouse of

minerals and traceelements.


32/98

Fulvic shale depositscontain more

than 77 minerals andtrace elements in thefulvic colloidal/ionichydrophilic form. Theyareideal for bothagriculture and humandietary needs.

Minerals chelated byhumus acids(especiallythose of the fulvic fraction) are

highly bio-available toplants and micro-organisms.Fulvic shalecontains a rich supply of complexminerals and trace elements all


33/98

having first passed through the rootof a plant millions of years ago. It

isthis hydrophiliccolloidal/ionic fulvicmineralthatholds such

promise as asupplement forhumans, livestock,and bearing great

potential to re-mineralize our soils.Nubian, 2007.

developed byAce4IT.comCopyright Minerallogic.com

Copyright Minerallogic.com

---------------------------------------------------------------------

4) The Fulvic Phenomenon@


34/98

What are fulvic acids?

Why are they so important to thehealth of every living thing on earth?

Allhumic substances(soils, clays and

shale)

contain minutequantities of fulvicacidswhich are a particular typeof humus acid.Fulvic acid

molecules

containmore oxygenthan otherhumus acids.

Fulvic acids are

especially importantbecause of theirability to interact with


35/98

silica,chelate metal

ions,andform reactionswith various otherorganic or inorganiccompounds.

Fulvic acidscan befound in clay, soils,humic shale, streams,

oceans, and lakes.

Thegreatestconcentrations appearin rare fulvic shale

deposits.

These deposits arelocated near


36/98

coastal areas with

variations in chemicalcompositiondepending onlocation, climate, etc.

Theyellow-brown colorof liquefied humus inlakes, rivers, and coastal waters is

almost entirelydue to the

presence of low-molecular weight,fulvic acid chelates.

Theseconsist of variousparticle sizes, sosmall they are difficult


37/98

to measure

accurately.

Substantial amountsof calcium,magnesium,potassium, etc., arebrought into solutionby the action of fulvic

acidon mica, clay, and other

mineral-rich deposits.

Recent scientificresearch inbiochemistry, botanyand agriculture haschanged ourunderstanding of how


38/98

soil chemistry works,

and whyfulvic acids areso important.

For example, it wasonce thoughtthat the chelation ofmetallic minerals intochelated minerals wasaccomplished entirely

by the plant's interiorbiological processes.We know now that fulvic acids (which are strong chelators of metallic minerals) are

partlyresponsible formicronizing metallic

minerals prior toabsorption by plants


39/98

and micro-organisms.

Fulvic acids have a particularlystrong affinityfor reaction with iron.

Soils rich in fulvic

acids increase theabsorption of iron byplants.

Shale deposits

containing highamounts ofcolloidal/ionichydrophilic ironbound to fulvic acid,contain greater


40/98

amounts of other

trace minerals.

These interactionshelp to increase soilconcentrations ofmetal ions and silicato levels that are fargreater than once

theorized.

Studies conducted with fulvic acids suggest that such interaction may play a role in the

synthesisof newmineralsby allowing

the complexed,dissolved metals, andsilica to form new


41/98

combinations. That's

exciting news!Sincefulvic acid is also anelectrolyte,

1) it increases the

permeability of cellmembranes,

2) enhances RNA andDNA metabolism,

3) reverses damagedone by toxicsubstances, and

4) prolongs theresident-time of


42/98

nutrients within the

medium.

Fulvic acidmakestrace elements

biologically active foruse by humans,animals, plants, andmicrobes.

It also acts as atransportermoleculefor vitamins,enzymes, and a hostof other nutrients.

During theearth's prehistoricera, the topsoil was


43/98

incredibly rich with

humic and fulvicacids.

This caused plants to take up high concentrations of minerals.Fulvicacids play asignificant role informing super richfulvic shale deposits,with their abundance of minerals

and trace elements.

Withouttheaction offulvic acids creatingbiologically available

elements frommetallic substances,


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acidcontained in a mineral

product is anexcellent wayto measure how"naturally plantderived"it is.In the nearfuture most nutritional supplementswill contain fulvic colloids toincrease their absorption andeffectiveness.

Byleaching fulvic shale

with low temperaturewater, it becomespossible to reactivatefulvic acid fractionsand disperse theminerals in the


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resulting liquid.

Fulvic acids are themain componentin maintaining thenegative electricalcharge that's so vitalto the health of livingcells.

Fulvic colloidslend

themselves to

numerousmolecular and ionicreactions due to theircrystalline structure.

Hydrophilic fulviccolloidal/ionic


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minerals are chelated

by nature.

They have theability to movedirectly into the cellmembranesthey contact priorto digestion.

Most other mineralsupplements areeither ground-uprocks (limestone-calcium carbonate),or

chelated in the

laboratory (amino acidchelates, citrates,gluconates etc.).They


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have little or no impact on the cellsthey contact prior to digestion.

Tracite contains higher concentrations of minerals and trace elements than otherproducts, and 3.5 times the natural fulvic acid concentration.

MineralLogic usesclear cool waterto leachthe colloidal fulvic acid fractions

from our shale. This process

produces mineral andtrace elementconcentrations well

over 250,000 mg/lTDS.

Fulvic acidsare the only

part of humus to besoluble in alkaline,acid and neutral


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environments.This is an important quality, since plants absorb nutrients in solution. Furthermore, their

low molecular weightfacilitates penetrationinto plants.

Onefulvic acid moleculecan carry more than60 mineralsand traceelements into the cell. Some ofthese are single molecules (ions)

others are groupings of molecules(colloids).

Theuse of fulvic acids inagriculture improves

the structure ofsoil,retainingmoisture, encouraging


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aeration of the rootby

providing the plant withnutrients includingnitrogen,phosphorous,

potassium,magnesium, sulfurand micronutrients.

Fulvic acidcontribute

to the conversion ofminerals frominsoluble to solublesform through the release of carbonic

gas.Likewise,fulvic acidshaveapositive effect on the


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growth and

development of cropsdue to an increasedextraction of macro-and micronutrientsand,on a biochemical level, theyincrease permeabilityof cell membranes,thus increasing the

effectiveness anduptake of nutrients.

It is apparent thathumicsubstances consist ofa heterogeneousmixture of compounds


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for which no single structuralformula will suffice.

Humic acids are thought to becomplexaromaticmacromolecules,

containing aminoacids, amino sugars,peptides, aliphaticcompoundsinvolved in

linkages between the aromaticgroups.

Thehypotheticalstructure for humicacid,shown in figure, containsfree and bound phenolic OH groups,quinone structures, nitrogen andoxygen as bridge units and COOH


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groups variously placed on aromaticrings.

Nubian, 2007.


------------------------------------------------------

5) Fulvic Colloids@

The contents of living cells exist in a complex colloidal state where balance is

maintained byfulvic colloidalelectrolytes. Theelectricalequilibrium of eachcell depends on a ready supply of all the elementsin their fulvic colloidal form. Tracite from MineralLogic contains over 77 of theseminerals and trace elements!

Acolloidis a state ofmatter in which onesubstance, such as a fulvic shale mineral,is

finely dispersed inanother, such as


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water. The quantity of colloidal mineral dispersible in a given amountof liquid is determined by the size of the colloidal particles. Colloidal dispersion should

not be confused with a two-phase system suspension, which is neither uniform nor

permanent.Kinetic stability,(dispersion over along period) is essentially what defines a colloid orcolloidal system. Colloidal dispersions maintain their stability via interactions between

chargedfunctional groups(polarized fulvicmineral particles), andwater molecule

dipoles.

Colloidal particles haveadiameter size ranging

from 0.001 microns to2.0 microns.Fulvicshale minerals are naturally occurring mineral


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colloidsmicronized by the

action of fulvic acidand photosynthesis tosizes of 0.005 micronsor less. Some of these particles areso

small that it becomesdifficult to measuretheir size. Low molecular weight fulvic acid moleculesarrange themselves easily in colloidal molecular groups of various sizes. It is theorized

that these

different sizemolecular groups(found in all plant life),are targeted for various biological functions inside and outside the cell. For example; Acertain grouping of chromium colloids may be targeted for a particular function inpancreatic cells.

As the particle size ofany substancedecreases, thetotal


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surface area available

for interaction withwater increasesdramatically.TraciteFulvic Minerals from MineralLogic

contain the highestconcentration ofhydrophilic,colloidal/ionicminerals, trace elements and fulvic acids possible(over 7 grams per liter3.5times greater fulvic acid content than other products),with

over 250,000 mg/lTDS.The particle size andfulvic acidconcentration of the shale has everything to do with how much of that shale will lenditself to dispersion in water.


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This determines theamount of

electrical charge thatexists between thefulvic particles andthe water molecules. Thericher thefulvic acid content, the greater the plant originparticles and electrical potential.Mineralproducts containingless than 1 mcg ofimportant traceelements have little orno electrical

conductivitywith virtually no fulvic acid content.

This allows for very little surface area available for the absorption of toxic substances,and the many biochemical reactions colloidal trace elements are needed for.

Nubian, 2007.
http://www.nubian.sk/http://www.nubian.sk/


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---------------------------------------------------

6)The Electric Cell@

Fulvic acids chelate metal ions and areelectrolytic in nature,lending themselveseasily to dispersion inwater mediums. By

changing cationmetallic minerals (witha positive charge) intoanion nonmetallic

minerals (with anegative charge),fulvic acids produce a hydrophilic colloidal/ionic
http://www.ace4it.com/http://www.ace4it.com/http://www.ace4it.com/


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mineral with superior electrical potential!

George Crile, researchscientist andauthor ofABipolar Theory ofLiving Processes,

discovered that allliving cells areminiature batteries.

Crile shows that thenucleus of the

cell is comparativelyacidic, and that thecytoplasmof the cell iscomparatively alkaline.The nucleus and the cytoplasm are separated by a semi-permeable membrane with the

nucleus acting as thepositive element. The


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cytoplasm acts as the

negative element.Thiscreates a true

bipolar mechanismmuch like a battery. Crile alsodeveloped evidence showing that the performance, integrity, and structure of

living cells aredependent onmaintenance of

normal electricalpotential.When living cells are robbed of their ability to maintain a balanced and sufficientelectrical potential, tears and rips begin to form in the cell membranes indicating the

beginning of cellular dissolution.Restoration

of proper levels ofelectrolytes quicklyrepairs thecellular


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damage and returns cellular function to a normalized state.

Theresults of Crile'sexperiments clearlyshow that all livingcells are dependenton fulviccolloidal/ionicelectrolytes.Fulvic

acid electrolytes,containing high

concentrations of colloidal chelated hydrophilic minerals and trace elements, are among

themost powerfulnatural occurringelectrical forces present in themaintenance of optimum cellular integrity. Each

electrolyte acts as aminiature battery


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charger,providing a

constant tricklecharge of electricity toliving cells. (Please refer to independent laboratoryanalysis).

The importance of maintaining proper intake and balance of minerals, and traceelements, cannot be overstated.A small amount of fulvic hydrophilic colloidal minerals,ingested daily, virtually insures health by providing the electrical energy needed to

recharge the body's cellular batteries.Fulvic shaleprovides a perfectsource of fulvic

electrolytescontaining an abundance of minerals and

trace elements.

Nubian, 2007.


-------------------------------------------------------------------------

7) Fulvic ColloidalMinerals Safe and


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Effective@

Grolier's MultimediaEncyclopedia(version8.01) states that: "The

Colloidal State liessomewhere betweena solution and asuspension."

Colloidalminerals fromhumic shale areamong the smallestcrystalline particlesknown to exist, and


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areneither a

suspension nor asolution.

This gives these colloidssome special properties thatlarger size colloids do not

exhibit. Colloids largerthan 0.005 micronshave difficulty

moving thoughplant and animalmembranes.

These colloids

are hydrophobic innature, meaning


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they have an

inherent resistanceto interaction withwater.Examples innature include:

carbonates,sulfides,phosphates,framework silicates,

aluminum, ironoxides,phyllosilicates, andsome clays.

Techniques thatsupply some


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information about

colloids are: Laser lightscattering, field-flowfractionation, ultrafiltration andchemical analysis.

When analyzed in the

laboratory for mineralcontent fulvic colloidalmineral liquids aretreated as a solution

posting the resultsin milligrams per


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liter (mg/l)of

dissolved solids(not suspendedsolids).

In short, colloids on the

smaller end of the spectrumbehave like solutions whilecolloids on the larger end of thespectrum behave like asuspension.

The statement "Colloidalminerals are notbio-available" istruewhen

discussinghydrophobic


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minerals such as

calcium carbonate(Limestone), zincoxide, ormagnesium

phosphates. These minerals are poorly

utilized due to the lack of fulvic

acid. They require a

chemical reactioncaused by the body's enzymesand hydrochloric acid beforethey can be of any value to the

body's cells. Since fulvic

minerals extractedfrom humic/fulvic


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shale are chelated

by fulvic acids. Thestatement "Colloids do notdiffuse easily through plant oranimal membranes"is notaccurate. The conclusion thatcolloids cannot pass throughmembranes of vegetable andanimal matter is based solely onstudies and experiments donewith inorganic colloids.

Chemical colloids

are much larger inparticle size thannaturally occurringmineral colloids, andwhere not chelated in nature byfulvic acids!


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Plants take minerals

from the earth in ionic andcolloidal form via theirmembranes.

Studies conducted usingcolloidal trace minerals as a folialspray produced dramatic resultsin the health and growth rate ofvarious plants. It should be

emphasized that all

living cells,including those inplant life, containminerals in the

fulvic colloidal form,not the ionic form. It is a scientific fact that


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these minerals lend themselveseasily to absorption. It can

therefore be concluded thatfulvic shale colloids of plantorigin are also easily absorbed!

When these mineralmolecules arechelated by fulvicaciditmakes nodifference if they

are ionic orcolloidal instructure.

Fulvic colloids

extracted from fulvicshale are 0.005


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micronsin diameter

with particles as smallas 0.001 microns indiameter.

This diversity insize gives these fulvicmineral colloids and ions somefascinating properties. The

smallest aggregates

easily passthroughthe cell membranesof tissue theycontact, while others

lend themselves toionic reactions or


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reaction with

enzymes in thedigestive tract.

This preparesthem for secondarychelation in thebloodstream. Thissecondary process

rechelates someminerals with oroticacids, which then targetsthe specific mineral

to specific areas inthe body and cells.


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All ionic minerals(single

molecule),eventually formcolloidal aggregates(more than one

molecule) since allhuman, animal, andplant cells containminerals in their

fulvic colloidal form.Sincecolloids havemore than onemolecule perparticle, they lendthemselves easily to


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a variety of

biochemicalreactions.

It's the smallparticle size and thehydrophilic natureof fulvic minerals thatmakes this possible.

Fulvic colloids containing

numerous molecules per particleare often smaller than otherminerals that contain only onemolecule.

One example of thisis a mineralchemically bound to


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an amino acid,

which is commonlyknown as an aminoacid chelate.Proteins and all

minerals chelatedwith protein arelarge molecules. Mostfulvic colloidal mineral particles

contain several groups ofmolecules that are smaller thana single protein molecule. Even

an amino acidchelated tablet is

liquefied,micronized with


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hydrochloric acid,

and an enzyme,before it is reducedto the molecularform.Try to dissolve

an amino acidchelated mineraltablet, or powder, inwater if you doubt

this. It cannot bedone!

Producers of these mineralproducts are quick to point out

that fulvic colloidal mineralscontain toxic elements andtherefore should be avoided.


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These companies fail

to realize that allmineral productscontain minuteamounts of toxic

elements,especiallylead.

These elements are NOT in thehydrophilic, fulvic colloidal form.

For instance,arsenic is containedin the earth's crustin 5.5 parts per

million and is alsoroutinely found in


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earth extracted

minerals, colloidal orotherwise.

Fulviccolloidal/ionic

mineral productscontain traceamounts ofaluminum, lead, and

arsenic withaluminum usually beingthe most abundant.

Aluminum is the

third most abundantelement in the


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earth's crust.

All plant lifecontains somealuminum in ahydrophilic fulviccolloidal form.

Naturallyoccurring aluminum

silicate found inhumic matter isnontoxic, and essential forthe development of normal

healthy plants. Only metallicaluminum (such asthat found in


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deodorants and

cooking pans), mayhave adverseeffects.

There is a definitedifference betweencolloidal plantderived aluminum

and the aluminumfound in cookingpans. Allplantsconvert metallic

mineral ions intofulvic colloidal/ionicminerals, which are


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micronized to

extremely smallparticle sizes. It is thischelating by fulvicacids, the

micronizationprocess, andphotosynthesis thatcreates a fulvic

colloidal mineral thatis perfectly utilized by other

biological systems.Allfulviccolloidal minerals

from plants are non-toxic in reasonable


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dosage. If one where

todrink even 2 grainsof iodine in it's freenon-colloidal form,it could end your

life.But take thesame amount ofiodine in its plantderived, fulvic, colloidalform, and it becomesbeneficial notharmful. This is alsotrue for plantderived lead,arsenic, cadmium,


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including amino

acid chelates, arederived from thehydrophobic rockminerals such as

calcium carbonateor zinc oxide.

These minerals are ionized andthen chemically bound to an

amino acid molecule. Mostconsumers are unaware that

all limestone andother rock mineralscontain traceamounts of leadand other heavy


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metals and no fulvic

acids! Mineral analyses areexpressed in mg/l,that is the equivalent toparts per million(ppm).

Note that virtually all

mineral productscontain aluminum,lead, and arsenic.Plants have been

absorbing theseelements for


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millions of years

with no apparentnegative outcome.

For example: According to

theAgronomy

Handbook, bananas,beans, and manyother plant foodscontain over 100

ppm (approximately100 mg/l) aluminumper serving.Humanshave also beeningesting minutequantities of these


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same elements

since the earliesttime of existence.

The average dietcontains 35 mcgcadmium, 40 mcg ofarsenic, 150 mcg oflead, and over 100

mg (ppm) ofaluminum daily. There is also evidence to

suggest that these

elements mayactually be essentialfor cellular function,


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provided that they

are bound to fulvicacids. For example: whengoats wheredeprived completely

of arsenic theywhere no longerable to lactate. Studieshave also been conducted with

other elements with similarresults.

Understand that safeingestion of any

mineral depends ondosage and form.Therefore, when using any


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trace mineral

product, the consumershould remember that theseare trace mineralsupplements not

macro-mineralsupplements. Only smallquantities are needed on a dailybasis. Taking a few drops of any

fulvic concentrate, or anounce of fulvic colloidal mineralwater, presents nodanger of heavymetal poisoning.

All naturally derived fulviccolloidal/ionic minerals, havetrace amounts of minerals and


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elements, exceeding thoseproducts claiming to be very low

in, or free of, aluminum, arsenic,lead, etc., These products tendto be more diluted, using variouschemical methods for removal of"undesirable" elements, withvirtually no mineral or trace

element content! Usingchemicalsto removethese elements from the

fulvic shale breaks

down the delicatefulvic acid bondscreating an inferior product!

Nubian, 2007.


-------------------------------------------------------------

This is the road leading up to our mine.Glaciers


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unearthed the fulvic

shale deposit andpushed it to the top ofthis hill. On our property you can find this deposit only 4feet from the surface.It was first discovered by slaves working the fields where we now extract Tracite. Theslaves that worked the fields would often cut themselves or injure themselves in otherways. The story has it that these folks used to put the fulvic shale right on the injury.The fulvic compounds present acted as an anti-biotic and as a blood coagulant. Someyears later around the turn of the century this fulvic deposit was rediscovered by aVeterinarian who treated the animals in the area. The farm located on one side of theroad had the usual health problems in the livestock that most others in the county werealso experiencing. It came to this Doctors attention that the farm located on the landwhere Tracite is now extracted was the only place in the county where he never paid avisit for the same health issues plaguing the rest of the counties livestock. On furtherinvestigation he discovered that the animals on this land were fed the same feed as thecounties other livestock. Even more puzzled he began to look for other reasons whythese animals were so incredibly healthy.

After some time and a lot of observation he noticed one day while walking the fields ofthe Farm that the horses, cows and other animals were licking some kind of reddish-brown mineral deposit that protruded from the ground.

As he looked more closely he made a miraculousdiscovery.When he began to unearth some of thissubstance he was absolutely sure thathe hadnever seen any rockor mineral deposit that


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discovered to be one of themost

important miracles oflife itself.

Fulvic acid is a partof the humic structurein rich compostingsoil.

It is anacid created in

extremely smallamounts by the actionof millions ofbeneficial microbes,

working on decayingplant matterin a soil environment with adequateoxygen.


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It is oflow molecular

weight and isbiologically veryactive.Because of itslow molecular weight,

it has the necessityand ability to readilybond mineralsandelements into its molecular structure causing them to dissolveandbecome mobilizedfulvic complexes.

Fulvic acid usuallycarries

70 or more mineralsand trace elements aspart of its molecular


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complexes.These are then in ideal natural form to be absorbed by plant roots and interact with

living cells.Plants readilyabsorb high amountsof fulvic acid, and

maintain it in theirstructure.In fact it has been discovered that these fulvic acid complexes are

absolutely essentialfor plants to be

healthy, and the sameis true of animals andman.There is no other molecule developed by nature that is more important to life on earthand the life inside of us than the fulvic compounds contained in Tracite.

Scientist's arediscovering that


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Fulvic Minerals are

"The Missing Link" ofnutrition.This is a closer look at the shale that produces "The Missing Link" known as Tracite.

Theshale contains 5

natural anti-bioticsand more than 70trace minerals andelements. It is far richer in naturally occurring fulvic acidthan other mineral deposits. Hog farmers in the area report a 75% reduction in flieswhen they supplement their feed with Tracite.

Nubian, 2007.Tags:medical literaturePrev:Medical Use of Organic Germanium by Dr. Kazuhiro Asia - Compared With ATP'sZEOLITES & FULVIC ACID. By ATP Global Foundation. Series #021. Source -www.regenerativenutrition.comNext:Medical /Commercial Use of Organic Germanium - Cost Us$6,000.00 per Kg.. By ATPGlobal Foundation. Series #023. Source - www.http://www.organicgermanium.net/germanium_purchase.htmeditdelete

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