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A

pHp

F o u n d a t i o n

ercent ydronium ionydrogen ionproton

positive charge

?

smallest, lightest

cationACID

The Path to Hi h Brix

Parameters for Biological Function

electrolyte

in solution

+

electron

-

Hacid / alkaline balance

with no electron

click tocontinue

-forming

ion

a singlelonely, naked,

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F o u n d a t i o n

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H

ratio of H+ to OH-

pH

H+

ALKALI-forming

ALKALI

extreme

OH-

F o u n d a t i o n

OH

0pH =

proton

100%100%

ACID-forming

7

extreme

ACID

The Path to Hi h Brix

Parameters for Biological Functionacid / alkaline balance

electron

cation

electrolyte

+

proton

-

H+ = OH-

Where does theenergy come from

to pull aparta water molecule

into H+ and OH-?

7.4COMA CONVULSIONS

= bloodplant sap =

6.4

100% 100%50/50

anion

14

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Sodium (Na)Potassium (K)Calcium (Ca)Magnesium (Mg)and many others

Phosphorus (P)Sulfur (S)Chlorine (Cl)and a few others

Parameters for Biological Function

Chemical Cross

Metals Non-Metals

-

+ anions

cations

-

acid / alkaline balance

pH

The Path to Hi h Brix

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+

Salt

Sodium (Na)Potassium (K)Calcium (Ca)Magnesium (Mg)and many others

H

+

H

O

-HH

O

Phosphorus (P)Sulfur (S)Chlorine (Cl)and a few others

Parameters for Biological Function

Chemical Cross

Metals Non-Metals

anionscations

--

acid / alkaline balance

pH

The Path to Hi h Brix

+HH

O

anionscations

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Salt

Sodium (Na)

HH

O

Chlorine (Cl)

Parameters for Biological Function

Chemical Cross

-

acid / alkaline balance

pH

+

Hydrochloric AcidSodiumHydroxide

The Path to Hi h Brix

NaClSodium Chloride

anions

cations

+ -

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Salt

Sodium (Na)Potassium (K)Calcium (Ca)Magnesium (Mg)and many others

HH

OPhosphorus (P)Sulfur (S)Chlorine (Cl)and a few others

Parameters for Biological Function

Chemical Cross

-

acid / alkaline balance

pH

+

The Path to Hi h Brix

electrolyte balance in blood

Where does theenergy come from

to power soilnutrient supply?

anionscations

Non-Metals- 7.45 pH

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Parameters for Biological Function

Chemical Crossacid / alkaline balance

pH

PLANT ANIMAL

carbohydrate proteincarbon nitrogen

potassium sodium

Where does theenergy come from

to power soilnutrient supply?Mineralselectromagneticcenter of charge

seed of symmetry

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Salt

Sodium (Na)Potassium (K)Calcium (Ca)Magnesium (Mg)and many others

HH

O

Phosphorus (P)Sulfur (S)Chlorine (Cl)and a few others

Parameters for Biological Function

Chemical Cross

-

acid / alkaline balance

pH

+

MineralMineral

The Path to Hi h Brix

Minerals

Mineral

anionscations

?

P f Bi l i l F i

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di-saccharideChemical Cross

tri-saccharidepoly-saccharide , chitin, glycogen, etc.

HH

O

Parameters for Biological Function

+ anionscations -

acid / alkaline balance

pH

+ -

The Path to Hi h Brix

SugarSugar

Sugar-SugarSugar-Sugar-SugarSugar-Sugar-Sugar-SugarSugar-Sugar-Sugar-Sugar-SugaSugar-Sugar-Sugar-Sugar-Sugar-Sugcomplex carbohydratesstarch, cellulose, lignin

Salt

HH

O

P f Bi l i l F i

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di-peptidepoly-peptideproteinenzymes

-

Chemical Cross

HH

O

Parameters for Biological Function

+ anionscations -

acid / alkaline balance

pH

+

The Path to Hi h Brix

HH

O

Amino-Amino

Amino

Acid

Amino

Acid

Amino-Amino-AminoAmino-Amino-Amino-AminoAmino-Amino-Amino-Amino-AminoSaltcomplex proteins

P f Bi l i l F i

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Parameters for Biological Function

Plant Sap pHacid / alkaline balance

HIGHER than 6.4probable anion shortages

Nitrogen, Phosphate, Sulfur

IDEAL: 6.4 = optimum growth, production & health

LOWER than 6.4probable cation deficiencies

Calcium, Magnesium,

Potassium , Sodium

OVER 8.0odds of insect trouble = 100%

Low sap pHhigh fungal disease potential

UNDER 4.5fungal infection is 100% probable

High sap pHmore insect damage potential