Sistema SLACKSTONE II® para preparar Agua Dialítica

a) Curative dose: TWO GLASSES A DAY

· One glass half an hour before breakfast

· One glass an hour before dinner

In this case both of the ampoules contained in the packet will be used.

b) Preventive dose (prophylaxis): ONE GLASS A DAY

· In this case it is sufficient to take one glass a day, before breakfast for example, half an hour before eating food.

In this case only one of the ampoules contained in the packet will be used, and the second can be left inside the container to be used at a later date.

If necessary, it is possible to vary the times the doses are taken (once 6 hours go by between each glass), but remember that your stomach should be empty when the water is consumed to ensure that the Dialytic Water is not used in the digestion process, and that it can pass directly into the blood stream.

It is also necessary to strictly follow the diet recommended by your doctor or dietician during treatment.

Results & Observations

There are two types of calcium present in the human body: amorphous calcium (colloidal) and ionic calcium (metallic).

Ionic calcium is used to form salts, specifically carbonates, phosphates, oxalates and calcium urates, which can be very harmful when they crystallize. This is the type of calcium eliminated by Dialytic Water.

Dialytic Water avoids the dangers associated with decalcification, as when prepared in this way, water does not attack colloidal calcium, and only physically disintegrates the actual structures of the crystalline elements making up the stones.

Therefore, Dialytic Water does not lead to decalcification, as it does not act against the colloidal (amorphous) type of calcium; just against the formations of metallic calcium salts (ionic).

The elimination of large stones, through the disintegration of their crystalline elements in the form of gravel and smaller stones, as well as the rejuvenation of the tissues, is considerable as explained earlier. This is why it is quite often possible to eliminate these painlessly, although this may seem hard to achieve.

Technical characteristics of Dialytic Water

(Study conducted by Dr. Ervin Essenfeld-Yahr, Caracas)

CHARACTERISTICS

NORMAL POTABLE WATER

Dialytic Water

Angle of dipole

Permanent dipolar moment of 105^o

A variable angle of less than 105^o

Dipolar moment

Normal

Greater

Dielectric constant

Normal

Greater

Solvent capacity and/or capacity to dissolve salts

Normal

Increased

Point of saline saturation

Normal

Increased

Crystallization edges

Acute

Tendency to lose rough edges

Microscopic appearance of saline precipitation

Solids

Loose, slack conglomerates in flakes

Measurement of static electricity charge

Under 100 μV

Reached 350 μV at 1,3 volts. Is discharged when measured

Freezing

Homogenous glassy appearance

Chaotic, disorder crystal figures, that are bright and complex and remind one of icebergs

The beam of light from the laser passing through the water

Decreased and only slightly luminous

Brilliant and bright beam

Defrosting

Normal

Slow and long/lasting

Precipitates

On precipitation, the solubles form hard concretions

The calcium carbonate CaCo3 precipitates in soft flakes that do not stick and are insoluble

Effects on internal precipitates in pipes

Insoluble, hard to remove. Hard incrustations that occlude light from the pipes

Slowly dissolves, flaking away progressively with an increase in the diameter of light getting in

Inversion of magnetic polarity

Yes

Radioactive measurement (Geiger)

Less than 20

Modification of magnetic polarity of mineral salts

Yes

Restricts the formation and consolidation of calcareous deposits

Hard and difficult to remove

Yes, amorphous, soft, come away easily

Ionic charge

The same charge between water and dissolved minerals, it crystallizes in hard plaques that stick to the walls of the tubes

Not the same between water and dissolved minerals, and water has a higher ionic charge than the minerals. They cannot form a hard incrustation that sticks

Lathering ability

Normal

Improves

Taste

Normal

Better

Acidification

Smell of pollutants

Neutralization, less smell of a sulfur, chlorine and fluoride

Coating in boilers

Harder and more difficult to remove

Less, this is reduced

Staining caused by heavy metals such as iron and manganese

Staining caused by heavy metals such as iron and manganese

This is decreased

Diffraction with X-rays

Predominantly calcium sulfite and calcium silicate

Predominantly calcium carbonate and sulfate

Growth of algae

Increased

Decreased

General

In comparison with previous one

Eliminates sediments. Controls incrustation. Reduces saline deposits. Intensifies crystallization and coagulation. Improves the bactericide action of disinfectants. Accelerates the diffusion of reactives. Improves the effectiveness of the resins of ionic interchange. Extracts metals. Helps nucleation in setting