Among the malevolent bacteria that this French Montmorillonite Terra pHirma Cla y has been shown to transform this so-called “flesh-eating” mircroform (M. ulcerans) on the rise in Africa and the microform called MRSA, which unfortunately was blamed for the recent deaths of two children in Virginia and Mississippi. (Bacteria does not cause disease – it is the evidence of transforming matter caused by an over-acidic interstitial fluid environment.
According to Dr. Robert O. Young, “acidic chemicals and metals from diet, metabolism, respiration and environment (EMF microwave radiation) cause dis-ease and disease.”
For thousands of years, people have used smectite clay to heal wounds, soothe indigestion, and eradicate intestinal worms. Though the practice has declined in modern times, the recent rise of toxic chemical acidic drugs that cannot transform germs has scientists looking more closely at these ancient remedies to learn exactly what they can do and how they do it.
https://www.phmiracleproducts.com/collections/ph-miracle/products/terra-phirma-montmorillonite-clay
In laboratory tests at ASU’s Biodesign Institute, co-PI Haydel, an assistant professor in the School of Life Sciences, showed that one clay transforms bacteria associated with many human illnesses, including:
Staphylococcus aureus, methicillin-resistant S. aureus (MRSA), penicillin-resistant S. aureus (PRSA), and pathogenic Escherichia coli (E. coli).
This effect was first described in 2002, by Line Brunet de Courssou, a French humanitarian working in the Ivory Coast, Africa, who cured Buruli ulcers with daily applications of the acid buffering French clay she knew from childhood.
To learn more about this special montmorillonite Terra pHirma clay please read on as Dr. Young explains the science and benefits of eating dirt.
You can also order this special clay dirt by going to: https://www.phmiracleproducts.com/collections/ph-miracle/products/terra-phirma-montmorillonite-clay
‘In the beginning God gave to every people a cup of clay; and, from this cup they drank their life’
We have, long, heard of people eating clay known as either ‘geophagy’ (pronounced…gee-off-uh-gee), or, ‘pica’. Taber’s Cyclopedia Medical Dictionary defines geophagy as ‘a condition in which the patient eats inedible substances such as chalk, or earth’. And, it defines pica as ‘a perversion of appetite with cravings for substances not fit for food such as clay, ashes or plaster’.
This craving I perceive is not perversion at all; but, makes sense when you know what clay contains and what it does for the body. It has been credited with improving the health of many people suffering from a wide range of illnesses.
These include: constipation, diarrhea, anemia, chronic infections and ‘outfections’, skin ailments (such as eczema and acne), heavy-metal poisoning, exposure to pesticides, insecticides (and other, acidic, toxins), arthritis, acid reflux, infertility, liver disease and obesity. It is the ‘secret ingredient’ in the treatment of hair-loss and diabetes -(both Type I, Type II and Type 3)!
https://www.phmiracleproducts.com/collections/ph-miracle/products/terra-phirma-montmorillonite-clay
Monmorillonite Terra pHiram Clay provides an impressive assortment of minerals, including calcium, iron, magnesium, potassium, manganese, sodium and silica — all alkalizing to the blood and tissues and foundational in the production of other elements through nuclear transformations or biological transformations.
The minerals in this very special clay exist in natural proportion to one another. This encourages absorption by the intestinal villi. The body can tolerate a deficiency of vitamins for a longer period of time than a deficiency of minerals. A slight change in the blood concentration of important minerals can rapidly endanger life!
In a Montmorillonite Clay the mineral elements of oxygen, silica, and potassium are spheres arranged in a regular three-dimensional pattern. The spheres are the building-blocks of the clay minerals; and, the arrangement of the spheres determines the type of mineral. The character of the clay mineral group determines the type of clay and its eventual use. In other words, the clay mineral structure gives an understanding of its specific properties.
Among the clays suitable for eating, is the Smectitie Montmorillonite Terrap pHirma Clay , the most common and the most sought-after. Montmorillonite clay was named after the town of Montmorillon, France where it was first identified. The mineral clay belongs to a group of clays known as smectite, a word that describes its layered structure.
The smectites are one of seven clay mineral groups. Each group contains a certain number of species and variations on the layered structure. The clay that I recommend is structured in a single silica tetrahedron and is the main building-block of the Montmorillonite Terra pHiram Clay and the best clay for eating.
Montmorillonite Terra pHiram Clay is an old Home-Remedy that people have used since the beginning of time for various reasons.
And it is my personal belief that Montmorillonite Terra pHiram Clay was possibly the Manna that was given to the children of Israel by God as they wandered through the wilderness for 40 years.
Its origins are as simple and basic as the old practice of putting mud on a bee sting.
Montmorillonite Terra pHirma Clay comes from deposits near Montmorillon, France
Geologically speaking, Montmorillonite Terra pHirma Clay is a volcanic ash which was deposited in sea water.
By modern definition it is a swelling-type clay in its ‘natural’ state with no additives, chemicals or preservatives. The only processing it undergoes is crushing.
What Makes Montmorillonite Terra pHirma Clay So Special?
The Montmorillonite Terra pHirma Clay minerals occur in very small or colloidal particles. They are extremely fine-grained and thin-layered…more so than any of the other clay minerals. The layers contain ions that are very loosely, bound to one another…and, easily exchangeable. Not only will acidic toxins, like graphene iron oxide stick to its outside surface; but, numerous toxic elements and organic matter will enter the space between the layers.
In addition to its already unique structure, Montmorillonite Terra pHirma Clay has a particularly large surface area when properly hydrated with distilled water…which further boosts its adsorptive and absorptive properties.
These two words look alike but their difference is critical in understanding the functions of Montmorillonite Terra pHirma Clay minerals. Adsorption characterizes the process by which substances stick to the outside surface of the adsorbent medium. The clay possesses unsatisfied ionic bonds around the edges of its mineral particles. It naturally seeks to satisfy those bonds. For this to happen it must meet with a substance carrying an opposite electrical or ionic charge. When this occurs, the ions held around the outside structural units of the adsorbent medium and the substance are exchanged. The particles of Montmorillonite Terra pHiram Clay carry a negative, electrical charge; whereas, impurities or toxins carry a positive electrical charge. For this very reason Montmorillonite Terra pHiram Clay has been used to adsorb the colloidal impurities (alcohol and other endotoxins, exotoxins, mycotoxins and nano particulate oxides such as graphene oxide, iron oxide, copper oxide, aluminum oxide, titanium dioxide, hydrogen arsenic, carbon monoxide, lactic acid, citric acid, just to name a few) found in beer, wine, liquor, cider, vaccines, water and air.
The impurities in wine carry positive charges; and, can be chelated or coagulated (bound together) and removed by stirring a small amount of negatively-charged Montmorillonite Terra pHirma Clay material into the wine, beer or water. The clay particles attract the mycotoxins or alcohol in the wine, beer or heavy metals in water and they settle to the bottom of the bottle or glass together.
The process works the same in the human body
When Montmorillonite Terra pHirma Clay is taken internally the positively-charged exotoxins and mycotoxins are attracted by the negatively-charged edges of the clay mineral. An exchange reaction occurs; whereby, the clay swaps its ions for those of the other substance. Now electrically satisfied it holds the acidic toxin in suspension until the body can eliminate both. The term ‘active’ or ‘alive’ indicates the ionic exchange capacities of a given clay mineral.
The degree to which the clay mineral ions become active determine its classification as ‘alive’. Living bodies are able to grow and change their form and function by taking within themselves ‘lifeless’ material of certain kinds; and, biologically transforming it into a part of themselves. No dead body can adsorb just as no dead battery can provide energy! It is, physically impossible. That is why Montmorillonite Terra pHirma Clay is such a powerful earth substance!
Chemically and structurally Montmorillonite Terra pHirma Clay is shaped like a credit card with negative charges on the flat surface and positive charges at the edges. Therefore, the negative charge is many times more powerful than the positive charge.
One gram of Montmorillonite Terra pHiram Clay has a surface area of 800 square meters. To give that some serious perspective that’s about ten football fields! The greater the surface area of the clay the greater the power to pick up positively-charged particles or acidic toxins many times its own weight.If we go back to our base physical components we can safely say that we are built from multitudes of particles (from dust or clay you are and to dust or clay you will return) held together by electrical bonds. Electrical forces are what hold atoms and molecules together.
Chemical bonds and reactions depend on the electrical forces. Therefore, all chemical reactions are in essence reorganization of electrical forces which continue to be vital at body levels, i.e., tissues and organs. When this is all taken into account a living organism is shown to be an extremely intricate electrical system.
During sickness or disease the vital life-force is weak and incapable of supporting the body and its functions. In health and fitness however the opposite occurs: the life-force or ‘zeta potential’ is strong and able to counteract sickness and disease (or, should I say spoiling and rotting).
What keeps the white blood cells moving and doing their work of clearing out toxins is the energy that feeds it, the substance of life – the ‘zeta potential’
The body will not run well; or, will at least run with all sorts of mechanical problems when there is no life-force energy or ‘zeta potential’ to support it.
When Montmorillonite Terra pHirma Clay is consumed its vital life-force or ‘zeta potential’ is released into the physical body; and, mingles with the vital life-force of the body creating a stronger, more powerful energy in the host.
The Montmorillonite Terra pHirma Clay , colloidal particles are agents of stimulation and transformation capable of withholding and releasing energy at impulse. The natural magnetic action transmits a remarkable power to the organism and helps to rebuild vital ‘potential’ through the liberation of latent energy. When it is in contact with the body its very nature compels it to release its vital force: the, vital force from which so many plants and animals feed.
Therefore, in order to create health and true fitness the body MUST BE STIMULATED and, stimulated by another working energy like Montmorillonite Terra pHirma Clay!
When the white cells, the garbage collectors of our body fluids do not function at their best the Montmorillonite Terra pHirma Clay supports the body’s inner resources to awaken the stagnant energy by binding toxic micro and nano particulates, endotoxins, exotoxins and mycotoxins. It also supplies the body with the available magnetism to run WELL and reduce the acids that cause inflammation!
In this way, the body’s natural immune system has an improved chance of restoring the alkaline design of the body’s pH by removing morbid matter and acidic toxins thereby maintaining perfect health, energy and fitness.
How is Montmorillonite Terra pHirma Clay Used Externally in the Normal Old Home-Remedies?
The Montmorillonite Terra pHirma Clay has a consistency of mustard and is ready to eat or it can be mixed in water. Old-Timers would apply the gel/paste directly to the skin for a drawing-effect as in the case of a bee sting, mosquito bite, boil, spider bite, stinging nettle, etc. If the clay is not covered it will dry out; and, as it dries you will feel it draw and pull. If you want a tightening-effect as in the case of a facial for acne, pimples, or minor cuts leave it on until it is almost, but not totally dry. Then remove with a warm wet washcloth and, splash with warm water to remove all traces of the clay.
If you want an even more ‘cooling and soothing effect’ such as for burns or scrapes and bruises; cover the gel with a plastic covering or wet cloth so that it won’t dry out. If users were not sure which technique would suit their needs best they often alternated between covered and uncovered applications of the clay. Montmorillonite Terra pHirma Clay has been applied once or twice daily or even left in place overnight, as desired.
Other external uses for the Montmorillonite Terra pHirma Clay have been as a fine talcum powder or a diapering powder.
Instructions for using Montmorillonite Terra pHirma Clay
As YOU can see there are many different ways of using the Montmorillonite clay externally; but, most all start out with the gel.
Make the gel about the consistency of mayonnaise or mustard by mixing 2 parts alkaline water at a pH of 9.5 to 11 with 1 part Montmorillonite Terra pHiram Clay .
Apply generously in a ½ inch to ¾ inch layer directly onto the skin.
An alternative that allows for more mobility is to apply the clay on a piece of ‘cheese cloth’; and, fold the cloth as if making a ‘burrito’. Secure to the skin with an ‘Ace’ bandage. After applying there are several options:Uncovered: Some people apply the Montmorillonite Terra pHirma Clay leaving it uncovered allowing it to dry. As it dries it will ‘draw’ or ‘pull’. Remove before the clay is totally dry.
Covering the Montmorillonite Terra pHirma Clay with a cloth will secure it to the desired spot and cause the clay to dry more slowly.
Doing this enables you to leave the clay in place overnight or to be able to be mobile during the day without the clay transferring to clothing and household furniture. Wetting the cloth with water will slow the drying rate and increase the ‘cooling sensation’. Again remove the clay pack before it is totally dry; and, replace it with a fresh application of Montmorillonite Terra pHiram Clay gel, if desired.
Covering the Montmorillonite Terra pHirma Clay with plastic wrap or a plastic bag keeps the clay from drying at all which is the desired effect if you are applying it to a burn. Even though the clay will not dry when covered with plastic some people prefer to replace it twice daily. Other people have found that even leaving the pack in tact on a burn for two or three days will produce beautiful new ‘pink skin’.
Using the Dry Montmorillonite Terra pHiram clay:
People say using it as a baby powder causes diaper rash to disappear before the next diaper change. Some people have reported a ‘drawing-healing action’ when the clay is applied to an openminfected wound.
If you have never used Montmorillonite Terra pHirma Clay before and plan on using it for the first time on your skin expect a REAL TREAT!
Here are some testimonies from people after using the Montmorillonite Terra pHirma clay for four weeks:
* NEW AND, INCREASED HAIR GROWTH!!!
* Less ‘wandering-pain’ all over my body
* Enhanced growth and tissue repair of gums and skin
* Skin is less dry and feels more hydrated
* After soaking my feet in a water bath of montmorillonite clay no more toe fungus
* My skin feels tighter and younger
* The redness on my face is almost gone after all these years
Not part of our healing alkaline community? Visit our website at: http://www. drrobertyoung.com
To learn more about the science of Dr. Robert O. Young go to: http://www.drrobertyoung.com
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[2] Anthony, John W.; Bideaux, Richard A.; Bladh, Kenneth W.; Nichols, Monte C., eds. (1995). “Montmorillonite” (PDF). Handbook of Mineralogy . II (Silica, Silicates). Chantilly, VA, USA: Mineralogical Society of America. ISBN 0962209716 . OCLC 895497384 . Archived (PDF) from the original on 2012-02-05. Retrieved 2017-06-22.
[3] Jump up to: a b Montmorillonite Archived 2012-05-24 at the Wayback Machine . Mindat.org
[4] Montmorillonite Archived 2011-06-07 at the Wayback Machine . Webmineral
[5] Hill, Carol; Paolo Forti (1997). “Deposition and Stability of asdSilicate Minerals”. Cave Minerals of the World (Second ed.). National Speleological Society . p. 177. ISBN 1-879961-07-5 .
[6] Lloyd, Lawrie (2011). Handbook of Industrial Catalysts . New York: Springer. pp. 181–182. ISBN 978-0387246826 .
[7] Nirwan, J. S.; Farhaj, S.; Chaudhary, M. M.; Khizer, Z.; Hasan, S. S.; Angelis-Dimakis, A.; Gill, A.; Rasheed, H.; Abbas, N.; Arshad, M. S.; Hussain, T.; Shahzad, Y.; Yousaf, A. M.; Chohan, T. A.; Hussain, T.; Merchant, H. A.; Akram, M. R.; Khan, T. M.; Ashraf, M.; Conway, B. R.; Ghori, M. U. (17 January 2020). “Exploration of a New Source of Sustainable Nanomaterial from the Koh-e-Suleiman Mountain Range of Pakistan for Industrial Applications” . Scientific Reports . 10 (1): 577. Bibcode : 2020NatSR..10..577N . doi : 10.1038/s41598-020-57511-y . PMC 6969096 . PMID 31953500 .
[8] Bhattacharyya, Krishna Gopal; Gupta, Susmita Sen (August 2008). “Adsorption of a few heavy metals on natural and modified kaolinite and montmorillonite: A review”. Advances in Colloid and Interface Science . 140 (2): 114–131. doi : 10.1016/j.cis.2007.12.008 . PMID 18319190 .
[9] Saary, Joan; Qureshi, Roohi; Palda, Valerie; DeKoven, Joel; Pratt, Melanie; Skotnicki-Grant, Sandy; Holness, Linn (November 2005). “A systematic review of contact dermatitis treatment and prevention”. Journal of the American Academy of Dermatology . 53 (5): 845.e1–845.e13. doi : 10.1016/j.jaad.2005.04.075 . PMID 16243136 .
[10] “Montmorillonite Clay Benefits, Uses in Cat / Dog Food, Structure & Properties” . DurableHealth . Archived from the original on 4 November 2015. Retrieved 12 October 2015.
Volume 42, Issue 6, 2012, Pages 847-854, ISSN 0008-8846,
https://doi.org/10.1016/j.cemconres.2012.03.005.