COLLOIDAL SILVER

Below a very hard to find document but if Colloidal Silver can do this what else can it do.

One of the deadliest viruses know to mankind.

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Silver was once used extensively by all health care practitioners as an antibiotic, anti-viral, and as an anti-microbial. Nothing worked better then, and nothing does now. The F.D.A. began its crusade against silver products in the 1930′s, because silver (as a natural substance) cannot be patented; but the organization’s antibiotic and vaccine industry partners were able to patent their wares. Under the Food and Drug Administration’s original name, the Bureau of Chemistry, its real mission was to legally protect the chemical industry by declaring toxic chemicals to be “generally recognized as safe”, and to eliminate the chemical industry’s competition through regulations. This history has likewise been obscured greatly in most modern historical texts, but the truth can be found in materials from its early period.

Silver medicine has been erased from the textbooks, and it is seldom given mention in medical literature. The official Pharmacopeia (physician’s desk reference book) listed dozens of medicinal silver compounds prior to the mid-1930′s; but thereafter, all mention of silver disappeared. Newer books report that it never really happened. Before the history was rewritten, silver was like the nuclear weapon of medicine. No human pathogen of any kind survived it. This was the gospel of medicine. Pure colloidal silver is still the most comprehensive and potent antibiotic and anti-viral known, which is actually safe for human consumption, and it is absolutely safe for everyone in every condition. It is natural, has no side effects, and it was killing the worst viral diseases in the 1930′s, long before it became impossible to kill viruses with medicine.

Over the past two centuries, silver has been used by both allopathic and alternative medicine. In addition to being used for routine ailments, silver has been used effectively against some of the most notoriously hard to kill illnesses, including tuberculosis and syphilis. It has been used as an anti-bacterial agent that was added to bandages and disinfectant sprays. It has been embedded into clothing to prevent bacteria from producing foul odors from sweat, and it has been merged into cloth that is used in burn centers. Attempts are still being made to lace hospital counter tops with silver, to prevent the growth of bacteria. Silver-lined containers are actively being used to disinfect water in third world countries.

Silver is remarkable because it is an extremely powerful natural anti-bacterial and anti-viral agent, yet it does not impair overall health like antibiotics do. It kills viruses, fungi, and parasites in cases where the parasites live in a symbiotic relationship with a bacterial agent. This is surprisingly common, especially in the case of blood-borne parasites, such as those of U.S. bio-weapons like Lyme disease. Because of the way that silver kills with an electrical charge, no pathogen can be found or engineered to be immune to it. No life can develop an immunity to electricity.

Since the late nineteenth century, colloidal silver has been the safest and most effective way to medicate with silver. Colloidal silver is manufactured by electrically combining silver with pure water. The colloidal manufacturing process uses no chemicals. While silver is now labeled as an alternative medicine, it was once used widely in hospitals as the premiere antiseptic and antibiotic. It is still used in hospital burn centers for its incredible ability to heal burns more rapidly than steroids.

The Different Silver Product.

There are many different types of silver solutions, including silver nitrates, ionic silvers, colloidal silvers, silver chlorides, and silver proteins.

The only completely safe medicinal silver product, is colloidal silver.

Silver nitrate is produced by the pharmaceutical industry by combining silver with nitric acid. It can damage the liver and kidneys like most pharmaceutical drugs. It is the terrible side effects of silver nitrate that the establishment often uses to justify its attacks upon colloidal silver, in more slight-of-hand tactics. Pharmaceutical silver nitrate has a long history of turning patients’ skin a bluish-gray colour. Nitrates are the poisonous compounds that are added to meat products which cause cancers.

Ionic and colloidal silver are almost identically produced. The main difference between them is the size of the silver particles. In ionic silver, the particles are atomically small, to such a degree that even testing for their existence is difficult. It is possible that the particles in ionic silver are so small that the water itself becomes a different substance, because the silver particles are no longer completely autonomous. In colloidal silver, the particles are still microscopically small, but not as small as they are in ionic silver. Ionic silver can be made using very small voltages, over extended periods of time with silver plates. Higher voltages, or decreased resistance in the water produces colloidal silver. For true colloidal or ionic silver, the water must remain pure, so the only way to reduce the resistance of the water is to heat it.

Colloidal silver is much more likely to have a colour, whereas ionic silver is always clear. This is because the larger particles in the colloidal silver provide a greater surface area. Ionic silver particles are so small that they are actually smaller than the wavelengths of visible light, making the silver invisible and colourless in even high concentrations. All colloidal silver solutions are mixtures of ionic and colloidal silver, but ionic solutions can be completely ionic. It is not possible to produce colloidal silver without also producing ionic silver. The larger particles that are found in colloidal silver solutions are especially beneficial for external use, including the treatment of burns.

Silver chloride. It is essentially made in the same manner as colloidal silver, but with the addition of table salt (sodium chloride). It is a cloudy liquid (often whitish) that is extremely photosensitive. Upon illumination or heating, the silver chloride solution separates into silver and chlorine. This instability makes it unsafe for human consumption. When ingested, silver chloride has a tendency to migrate to the outer tissues. Then, when the skin is exposed to sunlight, the silver chloride will break down into silver and chlorine. This causes the bluish-gray skin discolouration that has been heavily publicized as damning evidence against silver medicine. Victims of this phenomenon often claim that they drank colloidal silver, but the addition of salt transformed it into a very different substance that was chemically unstable. Conversely, true colloidal silver compounds are extremely non-reactive. Silver chloride has no benefits over colloidal silver, and it comes with risks. The salt is usually added to speed production time, but the same effect can be achieved with sodium bicarbonate (baking soda) in a much safer manner. The addition of sodium bicarbonate will yield especially large particles, which is unwise for internal use, but the resultant solution would nevertheless be ideal for external use. It would be excellent for burn treatments and infectious wound treatments.

Silver proteins contain much larger particles than either colloidal or ionic silver, and they should never be used internally. These were formerly approved of by the F.D.A., and they were preferred by the pharmaceutical industry. The silver particles in silver protein solutions are so large that they simply sink in the water, and the particles never stay evenly distributed without the aid of an added gelling agent. Due to the large size of the silver particles, and the silver’s binding with proteins, there is a dramatically increased likelihood that silver will become trapped in the fatty tissues.

What Colloidal silver looks like.

We have two electrons in an inner orbital, and then in the outer orbital we only have one electron. This is significant and this is why silver works. It has only one electron here, and it rotates like a wheel that’s out of balance. It can’t ever get itself, even as dense as it is, in balance until an electron is placed into this placement.

Where is it going to get an electron? One single electron? It’s going to steal it from bacteria. It’s going to steal it from viruses. It’s going to steal it from yeast. Yeah! Here is a single-layered, cellular organism. Meaning, there’s only all these little, teeny electrons around here, and that makes up a cellular wall. It is an incomplete cellular wall because it’s only one electron thick. As soon as this silver particle, which is magnetic, gets anywhere near this bacteria, it’s going steal that bacteria and make silver completely in balance. Stealing an electron from bacteria, viruses, and yeast balances silver.

That’s why silver works.

There’s other mechanisms of action, but silver steals an electron to balance itself out, thus destroying pathogens.

The question is, “now that silver has stolen an electron from a bacteria, causing its death, it’s now balanced. What good is it, medically, to us now?” The point is that once it steals an electron and it is balanced, that’s an ionic silver.

Then you can move up and have molecular structures of silver.

These molecules are usually tetrahedral shaped, and they kill because they have a di-electric charge. That means two separate charges on one molecule, transferring energy like a ping-pong ball going back and forth between the one charge and the three charge. This is even better at destroying pathogens, because it continuously kills and is not ever neutralized.

Until it comes into the same proximity with multiple silver molecules. Then, in a crystalline structure, it has the ability to give, take, give, take, and even shoot electrons in a way that kills pathogens.

This is important because we have found that this single can become multiple, and it can come in a tetrahedral circle or a tetrahedral framework, and we call that a crystalline structure. So if we take silver, which is “Ag,” and we take four of them, and we put all the oxygens that make it balanced on here as well, then each one of them has an oxygen and each one has a hydrogen, and all of a sudden we get a crystalline structure, with hydrogen, with oxygen, and with silver where they share electrons.

So they bond together, and because normally the silver is missing one electron, now by binding together they’re sharing. And, they’re sharing with oxygen, so it becomes a crystalline structure.

The extra electron ends up going into the oxygen, and the oxygen is already saturated and it actually fires off like a rapid-fire machine gun, one silver electron at a time, as well as steals one.

So now this crystalline structure is stealing an electron and, a ten-thousandth of a second later, it’s firing one off into a bacteria. Stealing, firing, stealing, firing, making this structure more energetic all the time, exposing oxygen, which kills pathogens like cancer cells, like virus cells, like bacteria cells…

All the time these single oxygens are being released, and you’re getting multiple methods of killing with a structured silver.

This is why structured silver is far better than just a single silver or an ionic silver.

Argyria

Silver is very safe when used in the right concentrations, in the right forms, and in the right manners. For instance, silver can come as a liquid. As a liquid with ten parts per million, you’d have to drink 16 ounces of that liquid every day for 72 years, it’s estimated, if none of it left your body, before you would reach a point where it would saturate your system causing argyria.

Proper digestion is key to the optimal absorption of nutrients and a strong immune system.

Gut microbes influence digestion, metabolism, and the host immune system through the induction of both pro-inflammatory cytokines and immune tolerance. Alterations in gut microbiota have been associated with many gastro-intestinal and extra-digestive diseases. Additionally, a vast array of different substances may alter the gut microbiome. For instance, despite the fact that antibiotics are an essential treatment modality for infectious disease, many antibiotics also impair the normal, non-pathogenic gut microbiome after administration

The notion that colloidal silver does not kill all bacteria/flora in the gut and has no built in programming to distinguish good bacteria from bad is simply a myth. Often times ‘bad bacteria’ is simply an overgrowth of what might otherwise be ‘good bacteria’. Such problems are often caused by the use of antibiotic drugs, which by the way are responsible for the deaths of thousands of people every year

The question is, ‘how can silver destroy bad bacteria and yet selectively spare the good bacteria?’

In other words, why does it kill pathogens like strep and staph and pseudomonas and yeast, yet, it doesn’t kill our good intestinal flora.

Now, healthy bacteria is different. When you talk about healthy bacteria, we talk about bacterial classifications or nomenclature. What that means is, is that a bacteria is labeled by a genus, or its genetic makeup, and then its species. So we have lactobacillus and then acidophilus, that would be a good healthy bacteria.

The genetic label, lactobacillus, all bacteria labeled lactobacillus, are labeled because they secrete a milkfat around themselves to protect themselves. So from their inner lining, they secrete, like an excretion coating themselves, so what you’ve got is like an M&M, here is the soft milk chocolate, and an extra coating around it to protect it from the acid that’s in your stomach. You see, these are healthy, and they lie in your intestines and they need to have protection from the acids of your stomach. They have learned to do so, evolved or created to be such, by making this milk fat go around them.

Silver is water-soluble. Water and fats don’t mix. They separate. Now, a bacteria with only one layer of electrons around it, easily loses an electron and dies, but, the good, healthy bacteria are genetically different with a second coating. And any water, or any silver, that comes in contact with it will not penetrate the fat.

The fat layer is a barrier to silver penetrating it. It’s that simple.

The same thing can be said about every cell in your body if it’s healthy. All of our healthy cells are made of a lipid bi-layer. Lipid meaning fat, bi-layer meaning two. So every cell in your body doesn’t just have one layer, it has two, and they’re made of fats so water doesn’t penetrate.

The simple answer to why silver liquids and gels don’t kill good, healthy bacteria, is because they can’t penetrate a double fat layer because they’re water-soluble, but easily steal electrons that are only one electron thick, in the unhealthy, pathogenic bacteria.”

Manufacturing Colloidal Silver

The most important step in the production of colloidal silver is obtaining the right materials. Using distilled water is vital. Never use tap or spring water, because even minerals that would normally be beneficial can cause health problems once they are electro-chemically transformed through electrolysis. Ensure that the water has been distilled using steam distillation, which should be written on the container. Some “distilled” water containers have, “distilled through reverse osmosis” on the label, and these labels are entirely dishonest. True distillation uses steam to separate the water from its minerals and contaminants, whereas reverse osmosis is simply a type of pressurized filtration that does not render pure water. It is a much cheaper process, so some of the companies lie about their “distillation”. Beware of Food Lion brand distilled water in particular, because our testing during the production of colloidal copper indicated that it is impure, even though it is labeled to have been distilled. Also be forewarned that the formation of black chunks and other strangely-coloured precipitates during the electrolysis process is an indication of water impurities. Black is the most common colour for these, because they are usually the charred carbon remnants of organic matter and bicarbonates. In batches that produce large particles of silver, because the electrolysis process is continued for too long, the voltage is too high, or the silver plates are too close together, some grayish chucks may form in the water. These particulates are actually safe and produced by the silver. They are especially beneficial for burns and skin infections, but they should be filtered out of the solution for internal use. A coffee filter works exceptionally well for this, and the solution may be drained by gravity through a coffee maker. Silver particles which have not clumped remain in either a colloidal or an ionic state, and these will pass through any filter. In fact, the particles are so small that wooden spoons and plastic utensils will begin to develop a silvery appearance after several batches. Never use metal utensils. The only metals in the process should be the silver itself and the electrical connection wires.

Using chlorinated tap water is especially dangerous, because when chlorine combines with other materials, it has a tendency to form dioxin compounds. It will also produce chlorine gas during electrolysis, which was used as a chemical warfare agent during World War I. Sodium chloride (salt) in the water will also release chlorine gas, so salt should never be added. As an important side note, tap water should never be used inside vaporizers for the same reason, because chlorine gas will be released into the air to actually worsen lung issues.

We recommend that instead of obtaining silver wire, which is used for most colloidal silver manufacture, people instead use silver bullion. Most of the silver wire available comes from China, and it is simply not feasible to check every wire for impurities. Chinese wire should be assumed to be contaminated, because this is normal. When referencing the purity of metals, companies use an obscure way of gauging purity. When a seller of a precious metal refers to it as having a purity of 925, it equates to 92.5 percent, so the metal would be almost 10 percent impure. Most people will assume that a purity rating of 925 means that silver consists of 0.925% impurities, and therefore it would be over 99% pure. Be watchful of this gotcha. A large portion of the silver buyers seem to be ignorant of it. We recommend getting at least 99.9% pure (written by sellers as 999). This is the standard purity of silver bullion bars, and it is why we only recommend using silver bullion bars. All other sources should be considered impure.

Never use silver coins for colloidal silver manufacture, because coins contain a variety of other metals that should not be consumed. High purity silver is vital, because most metals are extremely detrimental to the health. Bullion bars are the only source of silver that are guaranteed to be safe, because it is regulated as a currency. Silver of such extreme purity typically only contains the impurities of copper and selenium, in trace amounts. Both of which are beneficial to health in these small quantities. If fact, both are vital nutrients. The selenium is actually used by the human body to chelate harmful metals.

To avoid any soap or chemical residues, the bullion bars should be soaked in a solution of white vinegar that is nearly saturated with salt for cleaning. They can also safely be cleaned with vodka. It is not absolutely necessary to clean the silver between uses, but we do. Be advised that the silver will never look new again, regardless of the cleaning method.

People may either use three 9V batteries that are interconnected in series, or a 30V DC power supply to power the electrolysis. Those who have no experience with electronics should opt for battery power, instead of using a DC power supply. Serious injury and fire can result from the improper use of a power supply. The electrical danger is elevated because water is being used. For liability reasons, we must officially recommend against using a power supply, and anyone using a power supply does so at his own risk. Batteries must be interconnected so that the positive terminal of one battery is connected to the negative terminal of another battery. When properly connected, one battery should have an unused positive pole, and the opposite battery should have an unused negative pole. These two remaining terminals should be connected to the two pieces of silver. Most 9V batteries in the U.S. have terminals that can be used to interconnect with other 9V batteries, whereby connection wire is unnecessary for the battery to battery connections. Never use aluminum wire for any of the connections, and we strongly recommend the use of only copper wiring, for the sake of preventing unhealthy contaminants.

To make colloidal silver, fill a completely clean glass or plastic container with distilled water. We suggest cleaning the container with vodka immediately beforehand, to remove soap residues. Connect the batteries to the pieces of silver. Most people do this with alligator clips. We usually make our connections by inserting copper wires through tiny holes in the top of the silver bullion, and then we twist-tie the wires for maximum hold. Never solder the connection to the silver, and it is wise to even avoid soldering the wires to the alligator clips, for solder can leach lead or cadmium into the solution if the metal components become moist. Nobody should be supplementing with lead and cadmium.

The silver bars should be partially submerged in the water, and be about an inch apart. They should never touch, and the wire connections should never enter the water. If the connectors or silver are allowed to touch, the batteries or the power supply will have a dead short. This could cause overheating and an explosion. It could easily mean a quick death for the power supply. The electrical connections to the silver should be clearly above the water, else other metals will become infused into the solution. Nothing except for pure silver should be in contact with the water. We recommend that all other connectors and wires be maintained at least a quarter inch above the water’s surface. We should offer one last reminder of the risks of using solder, which include the introduction of tin, lead and cadmium into the product.

The time needed to produce colloidal silver will vary greatly depending on the purity of water that is used, and no commercially-available water is absolutely pure. One of the first indicators that silver is combining with the water can be seen with a flashlight in a dark room. Shining light through the water at certain angles will show what appears to be smoke coming from one of the silver plates. As time progresses, one of the silver plates will turn a flat grey colour, and the other plate will blacken. Tiny bubbles may also form around the silver plates. Those producing a large batch over an extended period should gently stir the solution periodically, using a wooden or plastic spoon. Some people can produce a quart in twenty minutes, but our own experimentation in making 2 quarts required a duration of 4 hours to reach the acceptable strength and colour. Due to the fact that silver is extremely non-reactive, a slower process indicates higher purity in both the silver and the water. Pure water and pure silver will both be very resistant to the electrolysis process. Readers may notice that many of the online manufacturing videos show colloidal silver being produced very rapidly, using silver wires that were obtained from China. The short manufacture time indicates the presence of other, more reactive metals, and perhaps impure water too. When producing our own colloidal silver, we add about 3 fluid ounces of existing colloidal silver to speed the production time, without effecting the quality of the resultant product.

To make the silver bars last as long as possible, the polarity should be reversed each time. This means that the silver bar that is connected to the positive (red) wire in one batch should be switched so that it is connected to negative in the next batch. Otherwise, one of the bars will rapidly erode.

If a colloidal silver solution is black, brown, or purple, then it indicates that the silver particles are abnormally large. It may also reflect the presence of impurities. The huge particle size of these products makes it debatable if these solutions can truly be called colloidal. It is how most colloidal silvers from online sellers look. The ugly discolourations can also be caused by heating during production, or from the use of high voltages, which are common shortcuts taken by the commercial manufacturers. We recommend that such solutions be avoided, except as a last resort. These products are significantly less effective internally than properly-produced colloidal silver, and the abnormally-large silver particles are more likely to get forever trapped in the tissues. Most commercial sellers have proprietary processes for production, which cannot be trusted, and there is no way to know what is really in their products. We do know from the colour of their products that they are not selling true colloidal silver.

Properly Medicating with Colloidal Silver

High quality colloidal silver, at an appropriate medicinal strength, usually looks slightly yellowish in a brilliant white container, under a fluorescent light. Some batches of colloidal silver will instead have a slight silvery tint. The two colors are an indication of a particle size difference, but there should essentially be no difference in effectiveness. Some batches turn yellow about a day after production. We recommend against making stronger concentrations for most uses, because silver appears to create iron deficiencies with extreme dosages. We do not truly know if the colloidal silver causes the increased excretion of iron, or if it simply neutralizes usable iron by bonding with it, or both. We believe that it is both. Either way, there are no real human toxicity issues, but the proper iron level should be nevertheless maintained for optimal health.

During times of sickness, we recommend using 3 fluid ounces of colloidal silver, twice a day. Best results can be achieved by holding the colloidal silver in the mouth for a minute before swallowing it. This technique allows some silver to penetrate through the walls of the mouth, and directly into the blood stream. Expect for it to have a metallic aftertaste.

Storage of Colloidal Silver

Colloidal silver may be stored in either plastic or glass. The ideal plastic is the type that is used to store milk. It is high-density polyethylene (HDPE), and it can be identified in the U.S. by a number “2″ embossed into the bottom of the container. It is a very non-reactive plastic, but the microscopic silver particles may stain it.

Colloidal silver should be stored at room temperature, and never allowed to freeze. The silver will coagulate into visible chunks at the bottom when frozen, which will make the solution much less effective and create the possibility that it will cause argyria. Therefore, an interesting experiment to verify the presence of silver in the solution is to freeze a small amount of it, and then examine the clumped silver in the bottom of the container after thawing. If a choice must be made between storage in a hot or cold environment, the warmer environment should always be chosen.

Pure colloidal silver should not experience any of the serious breakdown problems that silver chloride solutions do whenever there is light exposure; but we nevertheless store our colloidal silver in a dark location, because darkness might somewhat help to keep it better preserved.

A good batch of colloidal silver should last for years, because the silver itself is a powerful preservative. In fact, we use it as a substitute for water in risky foods that use uncooked ingredients, such as raw eggs (for mayonnaise production). It is used to ensure that all of the bacteria is dead. A minute of blending with colloidal silver is enough to ensure that no bacteria survives.

Patients Experiencing the Blues

The medical establishment and the big media organizations have demonized colloidal silver by parading people who have developed a condition known as argyria. It is a bluish-gray discolouration of the skin that is reported to be permanent. However, every case that we investigated involved products that were not actually colloidal silver, and most cases were the result of pharmaceutical-industry silver products. Our exhaustive research could not find a single instance of argyria that was caused by pure colloidal silver. The pharmaceutical silver solutions are the most likely to cause it.

Regulators proclaim that the people who turned blue provide evidence of silver’s toxicity, but the opposite is actually true. It proves that even after a person is so incredibly saturated with silver from 20+ years of misuse that he turns blue, he still does not suffer from any health problems. The blue patients are actually healthier than normal. Take for comparison: a patient who consumes enough aspirin to turn white. Actually, we cannot use this example, because within 20 minutes of such extreme aspirin consumption, the patient would be dead from internal bleeding — long before he ever began changing colour.

The National Institutes of Health documented one case of argyria that occurred when a man started producing his own silver solution and consumed 16 fluid ounces of it, three times each day, for a period of years. He measured his silver to contain a whopping 450 parts per million, which is 22 times stronger than is normal. This regimen gave his body the same concentration of silver as if he had consumed 1,056 fluid ounces of standard colloidal silver (8.25 gallons per day). The extreme concentration means that the silver had to be discoloured and impure, and it almost certainly had salt added. Otherwise, it would have taken him days to manufacture each day’s batch at such concentrations, so we can be certain that he was using silver chloride instead of colloidal silver. It is a reflection of the stupidity of turning to pharmaceutical manufacturing processes for the practice of alternative medicine, and then using the terrible results to prove that alternative medicine is bad. It is what we see most often in the politics of silver.

The most popularized case of argyria is that of Paul Karason, the so-called Smurf Man. He internally consumed large doses of a homemade silver solution for years, and then began also using silver externally on his face. He too made his silver solution using salt, which resulted in silver chloride. Despite it being a completely different substance, he refers to his solution as “colloidal silver”, as well as the media. We believe that after he noticed some slight skin discoloration, he actually increased his dosage, because he had found a way to become famous and profit from being a freak. He admits publicly to using excessive amounts of his silver chloride both internally and transdermally, daily for 14 years. He still continues to use it, despite his obvious saturation. He further admits that his face turned blue before the rest of his body; and yet he continued to use both silver products, despite the colour change. Due to Karason’s self-inflicted and intentional cosmetic alteration, the F.D.A. has used him in a public relations campaign that is intended to convince the public that colloidal silver is dangerous. We can only speculate about how much the media networks and the F.D.A. have paid him for his appearances.

Not one death or serious side effect has ever been recorded for pure colloidal silver, during the century of its existence. There are, however, plenty of horror stories from people who used the chemically-altered silvers, made with various proteins, salts, or fermented bacteria.