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Even in antiquity silver was recognised, albeit anecdotally, as having antibacterial properties. Ancient romans used silver vessels, and cutlery was made in silver. In the past silver coins were placed in milk to reduce souring.
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In more recent times silver in various forms has been used in bandages to aid healing and prevent infection, as well as a host of other uses such as incorporation into the surfaces of items used in kitchens and hospitals. One research document states that silver is effective against 650 strains of microorganisms. A full list of references would certainly run into several pages, here are a few examples.
This is still a hotly debated subject and more research is required, but some research suggests that it is silver Ag+ ions that have a disruptive effect on the cellular membrane leading to death of the organism.
The problem here lies in ion delivery, as ingested solutions of ionic silver become silver compounds within 7 seconds of ingestion. Silver nanoparticles can travel through the human organism whilst releasing silver ions from their surface.
This process of oxidisation is slower than the direct ionic contact method, but in the cases where free ions such as chloride may be present (blood serum etc), silver nanoparticles are an effective delivery mechanism for silver ions due to their low reactivity potential. Whether antimicrobial property derives from the actual particle or their ion releasing capacity, the result is the same.
Many of the products available on the market today called colloidal silver contain low particle concentration and often of very large particle size, together with a high ionic content. A true colloid containing over 50% particles and of a mean particle size of less than 10Nm is a massively more effective in antimicrobial activity.
The fact that the FDA allows it to be manufactured in a highly controlled facility, and to be sold to the public, supports this. Whilst there are no specific regulations relating to colloidal silver, manufacturing facilities are rigorously controlled by the FDA as with any food or pharmaceutical related process.
Ionic silver solutions are not colloids. The silver ions (silver particles missing one outer orbital electron) can only exist in the solute. Once in contact with free ions or when the water evaporates, insoluble and sometimes undesirable silver compounds will form.
Whilst they are useful in certain external applications, ionic solutions are limited by their reactive capacity. In many cases the silver compounds formed are non-effective and/or undesirable in high dosage.
Particle size is crucial when silver nanoparticle reactions are concerned. The capacity of silver nanoparticles to release silver ions (Ag+) occurs only on the particle surface. Therefore, with any given particulate weight, the smaller the particle the greater the total surface area.
Whilst at present Colloidal silver is limited to being marketed as a dietary supplement its potential use in combating pathogenic organisms is significant, particularly in the light of the development of antibiotic resistant bacteria.
In addition, there is massive potential in the research into its use in anti-viral and anti-fungal uses. purecolloids.co.uk is committed to supporting the responsible use of nanoparticle silver in its various applications, and the development of safe use guidelines for colloidal silver products within the currently existing legal framework.
Pure Colloids. (2019, November 06). Differences between colloidal silver and ionic silver solutions. News-Medical. Retrieved on March 31, 2023 from -medical.net/news/20191106/Differences-between-colloidal-silver-and-ionic-silver-solutions.aspx.
Pure Colloids. "Differences between colloidal silver and ionic silver solutions". News-Medical. -medical.net/news/20191106/Differences-between-colloidal-silver-and-ionic-silver-solutions.aspx. (accessed March 31, 2023).
Pure Colloids. 2019. Differences between colloidal silver and ionic silver solutions. News-Medical, viewed 31 March 2023, -medical.net/news/20191106/Differences-between-colloidal-silver-and-ionic-silver-solutions.aspx.
True Colloidal Silver is the most stable and effective colloidal silver. Our perfectly sized charged colloids are more readily assimilated by the body. The colloids reach the blood stream unchanged which gives you the maximum effectiveness.
The term true colloidal silver was coined by the Colloidal Science Laboratory (CSL) during the 1990s to describe a silver colloid whose silver content consisted mostly of silver nanoparticles vs. silver ions. To qualify as true colloidal silver the concentration of silver in the form of nanoparticles must be a majority of the total silver content (more than 50%). Total silver includes both ionic silver and silver in nanoparticle form. Silver concentration is determined using atomic absorption or atomic emission spectroscopy and is expressed in parts-per-million (PPM). PPM is a ratio of the mass of silver relative to the dispersant which is water. For example, 10 PPM means in one liter of water there are 10 milligrams of total silver content. True colloidal silver, therefore, refers to the percentage of silver in the form of nanoparticles being the majority of the total silver concentration. It does not mean that the product has any particular total silver concentration. A true silver colloid can technically exist at any silver concentration as long as the majority of the silver is in nanoparticles. By comparison, ionic silver products typically contain 1 to 10 percent nanoparticles, far less than true colloidal silver. Because these products are mostly ionic silver they are simply referred to as ionic silver.
In order to determine if a silver product is true colloidal silver, the concentration of silver in nanoparticle form must be determined independently of the concentration of the silver ions present. Since most silver products contain both nanoparticles and ions a method of separating the ions from the nanoparticles was developed so that each component of the product could be determined. At the time this work was being conducted no definitive method had yet been established to separate silver ions from silver nanoparticles.
Theory would dictate that centrifugal separation should do the trick but not even the scientists at companies that produced the Ultra Centrifuges of the day knew what forces would be required to cause the separation. Most laboratory centrifuges produce forces in the range of tens of thousands of G-forces. Ultra centrifuges produce forces of hundreds of thousands of G-forces ranging up to one million G-forces. After much trial and error, the scientists at CSL using an ultra-centrifuge capable of producing 650,000 G-forces determined the G-forces and time intervals required to separate silver ions from silver nanoparticles.
Once the nanoparticles were completely removed from the liquid, only the ions remained. The remaining ionic silver concentration (PPM) was measured using atomic absorption (AA) or atomic emission spectroscopy (AES).
A sample of the liquid containing both the ions and the particles is measured using an AA or AES to determine the total silver PPM. The particle concentration is calculated by subtracting the ionic PPM from the total PPM.
True colloidal silver is never clear like water because silver nanoparticles absorb light at a wavelength of 400 nm causing the liquid to have an amber color when observing a light source through the liquid. The darkness of the amber color is a general indication silver nanoparticle concentration. A five PPM product will appear light amber and a twenty PPM product will appear a much darker amber. A fifty PPM product will appear almost black. Just because a product is amber does not necessarily mean it is true colloidal silver. Ionic silver solutions made by electrolysis can appear amber or dark amber due to very large particles but without having particle concentrations above 50 percent.
While there is a small handful of products that actually are true colloidal silver by the definition described on this page, there are vast differences between the various products. Particle concentration and particle size will determine the aggregate particle surface area per milliliter of the product. The higher the value of particle surface area the better because effectiveness is determined by particle surface area.
The dosage for Mesosilver is typically between one teaspoon (5ml) and one tablespoon (15ml) daily to help maintain health. One to four tablespoons taken 4 times per day may be taken to help fortify the immune system when needed. Actual dosage will vary based on individual needs.A 500 mL bottle will provide a one month supply when used at a dosage of one tablespoon per day
True colloidal silver is safe, non-toxic, and one of the oldest antimicrobials known to man. Silver colloids are known to be effective against more than 650 disease-causing organisms (virus, bacteria, fungus).
Colloidal Silver is one of the best natural remedies to have on hand for your pet and even yourself as it has many benefits. If you're not aware of colloidal silver it's basically condensed water with nanoparticles of silver added to it.
This amazing healing nugget about colloidal silver has been handed down through generations of wise healers passing on their knowledge of working with natural medicine for over 6000 years and in fact, in many poorer regions of the world it's still used as a natural and effective antibiotic to prevent infection rather than more expensive prescription antibiotics as it's very affordable and can even be made at home.
It's essential to buy good and true colloidal silver especially if you're using it as a healing mechanism as not all products are created equally and poorly produced colloidal silver can have side effects in the body that a good colloidal silver product wouldn't when used as intended. 041b061a72