The difference between colloidal silver and ionic silver solution

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Cauldron Foods Ltd was founded in 1980, which was the first major vegetarian food manufacturing company in the UK.
Has extensive experience in the development of food manufacturing technology and special automated machinery.
Together with CCFRA, he played an important role in the development of HACCP methodology for the food industry, and his interest is now focused on promoting and developing appropriate technologies to minimize human impact on the environment.
Established a business relationship with Purest Colloids INC, leading to the formation of purecolloids.co.uk
Even in ancient times, it is recognized that silver has antibacterial properties. The ancient Romans used silver utensils, and the tableware was made of silver. In the past, silver coins were placed in milk to reduce sourness.
In recent times, various forms of silver have been used in bandages to help heal and prevent infection, as well as many other uses, such as incorporation into the surface of items used in kitchens and hospitals. A research document pointed out that silver is effective against 650 microorganisms. The complete reference list will definitely appear on a few pages, here are some examples.
This is still a controversial topic and more research is needed, but some studies have shown that silver Ag+ ions have a destructive effect on cell membranes, leading to biological death.
The problem here is ion transport, because the ingested ionic silver solution becomes a silver compound within 7 seconds of ingestion. Silver nanoparticles can travel through human organisms while releasing silver ions from its surface.
The oxidation process is slower than the direct ion contact method, but when free ions (such as chloride ions) (serum, etc.) may be present, silver nanoparticles become an effective transport mechanism for silver ions due to their low reactivity. Regardless of whether the antibacterial properties come from the actual particles or their ion releasing ability, the result is the same.
The true colloidal silver of NP has low reactivity in the human body, and the ionic solution has high reactivity. The silver ions will combine with free chloride ions found in the human body for about 7 seconds.
Many products called colloidal silver available on the market today contain low concentrations of particles, usually very large in size and high in ion content. True colloids containing more than 50% particles and an average particle size of less than 10 Nm are much more effective in antibacterial activity.
This may be possible, but unlikely, because silver will cause the affected creatures to die before they develop resistance mutations. More research is necessary, but the potential for creating therapeutic cocktails is great, perhaps combining silver nanoparticles with other antibacterial agents.
The fact that the FDA allows it to be manufactured in a highly controlled facility and sold to the public supports this. Although there are no specific regulations on colloidal silver, as with any food or drug-related process, the FDA strictly controls production facilities.
A colloid is an insoluble substance suspended in another substance. Due to the zeta potential of the particles, the silver nanoparticles in Mesosilver™ will remain colloidal indefinitely.
In the case of some high-concentration large-particle colloids, potentially dangerous proteins need to be added to prevent particle agglomeration and precipitation.
Ionic silver solution is not a colloid. Silver ions (silver particles lacking an external orbital electron) can only exist in the solute. Once in contact with free ions or when water evaporates, insoluble silver compounds are formed, and sometimes undesirable silver compounds are formed.
Although they are useful in some external applications, ionic solutions are limited by their reaction capacity. In many cases, the formed silver compound is ineffective and/or undesirable at high doses.
Real colloids of silver nanoparticles do not have this disadvantage because they are not easy to form compounds in the human body.
When it comes to silver nanoparticle reactions, particle size is critical. The ability of silver nanoparticles to release silver ions (Ag +) only appears on the surface of the particles. Therefore, for any given particle weight, the smaller the particle, the greater the total surface area.
In addition, it has been shown that smaller particle size NPs exhibit enhanced silver ion release ability. Even in cases where actual particle contact may prove to be the reaction mechanism, surface area is still the main factor determining effectiveness.
purecolloids.co.uk provides a full range of Mesocolloid™ products produced by Purest Colloids INC New Jersey.
Mesosilver™ is unique in its product group and represents the smallest true colloidal silver suspension. The particle concentration of Mesosilver™ is 20ppm, and the consistent particle size is 0.65 Nm.
This is the smallest and most effective silver colloid anywhere. Mesosilver™ is available in 250 ml, 500 ml, 1 US gal and 5 US gal units.
Mesosilver™ is completely the best pure colloidal silver on the market. In terms of particle size to concentration, it represents the most effective product and is value for money.
With its high particle content (over 80%) and a particle size of 0.65 Nm of 20 ppm, Mesosilver™ is unmatched by any other manufacturer.
Although colloidal silver is currently only marketed as a dietary supplement, its potential use in combating pathogens is important, especially in view of the development of antibiotic-resistant bacteria.
In addition, it has great potential for research on antiviral and antifungal applications. purecolloids.co.uk is committed to supporting the responsible use of nano-silver in various applications, and formulating guidelines for the safe use of colloidal silver products within the current existing legal framework.
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Tags: antibiotics, antimicrobial resistance, bacteria, biosensors, blood, cells, electronics, ions, manufacturing, medical school, mutations, nanoparticles, nanoparticles, nanotechnology, particle size, protein, research, silver nanoparticles, vegetarianism By
Pure colloid. (November 6, 2019). The difference between colloidal silver solution and ionic silver solution. News medical. Retrieved from https://www.news-medical.net/news/20191106/Differences-between-colloidal-silver-and-ionic-silver-solutions.aspx on May 17, 2021.
Pure colloid. “The difference between colloidal silver and ionic silver solutions”. News medical. May 17, 2021 .
Pure colloid. “The difference between colloidal silver and ionic silver solutions”. News medical. https://www.news-medical.net/news/20191106/Differences-between-colloidal-silver-and-ionic-silver-solutions.aspx. (Accessed on May 17, 2021).
Pure colloid. 2019. The difference between colloidal silver and ionic silver solutions. News Medicine, accessed May 17, 2021, https://www.news-medical.net/news/20191106/Differences-between-colloidal-silver-and-ionic-silver-solutions.aspx.
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Post time: May-17-2021