BREAKING Colloidal Silver to Replace Antibiotics?

I didn't realize CS was being tested as much as that I guess. That and commercial companies knowing that they work. It's crazy it gets such a bad rap. Search colloidal silver online and all you see is the blue dude. Everyone says "oh that stuff doesn't work, look what happened to this ONE guy."

Big Pharma says don't mind what happened to this couple HUNDRED THOUSAND people and it's all gravy.

I took it all last winter did not get sick once and didn't turn blue lol ...

your backside does look a little blue.....butt nice!

I took it all last winter did not get sick once and didn't turn blue lol ...


Yeah I think that turning blue probably only happens to those people making their own, and making it improperly.

It won't become popular until it is illegal to make it yourself.

Heard about the colloidal silver 'Blue Man?' Here's why the scare story is public relations fraud



"The Blue Man story became a major media disinformation event which was produced by a public relations firm and paid for by a pharmaceutical interest," says Purest Colloids, one producer of true silver colloid solutions. "The purpose of this campaign was to scare the public away from using colloidal silver products."


Learn more: [link to www.naturalnews.com]

It's caused by getting salt into the formula. Considering the steps involved in making it, if you can't make it properly you should be trusted with anything sharp or expensive.

Mayoclinic calls bullshit!!

Monsanto says says Roundup, yum gud!

It sounds like Colloidal Silver could be used to help out with all those Monsanto-induced issues.

With cold season upon me, looks like I'll probably get to test it out first hand. Colloidal Silver that is, not roundup.

I've used colloidal silver, gold, and copper. Good stuff, but make sure you get it from a reputable source.

This news cast is pure propaganda to silence the real opportunities of colloidal silver.

So in the end why did he turned blue ?

Overdose of colloidal silver because he had a self build colloidal silver generator.

You can even die if you drink to much water !

I mean a google search, especially an image search, for colloidal silver turns up mostly info regarding ONE guy who had a bad experience.

Google cholesterol medicine, or some other pharmaceutical, and you will find mostly ads, pro-pharma websites, etc.

So, kill people, decrease life expectancy, cause a plethora of side effects and it's all good. Turn one dude, using a home-made process taking a higher-than-recommended-dose blue, and you are ruined.

Lesson here? If you can't patent the formula, you aren't going to see it on the boob tube.

[link to theartofmakingcolloidalsilver.com (secure)]
What Is a Superbug?
Every year, over two million people in the U.S. get infections that are resistant to some types of antibiotics. On the ‘Consumer 101‘ TV show, Consumer Reports’ expert Lauren Friedman explains what you need to know about these superbug infections.

The bacteria in question is called “carbapenem-resistant Enterobacteriaceae,” or CRE for short, and can cause serious infections throughout the body, including in the lungs, bladder, bloodstream, and skin.

The infections, which mostly occur in medical facilities, are often hard to treat—or are even untreatable—because the bacteria are resistant to many antibiotics.

Just last week, the Centers for Disease Control and Prevention reported that a Nevada woman in her 70s had died after being infected with a “nightmare bacteria” (a type of CRE) resistant to all antibiotics.

Then yesterday, the New England Journal of Medicine published findings from research conducted in South Africa showing that a strain of tuberculosis immune to most antibiotics spreads more easily than previously thought. That’s concerning because the antibiotic-resistant form of tuberculosis—which is rare in the U.S.—though deadly, was not previously considered highly contagious.

Although the deadly strain of tuberculosis has not yet made it to the U.S., the spread of the disease in South Africa is an important reminder that we need to take precautions to contain CRE now, before it too mutates to become more contagious.

Most people who become infected with CRE encounter the bug in hospitals or long-term-care facilities, says Lisa McGiffert, director of Consumer Reports’ Safe Patient Project.

“Our healthcare facilities are our first—and possibly our only—line of defense,” says McGiffert. “This research underscores how critically important it is for them to take concrete steps now to contain these deadly superbugs before they spread more widely.”
[link to theartofmakingcolloidalsilver.com (secure)]
Silver has been associated with human medicine and healthcare for over two millennia. The ‘father of modern medicine,’ Hippocrates, wrote using silver to improve wound care around 400 BC. During the intervening years, silver has featured in a wide range of writings, most of which highlight its capabilities, particularly limiting inflammation and infection. The interest in silver in medicine was probably spurred by long held knowledge that silver kept many perishable items fresh for more extended periods – for example, silver coins were often dropped into barrels of water and milk on long journeys to slow their degradation. While it was not understood at the time, silver ions are formed under these conditions, which interrupt many microbial processes associated with spoilage. It is this relatively simple piece of science that ultimately drove the medical community’s interest in silver.
Modern-day medical uses of silver began at the turn of the 19th century when surgeons used silver sutures to help minimize post operative inflammation. Later in the 1800s, silver nitrate eyedrops were introduced as an antiseptic (to reduce neonatal conjunctivitis). The following century saw World War I soldiers take silver leaf into battle to help fight infection if they were injured in the trenches. Silver was increasingly used to treat everyday ailments such as sore throats and tonsillitis. This increase in usage was accompanied by the identification of argyria, a rare condition associated with the gradual accumulation of silver compounds in the body and characterized by discoloration of the skin in the most extreme cases.

Alexander Fleming’s discovery of antibiotics in the late 1920s saw a reduction of interest in silver’s use in medicine for a short period, but this was reignited in the 1960s by the work of Professor Carl Moyer, who was Chairman of the Department of Surgery, Washington University, Missouri. Moyer recognized the potential of silver salts to be used in the treatment of severe burns injuries. In a paper presented at the 69th annual convention of the U.S. National Medical Association in 1964, Moyer described: “A personal experience during 25 years with applying dressings continuously wet with 0.5% silver nitrate to chronically infected open wounds and to thin split grafts on surfaces that rejected them repeatedly, had demonstrated that silver nitrate in this concentration cleared the ulcers of organisms such as pseudomonas, staphylococci, streptococci and proteus quickly, and that small stamp type skin grafts would take and proliferate rapidly when covered continuously with 0.5% silver nitrate.

Last Edited by abeland1 on 11/23/2022 09:38 PM

Mayoclinic LOL

Have you tried to USE Mayo Clinic lately? Those Vaxx pushing no talent hacks will never see my face again.

That one blue guy was drinking a gallon of colloidal silver a day, all you need is a tablespoon at most. Also, he was applying a silver salt powder to his skin topically, which is why his skin turned blue, the media doesn't tell you that part, they just try to poison the well by telling people he was using colloidal silver.

[link to theartofmakingcolloidalsilver.com (secure)]
Ag is long known for its antimicrobial effect and the antiviral property of AgNPs is being extensively researched with renewed interest in the recent past [1]. The exact mechanism by which AgNPs exert its killing effect on viruses is still obscure. However, it has been consistently observed that AgNPs interact with the structural proteins on the surface of extracellular viruses to inhibit infection in the early phase, by either preventing viral attachment or entry, or by damaging the surface proteins to affect the structural integrity of virions [11,12]. In the current study, we have obtained similar findings in the VPrA where AgNPs effectively inhibits extracellular SARS-CoV-2 to protect the target cells from infection and the pseudovirus entry assay revealed that AgNPs interfere with viral entry.

AgNPs have been shown to preferentially bind to viral surface proteins rich in sulfhydryl groups and cleave the disulfide bonds to destabilize the protein, thereby affecting viral infectivity [11,13]. Studies on HIV have shown that AgNPs associate to the disulfide bonds that are in close proximity to the CD4 binding domain of the gp120 surface protein [11]. Hati and Bhattacharyya have demonstrated the importance disulfide bonds in binding of SARS-CoV-2 spike protein with the angiotensin converting enzyme-2 (ACE2) receptor and the disruption of which lead to impaired viral binding to the receptor [14]. Considering the mechanism of action of AgNPs shown by other authors, it can be presumed that AgNPs exert their antiviral effect on SARS-CoV-2 by disrupting the disulfide bonds on the spike protein and ACE2 receptors. Further studies are being conducted to find the antiviral mechanism of AgNPs on SARS-CoV-2 and elucidate it in detail subsequently.

AgNPs have also been claimed to possess intracellular antiviral action by interacting with viral nucleic acids [15]. We observed a partial antiviral effect in CPrA, as there was some amount of reduction in the viral load in cells pre-treated with PVP-AgNP10. While the reason for this effect is not known at present, it is possibly explained to be either due to the destruction of disulfide bridges on ACE2 receptor or due to a true intracellular mechanism (there by inhibiting serial viral infection of newly produced virus from infected cells to uninfected cells). Also, since Ag binds non-specifically to proteins, their use as antiviral agents might also cause some cellular dysfunction. Further studies are required to more precisely explain the holistic effect of Ag in vivo.

Several studies have reiterated the size dependent antiviral effect of AgNPs with particles around 10 nm diameter being most effective [1]. This has been attributed the higher stability of interaction to the viral protein achieved by 10 nm particles which is not capable by larger particles [11]. Consistent with this, we also observed anti-SARS-CoV-2 activity only with AgNPs of diameters ranging from 2 to 15 nm. Our immunofluorescence study corroborated the above phenomenon, as we observed that PVP-AgNP10 completely inhibited SARS-CoV-2 but AgNP100 did not.

https://imgur.com/a/ykIPEwZ

A silver colloid is much less bioactive than silver ions. Silver ions kill just about everything. Elemental silver is inert until it produces ions.

During thse past 2 years, and refusing testing and jab, with pets, colloidal silver has been a lifesaver.

Viruses, bacterial, fungal infections - all give way to proper CS usage.

Remember at the beginning of the plandemic they banned, arrrested ppl for selling CS?

That's your first clue. Just like ivermectin.

No, the blue dude was adding sodium chloride to the water why doing electrolysis. He was drinking silver chloride, which is not very bioactive and accumulates in the skin.

Great! Millions of blue skinned smurfs … that’s all we need!

[link to theartofmakingcolloidalsilver.com (secure)]

https://imgur.com/a/BR9XaQc

HOUSTON – (July 11, 2012) – Rice University researchers have settled a long-standing controversy over the mechanism by which silver nanoparticles, the most widely used nanomaterial in the world, kill bacteria.

Their work comes with a warning: Use enough. If you don’t kill them, you make them stronger.

Scientists have long known that silver ions, which flow from nanoparticles when oxidized, are deadly to bacteria. Silver nanoparticles are used just about everywhere, including in cosmetics, socks, food containers, detergents, sprays and a wide range of other products to stop the spread of germs.

But scientists have also suspected silver nanoparticles themselves may be toxic to bacteria, particularly the smallest of them at about 3 nanometers. Not so, according to the Rice team that reported its results this month in the American Chemical Society journal Nano Letters.

In fact, when the possibility of ionization is taken away from silver, the nanoparticles are practically benign in the presence of microbes, said Pedro Alvarez, George R. Brown Professor and chair of Rice’s Civil and Environmental Engineering Department.

Similar to the Graff Fein that everyone is obsessed with talking about, silver attracts via static electricity and that attraction results in death of the pathogen post-contact

Do some research into Gallium op and what it does to biofilms

millions have taken silver and none have ever died

[link to theartofmakingcolloidalsilver.com (secure)]
Over six years ago, I started a thread on a forum called goldismoney2. It is a forum created by people who believe in investing in Precious Metals. It is unique in the fact of not allowing any commercial content whatsoever. Any advertising or product promotion is strictly forbidden. It is well moderated and allows complete freedom of expression for the members. As long as the members do not engage in really obnoxious behavior, members can express themselves freely. I chose this forum as it was the only one I could find that had a section concerning Alternative Health topics, including colloidal silver. There was no other place for people to get honest information about colloidal silver. Someone in a colloidal silver business owns every other source I can find or they advertise on the site. Let’s face it. If you accept money from somebody, you’re not going to criticize them for what they say. Once you take money from someone, you are their prisoner. Let’s not kid ourselves. Money Talks, BS walks. Goldismoney2 is supported entirely and only by occasional contributions by the members.
I gave the three most important factors that I had found over the years for making colloidal silver. There were many members of goldismoney2 who had been making colloidal silver for years. They were using a great variety of methods, and many had colloidal silver generators from various manufacturers.

Last Edited by abeland1 on 11/23/2022 09:39 PM

Yeah I think that turning blue probably only happens to those people making their own, and making it improperly.


rubbing it on your skin duh!

that sounds racist

[link to theartofmakingcolloidalsilver.com (secure)]

https://imgur.com/a/fsUQIoh

This would be silver nitrate and will cause Argyria.
Chemically produced colloidal silver
Chemically produced colloidal silver causes Argyria. Colloidal silver was widely used in the early 1900s. Scientists at the time discovered that if they chemically combined the silver colloid with a protein, it would not only be better digested, they could produce it in greater concentration.
This led to silver nitrate and silver salts. Before the early 1900s, there had never been any adverse side effects with ingesting silver, so testing the toxicity was not a big concern. But before the toxicity was tested, doctors had already begun to use it on their patients.
As we know now, silver nitrate and other silver salts were toxic in high doses. It caused Argyria, cosmetic bluing, or graying of the skin produced by a build-up of un-dissolved silver particles in the tissues.