Is Colloidal Silver Good For Plants?

Because colloidal silver is safe for the plants, it is able to aggressively attack bacteria, parasites, and other pathogens in the garden.

What does colloidal silver do to plants?

Male pollen sacs instead of female buds are produced by the silver colloidal in the weed plant. Feminized seeds can be created by collecting pollen from male pollen sacs and then using that pollen on female flowers.

Is colloidal silver a fungicide?

This does not necessarily imply that colloidal silver may be used to treat fungal infections in humans because many other substances can kill fungus in a laboratory.

Colloidal silver, as a topical antifungal agent, has thus far received scant scientific backing.

In addition, there have been no research on the impact of colloidal silver on fungal infections in humans.

Antibacterial, antiviral, and fungus-killing effects are attributed to the use of colloidal silver. In contrast, there is currently no evidence that colloidal silver has any of these health benefits..

What is colloidal silver best for?

Colloidal silver supplements, on the other hand, are being marketed as a cure-all by some companies. According to the makers, it can help improve your immune system and treat or prevent viral infections like the common cold or COVID-19. Aside from AIDS, cancer, shingles and herpes and eye problems colloidal silver may also be used to treat these illnesses. However, there is no evidence to support these claims.

What ppm colloidal silver is best for feminized seeds?

For the purpose of inducing feminized pollen, gardeners use Colloidal Silver Fem Seed Spray, which contains 30ppm (parts per million) of colloidal silver.

When should I start spraying colloidal silver?

The optimal time to utilize colloidal silver for feminization is a day or two before flowering (12/12). Every day until male sacs begin to form, spray fresh growth with colloidal silver (typically 10-18 days.)

Is silver good for soil?

A recent study suggests that silver nanoparticles, which are employed in hospitals and consumer products for their antibacterial characteristics, may harm plant growth when they enter the environment. Even though it may not mean the extinction of all plants, the data imply the nanomaterial has environmental implications that warrant more examination..

In its ionized form, silver has long been recognized as an effective antibacterial agent. Silver is considerably more effective in killing germs when it is reduced to nanoscale size, which is smaller than many viruses (a nanometer is one billionth of a meter). Because of its antimicrobial properties, businesses have included silver nanoparticles in items such as anti-odor apparel, hand sanitizer and even anti-microbial teddy bears in their products. Labels on items sold in the United States are currently not required to reveal the presence of nanoparticles. The Project on Emerging Nanotechnologies has a website where consumers can learn more about which items include nanoparticles.)

Silver nanoparticles' microbicidal actions are extensively documented, but their environmental impact is less so.

Silver nanoparticles have been shown to be very hazardous to bacteria, fungus, and other microbes in lab trials, says Ben Colman, a Duke University postdoctoral researcher who conducted the study. “For the vast majority of these investigations, one species of bacteria—often the “lab rat of bacteria,” E. coli—as well as relatively simple medium and nanoparticles were used in a simple test tube. This is because it is difficult to predict what will happen when these particles reach the environment from simple single-species studies in simple habitats.”

Waterborne nanoparticles are more likely to infiltrate the environment through wastewater treatment plants, where they are concentrated in biosolids (sewage sludge). Land application is a common method of disposing of sludge since it can be used as a fertilizer. Fertilizers are necessary for plant growth, but plants also rely on soil microbes and fungus to extract nutrients from the air and soil. Antimicrobial properties of silver nanoparticles, for example, could have an impact on the ecosystem level—for example, on the growth of plants that are dependent on soil-dwelling microorganisms

Researchers created a series of outdoor “mesocosms”—intermediate-sized “fields” of plants growing in rubber tubs—to evaluate the ecosystemic influence of silver nanoparticles. In each tub, they added 0.2 kilograms of biosolids and 11 milligrams of silver nanoparticles. Biosolids from water treatment plants have been found to include concentrations in this range by the U.S. Environmental Protection Agency in a recent survey of biosolids (pdf). As compared to silver-free biosolid treatment, a nanoparticle treatment lowered the growth rate of a tested plant species by 22%. Microbial biomass, on the other hand, decreased in volume by 20 percent. This year's Ecological Society of America (ESA) annual meeting was held August 4th, when Colman presented the findings.

Colman stated that in his earlier in vitrostudies of sediment he saw no influence on the amount of bacteria present even though he employed 1,250 milligrams of nano-silver per kilogram of sediment.

Astonishingly, “what we discovered was a little bit unexpected,” Colman says. Silver nanoparticles were discovered to have a considerable impact on plant growth, microbial biomass, and microbial activity when they were added to a more complicated system.”

It's Colman's opinion that the nanoparticles have a negative effect on plant growth “Plants and soil microbes are both directly impacted by these chemicals, but it's possible that the microbes' effects on the plants could have a direct impact on their growth. We're putting forth more effort to get a better handle on it.”

A controlled wetland ecosystem, complete with algae, aquatic plants, bacteria, insects, zooplankton, and fish, is the next step in the team's research.

“The most exciting part of this project is that we can get a head start on analyzing any potential issues that may arise in the future. As ecologists, we tend to study the consequences of items like DDT after the fact, once they have had a significant impact on the environment.”

What is the purest colloidal silver?

MesosilverTM is the industry's best real colloid silver, and it's available for purchase now. As far as particle size to concentration ratio is concerned, this is the most effective product and the best value for money.

Does silver fight infection?

Silver's bactericidal properties have been extensively researched. Several applications, notably as a topical treatment for burns and chronic wounds and as a coating for temporary and permanent medical devices, show its usefulness in decreasing or avoiding infection. As a result, it is not clear how effective silver coatings can be in other areas, such as orthopedic hardware coatings, or how effective they are at preventing heart valve failure. It will be vital to keep evaluating these technologies in order to figure out exactly where silver has an advantage.

It's practically hard to keep track of all the new silver-infused infection prevention gadgets as they emerge. It was the goal of this study to include the most common medical uses of silver. As antibacterial alternatives emerge for some of these uses, silver remains a useful supplement to the arsenal against illness and comes with low adverse effects. Silver-containing products may have some advantages, but these should be balanced against the risks of using them and the alternative treatment choices that are available.

Why is silver antibacterial?

Due to its lesser toxicity to human cells than to bacteria, silver's antibacterial activity has long been known and has found a wide range of applications. Prophylactic treatment of burns and water disinfection are the most commonly described uses. There are, however, no recognized processes for how silver destroys cells. Many questions remain on the mechanism of resistance, including information on the chemistry of Ag+.

Silver binds to a wide variety of biological components, although membranes and nucleic acids are likely to be the most critical. Some bacteria have been found to accumulate more of the silver-binding metal than the matching resistant strain, whereas in other cases the opposite appears to be the case. Plasmid-mediated resistance has been found in a number of situations. Plasmids have been known to be difficult to transfer and to retain, as we have discovered as well. Only a few biochemical variations between resistant and sensitive strains have been discovered, such as a resistant Escherichia coli's increased cell surface hydrophobicity.

Defining the conditions in which resistance can be noticed is one of the issues. Components of cell culture media are proven to interact with silver(I), which is why chloride is required to demonstrate resistance. The type of silver used is also important. In most cases, this is AgNO3, which rapidly becomes AgCl in the presence of water. Because it doesn't produce hypochloraemia in burn patients, silver sulfadiazine, a very insoluble chemical, is the compound of choice in the clinic. In the past, it has been hypothesized that resistant bacteria are those that are unable to bind Ag+ more strongly than does chlorine. Cells may be able to metabolize certain insoluble forms of silver, as has been demonstrated for nickel. Although AgNO3 is more poisonous, silver complexed with specific ligands is more cytotoxic under our experimental circumstances. Solubility and stability appear to have a delicate interplay that deserves additional study.

Does colloidal silver work for wrinkles?

Every now and then, a skincare ingredient comes along that demands additional examination, even for those of us who think we're skincare experts. Silver is the color of choice this time. Copper and gold have been around for a long time, and now silver looks to be making its own splash. This may be surprising, but it turns out that the use of silver in skincare isn't new. Before the development of antibiotics, silver was used to treat bacterial infections because of its antiseptic and anti-inflammatory characteristics.

Should colloidal silver be clear or yellow?

You're looking for the greatest silver product for immune support on the internet. You're evaluating the differences between A, B, and C. One thing is for sure, they all seem to be saying something different. It's a lot to take in.

That's why we've chosen to come to your aid… using the REAL SCIENCE of silver! But how can you be sure that our science is superior to that of any other brand? It's entirely up to you whether or not to take a supplement like Sovereign Silver. However, we can tell you that millions of people have decided to do so due to our science, and we have a 63% market share in the Silver Supplement category.

What color should your silver product be and why? That is the topic of our new series, Busting Silver Myths, which begins today.

Yellow is Your Caution Sign

Colloidal silver with high particle sizes will have a yellow/amber tint because they absorb visible light except for yellow wavelengths, a scientific phenomenon known as Surface Plasmon Resonance (SPR). It is impossible for nanoparticles smaller than 5nm to absorb light in the visible color range, therefore they look colorless.

“OK, so which is best, little or huge particles…color, or no color?” you may be wondering.

In the case of silver supplements… Smaller is Actually Better – which means that colorless is better!

Colloidal Silver is often a yellow or amber-hued dispersion of neutral (larger) silver particles. The body has a harder time absorbing, processing, and excreting large particles of silver in most colloidal silvers because they have less surface area. Neutral silver particles must be expelled, which increases the risk of poisoning. More or less than 13 percent bio-active silver is possible in colloidal silver, as well.

The bio-active silver ions and silver nanoclusters in Sovereign Silver Bio-Active Silver HydrosolTM, on the other hand, set it apart from colloidal silver. An unprecedented particle size of 0.8 nanometers has been validated by a 3rd party, all in the most uniform dispersion. Our comparison of over 200 silver brands since 1999 shows that no other silver can compare.

The Science Speaks For Itself

Using other silver brands raises a number of important considerations that you should be asking yourself.) Inquire about the scientific evidence.

At 110,000x magnification, all of these photos were obtained. Throughout the photographs on the right, you'll see huge silver particles represented by the black areas and spots. In contrast, the Sovereign Silver sample on the left has much smaller particles and a finer, more uniform dispersion.

Smaller particles make it easier to absorb and expel, and silver can only be transformed into bioactive forms at the particle's surface, therefore the smaller a particle is, the healthier it is for your body.

Is colloidal silver good for joint pain?

An adolescent female has been diagnosed with a rare naturopathic drug-induced vasculitis. Leukocytoclastic vasculitis instances caused by drug use have demonstrated to respond to removal of the inciting substance. A reduction in pruritus and irritation as well as shrinkage of the affected skin areas were observed in our patient after she stopped ingesting colloidal silver. When she started taking steroids and colchicine, her recovery was much accelerated. In our patient's situation, there was no need for a skin biopsy or histopathologic confirmation of the condition. Based on the patient's symptoms and reaction to treatment, a clinical diagnosis of leukocytoclastic vasculitis was determined.

Drugs that cause leukocytoclastic vasculitis include beta-lactams and TNF inhibitors, as well as antibiotics, propylthiouracil and levamisole-adulterated cocaine, warfarin, hydralazine, minocycline and most recently, trimethoprim-sulfamethoxazole. Anti-tuber-culoid therapy has been linked to leukocytoclastic vasculitis in the pediatric population in Japan and India, with ethambutol and rifampicin and pyrazinamide respectively. Anticoagulants dabigatran and rivaroxaban have been linked to cases of leukocytoclastic vasculitis, according to the literature. An amputation was necessary in one case of Naproxen-induced leukocytoclastic vasculitis, which was documented in the Journal of Medical Case Reports. Leukocytoclastic vasculitis and naturopathic medications and supplements have not been widely explored or reported.

The product distributor's website claimed “interior cleansing” as the reason for our patient's daily use of a colloidal silver supplement in liquid form (warm tea). The widespread use of silver colloidals in naturopathic and alternative medicine has not been well researched. Silver colloidal is a dispersion of silver particles in a colloidal base. For a variety of illnesses, including cancer, diabetes, and arthritis, the medicine has not been licensed by the Food and Drug Administration; however, it is used as homeopathic therapy. The safety and efficacy of silver colloidal usage for certain illnesses have not been shown. We were unable to find any mention of negative effects on the website of the drug's distributor. Silver colloidal use has been linked to permanent side effects such as argyria (a blue-gray staining of the skin, especially in sun-exposed areas) and argyrosis (silver deposits in the eye) when used in high doses for long periods of time. Silver colloidal was not linked to leukocytoclastic vasculitis, according to our review of the literature.

When systemic illness is absent, as was the case with our patient, the outlook for cutaneous leukocytoclastic vasculitis is excellent. In most cases, drug-induced leukocytoclastic vasculitis occurs as a localized illness, with only cutaneous symptoms, that resolves when the inciting drug is discontinued. The absence of fever and the presence of arthralgias and cryoglobulins, according to the International Journal of Clinical Rheumatology, indicate chronicity in leukocytoclastic vasculitis.

According to 2013 treatment guidelines published in International Journal of Clinical Rheumatology, treatment is dependent on two key factors: the etiology and the severity of the disease. The most severely affected organ should define the course of treatment, which may include a combination of steroid and immunosuppressive medication.

Analgesics, antihistamines, nonsteroidal anti-inflammatory medications (NSAIDs), compression stockings, and elevation of the legs are always suggested for cutaneous leukocytoclastic vasculitis. In the treatment of leukocytoclastic vasculitis, dapsone and colchicine, two common dermatosis medications, have been shown to be successful. Pediatric renal insufficiency may be reduced with corticosteroids, according to various research.. Leukocytoclastic vasculitis requires additional study to determine the best methods of treatment and management. It's not known how to effectively treat or manage this disease, regardless of its etiology. There are also no studies to guide treatment of patients with chronic, repeating symptoms and no known cause.

Because many over-the-counter supplements are labeled as “safe” and “without negative effects,” individuals with leukocytoclastic vasculitis are less likely to disclose their medication history during a medical history taking. Over-the-counter supplement safety profiles, as well as any side effects, should be reviewed with patients as part of routine examination.