Can I Use Colloidal Silver Before Oral Surgery?

So, silver can be used to combat dental cavities, but it is not colloidal.

Can you put colloidal silver in your mouth?

Colloidal silver, if ingested, is probably not safe. Colloidal silver is absorbed by the skin and other organs, where the silver ions are then removed from the body. This can result in a permanent bluish discoloration of the gums, which first manifests itself there.

How do you use colloidal silver as a mouth wash?

30 seconds of mouthwashing with a 10 ml measuring cap. Ideally, this should be done after cleaning your teeth twice a day. Rinsing should be avoided if possible.

Does colloidal silver fight infections?

Colloidal silver is a well-known non-traditional therapy. Its proponents believe that it can treat a wide range of illnesses, from the common cold to cancer.

Does colloidal silver remove plaque?

CFU experiments showed that an Ag-gel was able to suppress S. salivarius, S. sanguis, or S. mutans bacteria, or a mixture of these three bacteria building biofilms on cellulose discs, to an extent of over 6 log (100 percent). Ag-gel coating completely inhibited biofilm formation on cellulose discs in SEM examinations of biofilm formation byS. salivarius, S. sanguis, or S. mutans or a mixture of these three bacteria. Use of colloidal silver gel can effectively suppress the production of biofilms by the most common bacteria associated with oral plaque, and this gel has a fair chance of being turned into an efficient commercial dentifrice.

Is silver good for teeth?

Preventing cavities (also known as caries) from developing, spreading, and forming is one of the primary functions of silver diamine fluoride (SDF).

• Fluoride aids in the process of remineralization, which is the process of rebuilding the components in your teeth.

Does colloidal silver heal wounds?

For ages, silver has been used in a variety of ways, from food storage to wound healing, says Adam Friedman, M.D., F.A.A.D. In the early 1900s and especially after the FDA approved it as a treatment in the 1920s, silver became more widespread.

Dr. Friedman, associate professor of dermatology, residency program director, and director of translational research in the department of dermatology at The George Washington University School of Medicine & Health Sciences, believes that despite its longevity, silver's use is still a hot topic today.

Because the subject is so misunderstood, the conversation's lasting power could be attributed to this.

Debunking myths

Nanocrystalline silver dressing was applied to an MRSA-infected surgical site that had been permitted to heal on its own (Acticoat). It is possible to see re-epithelialization around the ulcer's perimeter one week following administration of the dressing (which should be changed every other day). As Dr. Friedman explains, there are a number of popular misconceptions about silver, including the belief that silver dressings don't boost healing rates. Silver has been shown to have beneficial benefits on wounds when administered correctly in systematic reviews and meta-analyses.

As another prevalent myth goes, silver dressings can promote argyria, which can cause skin to turn blue. He claims that silver dressings are unlikely to produce real argyria due to the low concentrations of silver utilized in them.

Another common misconception is that silver dressings slow healing and make bacteria more resistant to antibiotics.

In addition to terminological ambiguity, some doctors use colloidal silver and silver sulfadiazine almost interchangeably. “According to Dr. Friedman, “They're certainly not the same.” “A growing body of evidence shows that silver sulfadiazine might actually impede wound healing, thus I believe it is critical to distinguish between these two quite different wound medications.”

Shrunken silver

When there is a high level of bacterial contamination or infection, silver is most effective. In the beginning, he says, Silver is best. Silver has less of an effect on wound healing once the inflammatory phase has passed, which is usually when infection sets in.

A technique for examining silver nanoparticles using scanning electron microscopes. 200 nm Scale Bar According to him, silver would be used to eliminate any potential invaders that might slow things down in the early stages. Secondly, it serves a dual role. It aids in the beginning and progression of wound healing, but it also has the potential to be a highly effective antibacterial agent. Because it physically eliminates pathogens, silver has piqued people's curiosity.

In wound treatment, Dr. Friedman argues that nanosilver has been the genuine progression of colloidal silver. Pathogens' cell surfaces have a strong negative charge, which attracts the silver cations, which are positively charged molecules. Binary fission cannot occur because the cell membrane is destabilized and the ability to replicate is lost due to this dynamic.2

He notes that as the silver is reduced in size, the cations' capacity to come off on their own increases. It is also possible for these particles to engage with pathogens, which are enormous at the nanoscale, at that size range. As a result, it is easier to pinpoint the organism and deliver a therapeutic dose.

For a long time, “the safety has been examined,” he says. “It's something that has been around for quite some time.” However, he argues, “there is always more to do, especially when it comes to environmental impact of silver, but it is safe, and we know that it can be quite beneficial.” The proliferation phase of wound healing begins when wounds pass this threshold.

“This is not science fiction, and it is not something that will happen in the next several years. A silver dressing is already on the market, as is nanosilver, according to him.” In the right situation, dermatologists should be employing them when it is suitable.”

Future considerations

The transmission electron microscopy image of silver nanoparticles. Sliding 100-nm scale As stated by Dr. Friedman, the combination of nanosilver with an antibiotic can avoid resistance and increase activity. This combination of antibacterial qualities, “the silver being cidal (killing) and the antibiotic being static/inhibiting growth,” he explains. “You're going after it from both angles.” As a result, “the possibility of that organism acquiring resistance is limited.”

Dermatologists' present arsenal of antifungals and antibacterials can be supplemented by nanosilver and other antimicrobial nanomaterials, such as gold, copper, or polysaccharides, like chitosan, he says. They can be improved and their potency can be preserved by doing so.

Dr. Friedman believes that this will eventually become the norm, despite the fact that it isn't quite there yet. Antimicrobial resistance is a “clear next step,” he believes, given the “medical catastrophe of pandemic proportions.”

Nanomaterials are expected to play an important role in a wide range of future advancements. When it comes to wound care, “I think this is going to be a really big area for the future,” he continues, “and particularly for wounds that are infected.”

First, there is international agreement. Correct use of silver dressings to open wounds. An expert in their field is at work.

2. Nanosilver as a new generation of nanoproduct in biological applications: Chaloupka, Malam, and Seifalian. 2010 Nov;28(11):580-8; Trends Biotechnol

Can you put colloidal silver up your nose?

As if that wasn't bad enough, antibiotics don't work on fungal infections, which can continue to grow. Because they are administered systemically, antibiotics spread throughout the body, even if they're only needed in the sinuses. Other infections can be caused by altering the body's microbiome.

Understanding the enemy

The issue is two-fold. First, you're using an active drug that exclusively kills bacteria to combat a fungus-bacterial symbiosis. Only some germs can be killed by the antibiotics. All of the bacteria that were killed will be replaced by those that can survive the antibiotic treatment.

Making a bad neighborhood worse by murdering out only the weakest criminals is a prescription for disaster.

Fungi thrive in the sinuses as well. They feed on the mucus that lines the sinus passageways and produce exotoxins that irritate the membranes of the sinuses themselves. A person's immune system works hard to eliminate these invaders, but this is an ongoing battle because molds, bacteria, and viruses are present in the air we breathe.

Fungus works as a layer of insulation for bacteria to thrive on, making the problem even worse.

2 Bacteria can consume the fungus' mucopolysaccharide conversion and continue to exist on top of it. As a result, they are shielded from the immune system and from antibiotics, which are distributed via the microcapillary bed.

Searching for solutions

Only a partial answer can be found by using a systemic antibiotic to eliminate the bacteria. Molds in the sinuses can't be killed by the immune system or medicines, so you'll also need an antifungal to keep bacteria at bay. 3

For one thing, taking medications orally is a big strain on the body, but in many situations the pathogens are not actually exposed to much at all. Antibiotics must be applied directly to the infected area to have any effect.

Antimicrobials that can destroy all bacteria are also necessary. Different kinds of bacteria can be killed in three distinct ways by antibiotics. Antibiotics can only kill a small percentage of the organisms in a given environment.

All kinds of bacteria need to be killed as evenly as possible, and fungus has to be killed as well. A broad-spectrum antibiotic is what you need.

Colloidal silver has been found to be both antibacterial and antifungal (although it is more effective against bacteria than it is against fungi). It's better at killing some germs than others, but it's effective at killing all of them.

In less than 20 minutes, pure aqueous colloidal silver of sufficient efficacy (more than 35 ppm) when treated with a surfactant (such as polysorbate 20) to promote cell penetration, can kill more than 1 million organisms.

4

When it comes to treating minor sinus infections, enhanced colloidal silver is superior to both sinus surgery and medications.

In addition, it can be sprayed straight into the sinuses, so it doesn't have to be ingested orally. Using this method, you can drastically reduce the amount of material required.

Because the antimicrobial is solely applied where the infection is happening, the patient avoids having a potent antibiotic flowing through their entire body.

Protocols for use

For people who suffer from sinus infections, their mucosal flow is usually quite considerable. The applied antibiotic can be flushed out of the region in about 10 minutes with this method. 5 Every 20 to 30 minutes, the antimicrobial agent must be reapplied to the treatment area in order for it to be effective.

The bacteria and fungi can double in numbers every 20 minutes, therefore reapplying the antibacterial frequently is required. To keep up with their reproduction rate, one must spray them repeatedly. To get the therapy to work, you'll need to apply it every 20 to 30 minutes.

As part of a holistic treatment to sinusitis, the right active agent, in the right concentration, at the right time, and in the right area is critical. The nose's microbial ecology can be protected while the infection is reduced, allowing the nose to return to a healthy state.

Using a Neti Pot, you can be confident that it reaches all of your sinuses. It is common for Neti Pot procedures to recommend the use of saline, however the sole benefit is that part of the bacteria and fungi would be rinsed away. 6

A potent antibacterial solution (e.g., enhanced aqueous colloidal silver) can also be used to fill the sinuses and subsequently shut them. More germs and fungus can be killed in 10 minutes than in a week with medications.

When rushed into the sinuses, aqueous colloidal silver does sting a little, but if it is held there, the irritation disappears. Doing this in the morning and at night helps tremendously with sinus infections.

1 Hampton T. Antibiotic Resistance: New Programs and Discoveries. Published: 2015; 313(24): 2411-2413.

Chronic rhinosinusitis patients' sinus mucosa is covered in bacterial biofilms, according to a new study. 116 (7): 1121–6 in The Laryngoscope, 2006.

3) Singh PK and Parsek MR. Biofilms: a new link to disease pathophysiology. 57:677-701, Annual Review of Microbiology, 2003

Cornelius A. (2006). Silver Iontophoresis and Silver Colloids as Antimicrobial Agents (p. 84-88). Klearsen Corporation is based in Boulder, Colorado.

Five of Al-Rawi M, Edelstein DR, and Erlandson RA. A clinical and electron microscopic investigation of the nasal epithelium in patients with severe chronic sinusitis. 1998;108:1816-1823 in the Laryngoscope

The study was conducted by 6 Pynnonen MA, Mukerji SS, Kim HM, Adams ME and Terrell JE. A randomized, controlled trial of nasal saline for the treatment of chronic sinusitis. 2007;133(11):1115-20. Arch Otolaryngol Head Neck Surg

Can colloidal silver help periodontal disease?

Conclusion. Colloidal silver ions solution was found to be at least as effective as chlorhexidine in the treatment of individuals with periodontal disease, according to our findings.

How much colloidal silver can you take a day?

The suggested daily dose of colloidal silver is one tsp per day, despite the fact that it is absolutely nontoxic and can be consumed in any quantity.

Can colloidal silver cause liver damage?

Many organs, including the colon, bladder, pancreas, and renal papillae, were found to have silver coloring at autopsy.

It was found that the epidermis, glomeruli, choroid plexus, and cardiac connective tissue were all stained black microscopically.

The native liver of the patient had similar little granules, but the newly transplanted liver did not.

Over a period of 15 years, the patient acknowledged to downing a pint of colloidal silver nearly every day. The common cold, cancer, diabetes, and HIV have all been claimed to be cured by this homeopathic medicine. Plenty of equipment and recipes may be found online “There are no regulations on “food supplement” silver treatments. When a 9-volt battery is connected to two silver wires in a tub of water, the result is colloidal silver. The liquid silver elixir is created by the electric reaction drawing silver from the wire into the water.

If you're exposed to sunshine, you're more likely to notice color changes like those seen on argyria, which are caused by silver being reduced to an inactive salt by the light. This process is similar to that employed in photography. For the most part, the long-term effects of silver intake have not been conclusively demonstrated, even though silver is known to permanently alter skin color and deposit widely throughout the body. This means that argyria is still a cosmetically modifying condition, but it is not a bar to liver transplantation because of this fact.

In the same way as other homeopathic treatments, the public can immediately obtain the formulae for colloid silver. Although there is no scientific evidence to support its use, public testimonials claiming that silver is the new panacea will continue to appear. Physicians and patients alike need to be aware that colloidal silver is not the only option “it is the source of eternal youth.”