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Coated Colloidal Silver VS. Antibiotics

The therapeutic arsenal against bacterial infections is rapidly shrinking, as drug resistance spreads significantly. Microorganisms have become highly susceptible to being genetically transformed. In the past, antibiotics could treat a wide range of infection-causing bacteria. But due to the risk, they pose to the general public’s health these days, selective use of antibiotics is now practiced. More microorganisms that are multidrug-resistant continue to emerge daily. And it is proving very difficult to find new drugs to tackle these rising problems of antibiotic-resistant bacteria.

Scientists never stop to search for a new effective treatment for bacteria that have become resistant to antibiotics. Some factors were considered. Efficacy and safety are presumably the two aspects that are closely examined. One of the most promising alternatives that can eliminate viruses and bacteria is Colloidal Silver. It takes a relatively low concentration of silver nanoparticles (AgNP) to complete the task.

HOW DO COATED COLLOIDAL SILVER AND ANTIBIOTICS WORK?

Antibiotics and colloidal silver are widely used nowadays across all industries. Before antibiotics were discovered, colloidal silver was widely prescribed in its place. Many people who have become used to using antibiotics might be surprised to know this. However, the return of colloidal silver to the mainstream will not likely replace antibiotics. But it will complement them.

How does colloidal silver work?

Colloidal silver has uses in both medical and food applications. The interaction of colloidal silver made it suitable for food packaging and implants. It has also been shown that colloidal silver may lower how much of an antibiotic the body absorbs. In addition, colloidal silver is also widely used aseptically to disinfect surfaces.

How do antibiotics work?

Antibiotics have strong antibacterial properties. They treat bacterial infections by eliminating microorganisms that have been incubated. Additionally, antibiotics can stop the bacteria from spreading or suspend their growth. They do this by attacking the coating or wall surrounding the bacteria, preventing bacterial reproduction. Certain antibiotics are extremely specialized and only work against specific microorganisms. Others, referred to as broad-spectrum antibiotics, target a variety of bacteria, even those that are helpful to us. To fight off bacteria that cause infections, doctors need to administer Antibiotics, such as ampicillin. Antibiotics should only be used as directed by a medical expert to prevent medication resistance. Here are a few instances where antibiotics should only be used:

  • If the infection is highly contagious
  • If an infection can lead to more serious complications
  • if the infection does not make a person’s condition better without taking antibiotics
  • If the infection is likely to persist without the use of antibiotics for a prolonged period.
  • If a person is considered a good candidate for antibiotic prophylaxis

Does colloidal silver have an antibacterial effect?

Over 650 microorganisms can be eliminated by the wonder antibiotic – Colloidal silver. It has successfully been used to treat different bacterial infections since ancient times due to its known antibacterial, antimicrobial, and antiviral properties. This means it can aid in the defense against common bacteria, viruses, and some strains of fungi. It can prevent or treat diseases like eye infections, sinus infections, herpes, shingles, ear infections, pneumonia, cancer, AIDS, and a host of other ailments.

antibacterial

Also known as nanosilver, colloidal silver has been shown to have adverse effects on harmful microorganisms. AgNPs’ ability to combat deadly viruses is yet another research area for scientists. Tacaribe, monkeypox, and many more isolated viruses are among those being researched (Censored by FTC). Nanosilver can stop bacterial growth even at very low ppm levels. Surgical implant surfaces are now routinely lined with silver nanoparticles to make them sterile. Biofilm forms around the implant without this protective shield. Biofilm consists of potentially hazardous microorganisms that can result in surgical site infections.

Nowadays, silver nanoparticles are frequently used to coat bandages. This is due to the fact that when it is placed on a wound, it does not burn or itch.  Another popular therapeutic use of silver is in stimulating the immune system and helping the body heal itself. It has been shown that the antibacterial properties of silver can help treat and improve skin disorders, like eczema, psoriasis, diabetic ulcers, skin grafts, Bed sores, and other serious skin injuries. Another great advantage of using colloidal silver is that it doesn’t create bacterial resistance like excessive antibiotic use. So, bacteria will always respond to these natural antibiotics.

Coated Colloidal Silver and Antibiotics: Mechanism of Action

Coated Colloidal silver and antibiotics display comparable mechanisms of action. They both have the same effects on bacterial infections. When colloidal silver enters the body, it first penetrates through the membrane of the involved bacteria. The cell breach gives colloidal silver easier access to the cell’s genetic material. Thereafter, colloidal silver deprives the bacteria of nutrients and oxygen. And this eventually causes increased toxicity, resulting in the death of the bacteria. Colloidal silver ultimately stops bacteria’s ability to replicate or reproduce.

Is Colloidal Silver more effective than antibiotics?

It has been demonstrated that using colloidal silver in small dosages can dramatically increase the effectiveness of antibiotics on bacteria. This makes colloidal silver about 1,000 times more effective and sensitive than antibiotics. It was further demonstrated that colloidal silver aids in treating infections that ordinarily necessitate frequent clinic visits for antibiotic treatment.

What advantages do coated colloidal silver have compared to antibiotics?

Despite their similarities, antibiotics and coated colloidal Silver vary in the following ways:

What advantages do coated colloidal silver have

  • Colloidal silver begins to work right away.
  • Unlike antibiotics, coated silver does not cause bacterial resistance
  • Other drugs and even alcohol may be used with colloidal silver.
  • No serious or significant adverse effects with Colloidal silver
  • Coated colloidal silver has no negative effects on immune response and beneficial bacteria
  • You may quit taking coated colloidal at any time without fear of repercussions.
  • Maintain effectiveness in Complex Liquids like smoothies, Juices, Teas & Soups.

Be informed that there are many different ways to prepare nanosilver. Its activity toward bacteria and the human body is generally influenced by its form. Colloidal silver-containing positively-charged silver ions are highly reactive and will act differently from coated colloidal silver. They contain neutral ions as opposed to non-reactive neutrally-charged ions.

Can you use antibiotics and colloidal silver simultaneously?

It is okay to use antibiotics and colloidal silver simultaneously. There is insufficient proof to demonstrate significant dangers from taking both at once. Probiotics and coated colloidal silver are also safe to consume. Overall, colloidal silver is a fantastic substitute for resistance-building antibiotics.

BIBLIOGRAPHY

Calin V. Pop, M.D. Argyria: A Rare Side Effect of Silver Sep 21, 2020

Nodari Rizun. How To Choose The Best Colloidal Silver Mar 23, 2021

Nodari Rizun Coated Silver – Ultimate Immune Support

NOTICE: The Food and Drug Administration has not reviewed the information on this website. It is not intended to replace expert medical advice or treatment for particular medical issues. Rather, it is meant for your general understanding only. Always ask your physician or other knowledgeable healthcare professionals for help if you have any concerns about a medical condition. This website’s content is not meant to be used in the diagnosis, treatment, cure, or prevention of any disease. Never reject or put off getting medical advice because of something you read online (website name).

 

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