Silver nanoparticle Background
An antibacterial substance, silver is an old one. Ancient Egyptians covered their wounds with silver in an effort to stop bacterial infections. Mongolian herdsmen were able to preserve their milk in silver vessels more than 1,000 years ago. There are numerous examples today of silver used to prevent bacteria in our daily lives. For skin injuries, doctors will apply gauze made from silver silk to the wound. The shelf life of foods can be extended by using silver containers. The widespread use of silver nanoparticles as antibacterial substances has been made possible by the advent of nanotechnology.
Silver nanoparticles (SNP)have the advantage of being highly efficient, broad-spectrum, difficult to resist drugs, high safety and are currently at the center of antibacterial material research. However, the knowledge of SNPs is still elusive. Further research will continue.
Silver antibacterial substances were not used after antibiotics were discovered in 1930. The abuse of antibiotics has led to a significant problem with drug resistance. SNP has brought attention to new, low-cost antibacterial products that are safe for everyone.
Nano Silver Powder Safety
Silver Nanoparticles can be used as an antibacterial agent, but it is considered a dangerous heavy metal. Researchers have performed relevant experiments in order to address this issue.
Toxicological Sciences journal published studies in 2010 that examined the impact of silver nanoparticles at different levels and sizes on cells. This involved contacting the cells directly with silver nanoparticles to observe how they react. A concentration of 10 g/mL, and a size particle of silver nanoparticles between 10-25nm interfered with the proliferation of the spermatogonia. Two keys are required to make this work: one is the technique, the other is the concentration. This is the problem. The first is to get the cells to come into direct contact. It would require 10 g/ml in order to cause damage. In most cases, direct contact with cells would be impossible. The Taiwan Institute of Labor Health and Safety found out that silver nanoparticles can’t enter the human body even in very high amounts (300 g/mL) according to normal contact. Even if the nanoparticles do reach the skin they can only stay in the cuticle. This means that it is extremely hard to get silver nanoparticles into the human body. Nano silver powder has been shown to be a safe and effective antibacterial agent.
Nano Silver Powder’s Advantages
SNP’s antibacterial properties are excellent. SNP security is excellent. SNPS have a stronger antimicrobial effect than silver ions. They are also less toxic for mammals, and cause fewer complications. Persistence is another advantage. The SNP can also be placed on chitosan, other carriers and continuously released zero-valent silverions. It maintains a fairly stable silver concentration and is therefore able to achieve its purpose. Third, broad-spectrum antibacterial. SNP has the ability to kill HIV-1 and more than 700 other pathogenic bacteria. SNP is able to kill bacteria and prevent it from becoming resistant. SNP is also safe, has low toxic side effects, and can be used easily.
(aka. Technology Co. Ltd. (aka. High purity, small particles size, and low impurity are the hallmarks of our Silver Nanoparticle. To obtain a lower grade, email us.
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