Silver ions have antibacterial effects, so do all silver compounds-containing ions have antibacterial effects?

Is it true that compounds that have no antibacterial effect can have antibacterial effect by connecting silver ions?

For example, in the production of antibacterial plastic masterbatch, the ordinary plastic masterbatch without antibacterial effect is modified by grafting modification technology, and the finished product has antibacterial effect by adding nano silver.

Traditional antibacterial materials mainly include antibiotics and synthetic antibacterial agents. Although they have certain antibacterial effect in clinic, there are also many problems. First of all, the abuse of antibiotics has become a global problem, which will not only lead to drug resistance of bacteria, but also trigger a series of adverse reactions. Secondly, synthetic antibacterial agents are widely used, but they have shortcomings such as narrow antibacterial spectrum and easy drug resistance. Therefore, it is an important task for researchers to find safer, more efficient and broad-spectrum antibacterial materials.

The following are the key points about the landlord: As a new antibacterial material, nano-silver antibacterial material has many incomparable advantages over traditional antibacterial materials. First of all, nano-silver antibacterial materials have broad-spectrum antibacterial properties, which can kill a variety of bacteria, viruses and fungi, especially antibiotic-resistant strains. Secondly, the antibacterial effect of nano-silver antibacterial materials is lasting and it is not easy to produce drug resistance. In addition, the nano-silver antibacterial material has high safety, and its active component, silver ion, has good biocompatibility in human body and will not cause potential risks to human body.