Say Goodbye to
Biocidal & Nanosilver Antimicrobial Technology Concerns
THE DARK SIDE OF NANOSILVER (AgNPs)
Ionic silver has been used as an antimicrobial agent for centuries. Today, there is an increase in the application of nanosilver (AgNPs) which have been observed to have a better bactericidal activity (ng/L concentrations) than ionic silver (μg/L concentrations), but their widespread use in consumer products has raised concerns about their impact on people and the planet.
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EVIRONMENT IMPACT OF AgNPs
- AgNPs are found in sewer pipes, river water, sediment, and even inside the cells of aquatic organisms.
- AgNPs have been shown to have toxic effects on various aquatic organisms, including fish, algae, and bacteria.
- The released AgNPs have the ability to permeate different media and eventually enter the plant rhizosphere, including our daily vegetables.
- The presence of AgNPs in the environment may have unintended consequences, including the potential for antimicrobial resistance.
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HEALTH IMPACT OF AgNPs
- AgNPs can enter the body through various routes, including inhalation, ingestion, and skin contact.
- AgNPs have been shown to have toxic effects on different body systems, including the lung, the liver, the kidney and the intestine.
- There is evidence that AgNPs can migrate from the blood to the brain, potentially causing neurotoxic effects.
- AgNPs have been shown to accumulate in the brain over time, raising concerns about long-term health effects.
- The potential health impacts of AgNPs may vary depending on the specific route of exposure and the dose received.
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ISSUES OF LEACHING ANTIMICROBIAL TECHNOLOGY
- Silver ions and biocides are used as antimicrobial agents in various products, such as food-contact items, infant products, skin care products, and medical devices.
- The mechanism of their action involves the migration of silver ions or biocides from the core of the substrate (a process called leaching).
- Leaching raises concerns about the safety of products containing silver ions or biocides, particularly when used in contact with food, infants, or sensitive skin.
- The long-term effectiveness of antimicrobial products may decrease as the concentration of silver ions or biocides decreases.
- The extensive use of biocides may lead to the emergence of superbugs.
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Bacteria Repellent Polymers
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