Silverlab’s Ionic (Ag⁺) Colloidal Silver Shown to Reduce Inflammation in Human Blood Study

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    Silverlab’s Ionic (Ag⁺) Colloidal Silver Shown to Reduce Inflammation in Human Blood Study

     


    Study 6


    Supporting the Body’s Natural Healing Response
    Inflammation is part of the body’s natural defence system. It helps fight infection and repair tissue, but when inflammation becomes excessive, it can slow down healing and cause pain or swelling.


    A laboratory study conducted by Synexa Life Sciences in 2007 investigated whether
    Silverlab Healthcare’s pharmaceutical-grade ionic (Ag⁺) colloidal silver could help
    control this inflammatory response. The study used human blood that had been exposed to a toxin to trigger inflammation. Researchers then measured two key inflammatory
    messengers, interleukin-6 (IL-6) and tumour necrosis factor alpha (TNF-α), before and
    after adding the ionic silver solution.


    The results were striking:
    Even at a low concentration of 4.5 ppm (parts per million), the ionic silver reduced the
    release of these inflammatory cytokines fivefold compared to the control sample. This anti-inflammatory effect was still clearly visible at concentrations as low as 1.1 ppm.


    Why This Matters


    This study confirms that Silverlab’s ionic (Ag⁺) colloidal silver doesn’t just act as a powerful
    antimicrobial, killing bacteria, viruses, and fungi, but may also help regulate inflammation, supporting the body’s natural healing process.


    In practical terms, this means that when applied to wounds or inflamed tissue, ionic silver
    may not only help control infection but could also reduce unnecessary inflammation,
    helping tissue to heal faster and more comfortably.


    Silverlab pharmaceutical-grade ionic (Ag + ) colloidal silver
    Safe. Gentle. Scientifically tested.


    Scientific reference
    Bouic P, Kriek W. Anti-inflammatory Activity of Ionized Silver (IM/Q610-419-01A). Synexa
    Life Sciences (Pty) Ltd, Laboratory Report, 17 July 2007.

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