EXPLAIN IT SIMPLY
What exactly is the
Quantum.Silver® complex?
Quantum.Silver® is a complex of silver nanoparticles attached to a larger carrier molecule. This creates a stable, controlled silver nanoparticle complex that is different from conventional colloidal silver and free silver nanoparticles.
Inert Carrier Molecule
200 - 500 nm
Silver Nanoparticles
Quantum dotted on the carrier molecule.
Keeps the complex stable
Helps prevent the silver from being used up before reaching the infection
Helps prevent silver from accumulating in the body
Helps prevent silver from entering healthy cells
<20 nm
A precisely engineered silver nanoparticle complex in which the silver nanoparticles are quantum-dotted onto an inert carrier molecule, and remain uncharged.
This creates a more controlled, consistent and purpose-designed formulation.
DIAL UP INTERNET
Traditional Silver
The basic concept remains familiar.
FIBRE
Quantum.Silver®
The technology behind it has taken a major leap forward.
The difference is not a minor upgrade.
It's more like moving from dial-up internet to fibre: the basic concept remains familiar, but the technology behind it has taken a major leap forward. Quantum.Silver® is not simply another silver product, it represents a significant evolution in how silver is formulated and delivered.
A NEW GENERATION OF SILVER TECHNOLOGY
What Makes Quantum.Silver®
Different?
Quantum.Silver® represents a new generation of silver technology. Traditional silver products may contain silver in less controlled forms, such as dissolved silver ions or free nanoparticles of varying sizes. Quantum.Silver® is:
MECHANISMS
How It Works
Antibacterial Action
Silver nanoparticles may interact with the bacterial surface, interfere with important bacterial proteins and disrupt processes the bacterium needs to survive.
Antiviral Action
Viruses must attach to and enter a host cell before they can reproduce. Silver nanoparticles may interfere with some of these early steps and may also disrupt other parts of the viral lifecycle.
Antifungal Action
Silver nanoparticles may damage fungal cell structures and disrupt the internal systems fungi need to grow and reproduce.
A NEW GENERATION OF SILVER TECHNOLOGY
Why Multiple Mechanisms Matter
Many conventional antimicrobial medicines act mainly on one particular biological target. Silver nanoparticles have been shown to interact with microorganisms in several different ways. This multi-step activity is one reason they continue to be investigated as antimicrobial materials.