Colloidal gold: maybe you’ve heard of it about Covid. In fact, a Mexican research believes that gold nanoparticles – colloidal gold, in fact – would be able to carry molecules – peptides – into our organism, which help stimulate a specific response of antibodies against the virus.
But what is colloidal gold? Why can it be so important to our health? Here is a complete guide to discovering hers property, of hers benefits and also of yours contraindications.
What is colloidal gold?
Colloidal gold uses technology known as nanotechnology where most colloidal particles fall within the diameter range of 1 to 1000 nanometers and can be in any state, solid, liquid or gaseous. For the colloidal gold solution, the particles range from 1 to 100 nanometers, known as gold nanoparticles.
Colloidal gold resembles any colloidal solution, where colloids are a homogeneous non-crystalline material composed of numerous atoms or ultramicroscopic particles of one material scattered through a second material.
In simpler words, a colloidal gold solution consists of small nanometer-sized 24-karat pure gold particles suspended in steam-distilled water along with essential minerals, which are based on the combination of benefits.
What does colloidal gold look like?
The color of colloidal gold is ruby red and can change into yellow The viola, influenced by factors beyond our control – for example, storage (colloidal gold should be stored at 4 ° C) or changes in external temperatures. These external elements only affect its appearance, but not its effectiveness. These nano-sized gold particles, in fact, are able to perfectly filter through cellular films and have beneficial effects for many clinical problems.
What does colloidal gold taste like?
AND tasteless, just like water.
Origin and rise of colloidal gold
Its history dates back to 1857 when Michael Faraday (a famous scientist who contributed to the study of electromagnetism and electrochemistry) came across a ruby red solution which he called “activated gold”.
Colloidal gold and various other colloidal systems have long been among the most widely used labels for antigens in biological electron microscopy. Colloidal gold particles can be attracted to many traditional biological probes such as antibodies, lectins, superantigens, glycans, nucleic acids and receptors.
Main constituents of colloidal gold
The significant constituents of colloidal gold are 99.99% pure 24-karat gold nanoparticles and pure Scottish steam-distilled water along with traces of Himalayan rock salt obtained from the Punjab region (India) and often has a pinkish tint due to mineral deposits in it, glucose which is the source of energy of living beings, cinnamon bark extract and traces of pure silver. Using a low current procedure (the Faraday method), ruby red nanoparticles of colloidal gold are obtained, making it 100% bioaccessible.
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