Ionic vs. Colloidal: When Size Matters

Ionice vs. Colloidal: When Size Matters ©2017 Essense of Life
Ionice vs. Colloidal: When Size Matters ©2017 Essense of Life

The question of “Which is better, ionic or colloidal?” is frequently asked. Simply put it is a question of size. When it comes to mineral supplements, particle size is pivotal to absorption and utilization.

Minerals are not of much use unless they can be absorbed so that the body’s cells can have access to them. Your body needs minerals to carry out the many body processes necessary for life – processes such as growth, repair, energy, and muscle and nerve function to name a few. Minerals are naturally occurring inorganic solids. Rocks are usually composed of a blend of many minerals bound together in aggregates. These rocks are broken down over time through various processes into mineral-rich soil. But the minerals found in soil are colloidal, meaning that they are not water-soluble and are too large in size to be usable. So how can we access these minerals? We can’t just eat a handful of dirt… but plants can! In nature, plants pull these large inorganic mineral particles from the soil and break them down into a much smaller water-soluble form, transforming them through the process of photosynthesis into a format that can be used to help the plant grow and thrive. Humans (and animals) can then make use of these transformed minerals by eating the mineral-enriched plants.

Modern technology allows us to do what only plants could do in the past. We can take these large inorganic colloidal mineral particles and break them down into extremely small ionic water-soluble particles which can be easily absorbed and assimilated fully by the body’s cells. The term “ionic” is used to describe mineral supplements in a water-soluble format. An ion by definition is a charged particle – meaning that the particle carries either a positive or negative charge that allows it to bond and interact with other charged particles. Unlike colloidal particles, which are merely floating in suspension between water molecules, ionic minerals are actually bonded with water molecules due to their charged nature.

Ionic water-soluble minerals are a very small particle size known as an angstrom. An angstrom is one millionth of a meter, which is about 10,000 times smaller than colloidal particles. This extremely small size gives these supplements a distinct advantage over colloidal minerals, as well as supplements in pill or capsule format. The small particle size, coupled with the ionic charge, allows these minerals to be easily absorbed directly into the body’s cells without the need to be digested. This means that the body can quickly and readily make use of these minerals without first having to wait for them to be broken down into a smaller absorbable form. The small size not only allows these minerals easy entry into cells, but also allows any excess to easily leave the body as well. Colloidal minerals, due to their larger particle size, can actually become trapped in the body and cause toxic buildup if they cannot be flushed from the system, leading to conditions such as kidney stones, bone spurs, and heavy-metal poisoning.

Water soluble liquid ionic minerals are of major benefit to those with reduced digestive or enzymatic function, such as the elderly and those with serious health conditions, because they can be absorbed without the need for digestion. Plus they are easy to swallow, which is a major plus for children, pets, and those with swallowing difficulties.

So, when it comes to mineral supplements, size does matter.

Research Sources

What Are Minerals?
The Great “Liquid vs. Pill” Controversy
Essense of Life Minerals Health Topic

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