Mito life PANACEA PURE SHILAJIT 240 TABLETS

Panacea is a pure tablet form of shilajit from the Siberian mountains in Russia. During the summer months, shilajit is naturally secreted from high elevation mountains in the form of a tar.  In comparison to shilajit collected from various places, Altai mountain shilajit is categorized cleaner with lesser impurities.

Shilajit is a composite of thonds of years of high-pressurization of organic matter. Think of plants, organisms, microbial life, trace minerals, vitamins, flavonoids, metabolites, all meshed into one resin that absorbs all of those nutrients from high pressure. 

Because of the immense amount of nutritionally dense matter, shilajit is a complete trace mineral source, containing more than 84 carbon-bonded organic minerals that are easily absorbed by the body.* It is also a rich source of fulvic acid, a compound which increases delive the minerals into the cell, enhances the absorption of other compounds taken with it, and chelates and complexes inorganic minerals.

Fulvic acid also helps transport a lot of these minerals directly to where the cell needs them like in mitochondria. Surprisingly, fulvic acid can exchange minerals in a sense, giving up good ones for bad. Such as iron for lead exchange. 

It is a whole food supplement that brings mineral balance to the body in a natural way.

This tablet form is a convenient and easier way to consume shilajit, especially in larger quantities. They can be swallowed whole and go well with a meal or a glass of milk. 

Shilajit’s benefits extend far and wide. Here are some known benefits of using shilajit: 

• It’s able to improve exercise performance, muscular strength, and tissue oxygenation. 
• In a clinical trial it’s been shown to increase collagen production. 
• Shilajit is beginning to be explored in the context of neurodegenerative diseases as a means to combat cognitive decline. 
• Shilajit is known to improve markers of oxidative damage, and preserve bone mineral density in menopal women. 
• Shilajit helps replace microvascular and extracellular tissue.