Where Do Shilajit’s Benefits Come From?
Shilajit is a sticky, tar-like substance often appearing dark brown in color, which is highly regarded as a rejuvenating substance in Ayurveda. It is found primarily at high altitudes in the Himalayan and Tibetan mountain ranges, but has also been found in Russian and Chilean mountain ranges. During warm summer months, the intense heat of the sun causes shilajit to become soft, which makes it appear as if it is oozing out of rocks. However, the true origin of shilajit remains somewhat of a mystery even after decades of research. The primary theory is that shilajit is the humification product of various latex producing plants, mosses, and liverworts. T
his theory would explain why shilajit has such a complex chemical makeup that is similar to other humic substances such as peat. Shilajit contains over 85 individual components consisting of a mixture of minerals, humic acids, and amino acids that may potentially support physical health and cognitive function. In order to simplify things a bit, we will only talk about the main components of shilajit which appear to have the highest biological activity. These are dibenzo-Ī±-pyrone Chromaproteins (DBPs) and fulvic acids (FA) with DBP cores.
What is Fulvic Acid?
Fulvic acid (FA) is one of the main components of shilajit. Formed through humification, fulvic acid arises from microbial breakdown of decaying plant material, constituting a humic acid with distinct properties. Fulvic acid, rich in functional groups like carboxylic, readily complexes with cationic substances due to its complex molecular structure. It’s complexing ability potentially explains quite a lot of shilajit’s benefits. Fulvic acid’s superb bioavailability and BBB permeation enable it to effectively deliver complexed compounds, serving as an efficient mechanism. Shilajit-derived fulvic acid easily complexes with DBPs, acting as a delivery mechanism to various body parts, including the brain.
Furthermore, the carboxylic groups in Fulvic Acid appear to strongly support immune health. This system is composed of various precursor zymogens, which circulate throughout our body and are completely inactive. However our innate and adaptive immune system can activate these precursor zymogens.
How does dibenzo-Ī±-pyrone Chromaproteins Support Mitochondrial Function?
Besides supporting healthy inflammatory responses, fulvic acid also promotes healthy oxidative responses. Oxidative support in shilajit appears to be from DBPs. Fulvic acid readily complexes with DBP, facilitating its transport to the brain and other body parts, as previously discussed. DBPs reach mitochondria, crucial for oxidative health, a feat many supplements supporting oxidative responses don’t achieve, making it significant. Optimal mitochondrial health is crucial for producing ATP, the cell’s energy currency, making this location vital for oxidative responses. The production of ATP generates substantial reactive oxygen species (ROS) as a byproduct.
When this happens, we are basically cutting off the energy supply of our cells. Moreover, heightened cellular activity increases the risk of mitochondrial dysfunction, particularly concerning high-energy-demand neural and muscle tissue. Fortunately, DBPs in shilajit offer robust support for targeted mitochondrial oxidation, contributing to overall oxidative health. By preserving mitochondrial function, these DBPs may ultimately even elevate ATP levels in our cells!Ā
Why Buy PrimaVie Purified Shilajit Capsules and Powder?
At this point youāre probably getting pretty excited about shilajit! If you’re interested, PrimaVie Purified Shilajit, highly standardized for elevated fulvic acid and DBPs content, is provided by Noo-tropics.eu. High purification of this extract is crucial. Fulvic acids readily complex with cationic substances, offering benefits but posing drawbacks. Toxic heavy metals are often cationic, leading to dangerously high levels in unpurified shilajit samples. Primavie Shilajit from Noo-tropics.eu ensures safe heavy metal levels, offering shilajit benefits without concerns about heavy metal poisoning.
