What it is
Shilajit is not a plant, a mineral, or a fungus — it is a humic exudate: the slow product of plant and microbial matter compressed into rock over centuries, seeping from cracks at altitude as a blackish-brown resin. Chemically it belongs to the humic substances, carrying fulvic and humic acids, aromatic small molecules, and trace minerals.
ASCENTIALS sources from the Altai range above 3,000 metres, cold-extracted to protect the active fractions. Quality is defined the honest way: by standardized fulvic percentage and a clean contaminant assay — not by how many minerals a label can list.
How it works
Shilajit's activity is really the activity of its fractions. The lead actor is fulvic acid: small and oxygen-rich, it binds mineral ions through chelation, ferries them across the intestinal wall, and both donates and accepts electrons to buffer oxidative stress.
Travelling with it, the dibenzo-α-pyrones are studied as electron carriers in mitochondrial energy transfer. The review literature names these two — fulvic acid and the dibenzo-α-pyrones — as the constituents most responsible for shilajit's reported effects. The mineral content matters mainly as cargo.
At a glance
What the literature shows
A condensed view. Each line links to the full review in The Archive, where the complete methods, limitations, and citations live. The human evidence is small but real; the broader base is preclinical and review-level.