From mitochondrial bioenergetics to hormonal optimization and neuroprotection — how Shilajit compounds interact with human physiology.
DBPs function as direct electron transfer agents within the mitochondrial electron transport chain.
In-vitro mitochondrial respiration assay
"Shilajit dibenzo-alpha-pyrones act as electron carriers enhancing mitochondrial respiration." — Pharmacologyonline (2009)
Fulvic acids and DBPs bypass damaged ETC sections, facilitating electron transfer from Complex I/II to III even under oxidative stress.
DBPs cycle through redox states, preventing ubiquinol degradation. Restores CoQ10 levels in stressed tissues 40% better than CoQ10 alone.
90-Day RCT, n=75 males (45–55y)
"Clinical evaluation of purified Shilajit on testosterone levels in healthy volunteers." — Andrologia (2015)
Crucial Finding: LH and FSH remained within normal ranges, indicating enhancement of internal biosynthetic efficiency rather than HPA axis suppression common in exogenous replacement.
Fulvic acid acts as a "molecular disrupter," inhibiting the self-aggregation of Tau proteins into pathological filaments associated with Alzheimer's disease.
Andean Shilajit fractions increase both the number and length of neuronal processes, supporting structural brain plasticity and cognitive resilience.
PGC-1α activation signals the nucleus to produce new mitochondrial proteins and assemble fresh organelles.
Healthy mitochondria constantly fuse and divide (fission/fusion). Shilajit's minerals support the GTPases (MFN1/2, DRP1) governing this.
Damaged mitochondria are tagged by PINK1/Parkin and recycled. Fulvic acid promotes this quality control pathway.