Shilajit

Shilajit supplementation significantly increases CoQ10 levels in skeletal muscle, enhancing mitochondrial energy production.

Surapaneni, Adiga, Prasana et al.

Shilajit increases mitochondrial membrane potential and ATP synthesis in animal models, demonstrating direct bioenergetic effects.

Bhattacharyya, Pal, Ghosh et al.

Purified shilajit raises total testosterone, free testosterone, and DHEA-S in healthy volunteers over a 90-day trial.

Pandit, Biswas, Debnath

Clinical evaluation demonstrates spermatogenic activity of shilajit in oligospermia with significant improvement in sperm parameters.

Biswas, Pandit, Mondal et al.

Fulvic acid inhibits tau aggregation and promotes disassembly of paired helical filaments, key pathological markers of Alzheimer's disease.

Cornejo, Jiménez, Caballero et al.

Systemic administration of shilajit affects cholinergic neurotransmission, suggesting cognitive enhancement mechanisms.

Schliebs, Liebmann, Bhatt et al.

Fulvic acid enhances bioavailability of nutrients and trace minerals in clinical models, acting as a natural chelator.

Winkler, Ghosh

Shilajit demonstrates broad-spectrum mineral supplementation properties with over 80 ionic trace minerals identified.

Agarwal, Patel, Gupta et al.

Comprehensive review of safety and efficacy of shilajit (mumie) with strong antioxidant evidence and excellent safety profile.

Stohs

Shilajit demonstrates broad antioxidant and anti-aging properties via fulvic acid, supporting cellular regeneration.

Carrasco-Gallardo, Guzmán, Maccioni

Shilajit supports bone mineralisation via enhanced calcium and phosphorus metabolism through fulvic acid chelation.

Ghosal

Shilajit exhibits anti-arthritic properties in collagen-induced arthritis models with reduced joint inflammation markers.

Das, Bhattacharya, Datta et al.

Shilajit supplementation significantly improves haemoglobin and RBC count in iron-deficient subjects.

Velmurugan, Bhatt, Ghosal et al.

Shilajit enhances iron bioavailability and reduces anaemia markers through fulvic acid-mediated chelation.

Wilson, Rajamanickam, Dubey et al.

Shilajit alleviates symptoms of high-altitude hypoxia and improves oxygen saturation in mountain environments.

Meena, Pandey, Szulc et al.

PrimaVie shilajit retains muscular strength following fatiguing exercise at altitude, supporting endurance capacity.

Keller, Snipes, Bhatt et al.

Shilajit exhibits immunomodulatory activity via macrophage activation and NK cell stimulation.

Ghosal, Lal, Singh et al.

Anti-viral activity of shilajit humic substances demonstrated against influenza and herpes simplex viruses.

Bhatt, Bhatt, Ghosal

Traditional Ayurvedic formulations containing shilajit demonstrate adaptogenic and rejuvenative properties across multiple organ systems.

Sharma, Pal, Khare