LeafSource® Shilajit 500mg - 60 Capsules (30-Day Supply)

Bone Health & Skeletal Support: LeafSource® Shilajit delivers organically-bound calcium, magnesium, and trace minerals that are essential for maintaining optimal bone mineral density throughout aging. The fulvic acid acts as a chelating agent, improving mineral bioavailability and transport to bone tissue while supporting osteoblast activity. Clinical observations show improved joint comfort, reduced morning stiffness, and enhanced mobility in users who maintain consistent supplementation over 4-8 weeks.

Enhanced Cellular Energy Production: This humic-fulvic acid complex optimizes mitochondrial function by facilitating the electron transport chain and increasing adenosine triphosphate (ATP) synthesis at the cellular level. The adaptogenic properties help combat chronic fatigue, extend physical endurance during exercise, and accelerate recovery time post-workout. Users report sustained energy levels throughout the day without the jitters or crashes associated with caffeine-based stimulants.

Superior Nutrient Uptake & Digestive Wellness: The low molecular weight of fulvic acid allows it to penetrate cell membranes and increase nutrient bioavailability by up to 60%, maximizing the value of your diet and supplement regimen. Prebiotic compounds feed beneficial gut bacteria while humic acids support intestinal barrier function, reduce systemic inflammation, and strengthen immune response from the gut-brain axis for comprehensive wellness benefits.

Cold-Water Purity & Complete Mineral Spectrum: Unlike chemically-processed Himalayan shilajit resins extracted with methanol, LeafSource® uses gentle cold-water extraction to preserve heat-sensitive enzymes and bioactive compounds. Sourced exclusively from a protected North American prehistoric rainforest deposit, this pharmaceutical-grade shilajit undergoes rigorous third-party testing for heavy metals and contaminants, providing 77 organically-chelated trace minerals including selenium, zinc, iron, copper, and manganese in their most bioavailable forms.