Anti-Inflammation
Benefit: Shilajit helps reduce inflammation within the body.
Mechanism: Fulvic acid in Shilajit suppresses the formation of pro-inflammatory markers.
Reference: Composition of Fulvic Acid in Natural Shilajit and its Anti-Inflammatory Properties
Testosterone Boost
Benefit: Shilajit boosts testosterone, supporting sexual health and vitality.
Mechanism: It enhances gonadotropic hormones, which stimulates testosterone production.
Reference: Clinical Evaluation of Shilajit for Testosterone and Gonadotropic Hormones
Nutrient Absorption
Benefit: Shilajit improves nutrient absorption and detoxifies harmful substances.
Mechanism: Fulvic acid helps absorb nutrients and flushes out heavy metals.
Reference: The Role of Fulvic Acid in Nutrient Absorption and Detoxification
Improved Sperm Quality
Benefit: Shilajit enhances sperm quality and count.
Mechanism: Its antioxidants shield sperm cells from oxidative damage.
Reference: Impact of Shilajit on Sperm Motility and Quality in Infertile Men
Erectile Dysfunction Aid
Benefit: Shilajit aids erectile dysfunction by improving blood flow.
Mechanism: It increases nitric oxide production, improving circulation.
Reference: Shilajit and Erectile Dysfunction: A Comprehensive Study
Muscle Growth & Recovery
Benefit: Shilajit supports muscle growth and recovery.
Mechanism: It enhances mitochondrial function and boosts ATP production.
Reference: Mitochondrial Function and Muscle Recovery Enhanced by Shilajit
Cognitive Function
Benefit: Shilajit boosts cognitive function and memory.
Mechanism: Antioxidants in Shilajit protect brain cells from damage.
Reference: Neuroprotective Effects of Shilajit on Cognitive Function
Fatigue Reduction
Benefit: Shilajit reduces chronic fatigue by boosting energy levels.
Mechanism: It supports mitochondrial function to reduce fatigue.
Reference: The Effects of Shilajit on Chronic Fatigue Syndrome
Energy Boost
Benefit: Shilajit acts as an energy booster.
Mechanism: It increases ATP production, enhancing overall energy.
Reference: Shilajit and Enhanced ATP Production: A Scientific Overview