LIKELY EFFECTIVE Athletic/Physical performance Energy uses / Mitochondrial support Weight/fat loss Diabetes glucose and insulin sensitivity Diabetic neuropathy Cholesterol/lipid Nonalcoholic fatty liver disease (NAFLD) Cardiovascular support Hematologic oncologic/ Chemotherapy support Ophthalmic support Reproductive/fertility support Womens health PCOS Dermatologic support BENEFIT UNCLEAR/LIMITED EVIDENCE Diabetic nephropathy Diabetic retinopathy Immunity support/ antimicrobial properties Autoimmune conditions Neurologic support Musculoskeletal Burning Mouth Syndrome Neurovascular Migraine OTHER USES Endocrine ( insulin sensitivity ) Anti-aging ( antioxidant ), Neurotransmitter Support ( mental clarity, brain fog ) Immune Support ( liver detoxification, replenishes glutathione levels ), Energy ( mitochondria function), Metabolism ( weight loss ) Chelates mercury, arsenic and cadmium, Hepatitis Hepatitis C, HIV, Myopathy, Radiation damage, Vitiligo, Taste disorders, Prevention and treatment of mushroom poisoning ( amanita phalloides ), Burning mouth syndrome Possible Benefits Endocrine support : ALA mimics insulin, which both improves glucose metabolism and insulin sensitivity
Over time, perifollicular fibrosis essentially chokes off follicle function
Magnesium: The Energy Requirement Every step of glutathione synthesis requires ATP, which is the "energy currency" of your cells
Klein JA, Ackerman SL (2003) Oxidative stress, cell cycle, and neurodegeneration
These enzymes are involved in glycolysis, oxidative decarboxylation of pyruvate to acetyl-CoA, the tricarboxylic acid cycle, -oxidation of fatty acids, and alcohol metabolism
Reasons glutathione levels reduce: Ageing Chronic stress Pollution exposure Poor sleep Alcohol consumption This is why many people choose a glutathione tablet to support their antioxidant defences when natural production isnt enough
