What is alpha-lipoic acid 300 used for?
By Matthew Harrington
What is alpha-lipoic acid 300 used for?
Alpha-lipoic acid has been used in alternative medicine as a possibly effective aid in weight loss, treating diabetic nerve pain, healing wounds, lowering blood sugar, improving skin discoloration caused by vitiligo, and decreasing complications of coronary artery bypass graft (CABG) surgery.
How much alpha-lipoic acid should I take daily?
Dosing. Oral dosage of alpha-lipoic acid given in numerous clinical studies ranges from 200 to 1,800 mg daily.
What does alpha-lipoic acid do for the liver?
► ALA is a powerful antioxidant effects on fatty liver. ► ALA prevents degenerations and induces liver regeneration. ► ALA induces liver regeneration by inhibiting apoptosis.
Does alpha-lipoic acid help with nerve pain?
Studies also found that alpha-lipoic acid supplements can help with neuropathy — nerve damage — caused by diabetes or cancer treatment. They seem to reduce symptoms like pain, tingling, and prickling in the feet and legs.
Can I take alpha lipoic acid every day?
Dosing. Alpha-lipoic acid has most often been used by adults in doses of 600-1800 mg by mouth daily for up to 6 months. Speak with a healthcare provider to find out what dose might be best for a specific condition.
What time of day should I take alpha lipoic acid?
Alpha-lipoic supplements are best taken on an empty stomach, as certain foods can lower the acid’s bioavailability (40). Though there is no set dosage, most evidence suggests that 300–600 mg is sufficient and safe.
Is alpha-lipoic acid good for kidneys?
A powerful antioxidant, alpha lipoic acid is made inside the mitochondria (those tiny powerhouses inside every cell in your body) where it helps key enzymes turn nutrients into energy. But alpha lipoic acid plays another critical role—protecting your cells from oxidative damage, including those in your kidneys.
Is alpha-lipoic acid good for blood pressure?
These findings demonstrate that α-lipoic acid supplementation prevents development of hypertension and hyperglycemia, presumably through its antioxidative properties, as reflected by prevention of an increase in heart mitochondrial superoxide anion production and in AGE formation in the aorta of chronically glucose …
