Can thiamine lower AGE formation and protect neurons long term?

Thiamine may reduce AGE formation through metabolism support.

Helps glucose handling, potentially lowering glycation stress levels.

Some evidence supports neuroprotective effects long term.

Benfotiamine form often studied for AGE reduction benefits.

Supports mitochondrial function, important for neuron health.

May help prevent diabetic neuropathy progression over time.

Not a magic fix, but supportive nutrient strategy.

Combats oxidative stress linked with AGE accumulation.

Higher doses used in research than typical supplementation

Works best alongside proper diet and glucose control.

Could support brain health under high metabolic stress.

AGE reduction mainly relevant in hyperglycemic conditions.

Synergistic with antioxidants for broader cellular protection.

Long-term data promising but still somewhat limited overall.

Important cofactor in carbohydrate metabolism pathways.

Deficiency clearly linked with neurological dysfunction risk.

Supplementation may benefit those with insulin resistance.

Not necessary if diet already thiamine sufficient.

More research needed on healthy athletic populations specifically.

Overall safe and potentially beneficial for metabolic health. 💪