Some of the negative effects of high homocysteine levels are modulated by the PON1 genotype.[ref] BLMH and BPHL are additional enzymes that can also metabolize homocysteine-thiolactone.[ref] Higher levels of homocysteine-thiolactone are also found in chronic inflammatory conditions, such as rheumatoid arthritis, inflammatory eye disease, and AMD.[ref][ref][ref] Lets take a look at why high homocysteine levels cause problems in the body, and then well look at genetic variants in the above cycles that can affect homocysteine levels when combined with dietary choices
These breaks often occur in regions of the sperm genome where chromatin is loosely packed, making them more susceptible to oxidative attack
Spijker S, et al
Advanced neuroimaging studies, such as those utilizing magnetic resonance spectroscopy, have consistently demonstrated that patients with ME/CFS have a deficiency of glutathione in the brain
For general wellness or immune support, a moderate dose of 500 mg daily is often sufficient
You can also find great antioxidants such as ferulic acid, caffeic acid
