In light of the info that Greg from b12 oils has passed on to some members here, I've been hunting round for more info on riboflavin and its place in the great scheme of things.
It's particularly interesting to me, since Greg says you need sufficient thyroid hormone(s) (T4 and T3) to convert riboflavin to either of the active forms, Flavin Mononucleotide and Flavin Adenine Dinucleotide.
I've always had a problem with B2, it makes me feel violently nauseous and has done as long as I can remember, and I also have a thyroid issue - I don't convert enough T4 into T3, and I also don't pick up enough T3 to keep the engine running.
That means that I have been deficient in FMN and FAD for well over 30 years, probably longer, and will have been experiencing the widespread ramifications of that in relation to methylation at least partially because of a basic FMN and FAD deficiency.
Amongst other things, FMN and FAD are involved with glutathione, xanthines, pre-eclampsia, B6, iron, MTHFR, folate, cataracts, cancer
It's another puzzle-piece for me . Maybe it will be for you
See here - I think this is fascinating, particularly in the context of methylation cycles, since it's involved in homocysteine » methionine conversion, amongst a range of other conversion pathways and processes, such as glutathione, xanthines, B6 » P5P, iron, MTHFR and folate metabolism, and conditions such as migraine and mitochondria damage/function, pre-eclampsia, cataracts, and cancer, PLUS, riboflavin deficiency causes a sore throat - a common ME/CFS symptom:
http://lpi.oregonstate.edu/mic/vitamins/riboflavin#nutrient-interactions
It's particularly interesting to me, since Greg says you need sufficient thyroid hormone(s) (T4 and T3) to convert riboflavin to either of the active forms, Flavin Mononucleotide and Flavin Adenine Dinucleotide.
I've always had a problem with B2, it makes me feel violently nauseous and has done as long as I can remember, and I also have a thyroid issue - I don't convert enough T4 into T3, and I also don't pick up enough T3 to keep the engine running.
That means that I have been deficient in FMN and FAD for well over 30 years, probably longer, and will have been experiencing the widespread ramifications of that in relation to methylation at least partially because of a basic FMN and FAD deficiency.
Amongst other things, FMN and FAD are involved with glutathione, xanthines, pre-eclampsia, B6, iron, MTHFR, folate, cataracts, cancer
It's another puzzle-piece for me . Maybe it will be for you
See here - I think this is fascinating, particularly in the context of methylation cycles, since it's involved in homocysteine » methionine conversion, amongst a range of other conversion pathways and processes, such as glutathione, xanthines, B6 » P5P, iron, MTHFR and folate metabolism, and conditions such as migraine and mitochondria damage/function, pre-eclampsia, cataracts, and cancer, PLUS, riboflavin deficiency causes a sore throat - a common ME/CFS symptom:
http://lpi.oregonstate.edu/mic/vitamins/riboflavin#nutrient-interactions
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