gilson dantas
Member
I ask: high homocysteine may be a genetic defect [genetic deficiency of an enzyme, the MTHGR reductase]? In that case, we can say that homocysteinemia is a disease that passes through the genes? A genetic disease?
What to do then? I suppose that supplementing with B6, with folate, with B12 will lead to nowhere.
What we can do to deal with that with the diet?
The medical option I know is to take TMG for the rest of the life, based on 3-6 g per day: well, this is a bad option since we can have fish odor forever and, at the same time, the effect of TMG is small, it will only lower the homocysteine in something around to 10 to 15%, which is very little for those who have homocysteine around 15 or 18 !! And in addition, TMG can increase Apolipoprotein A1!
In summary: if you born with that genetic disease and then have hyperhomocysteinemia, what diet can reverse that problem? None? Will you have to supplement TMG for the rest of your life?
What to do then? I suppose that supplementing with B6, with folate, with B12 will lead to nowhere.
What we can do to deal with that with the diet?
The medical option I know is to take TMG for the rest of the life, based on 3-6 g per day: well, this is a bad option since we can have fish odor forever and, at the same time, the effect of TMG is small, it will only lower the homocysteine in something around to 10 to 15%, which is very little for those who have homocysteine around 15 or 18 !! And in addition, TMG can increase Apolipoprotein A1!
In summary: if you born with that genetic disease and then have hyperhomocysteinemia, what diet can reverse that problem? None? Will you have to supplement TMG for the rest of your life?