I always do my own research before asking a question that I could have gone and looked up myself but I am simply having a hard time finding the key players in converting S-adenosylhomocysteine hydrolase to SAM-E.
I'm assuming, just by looking at the cycle and what the numbers saying either something is draining my Sam-e (creatine demand or methyl doners) or it's not properly getting converted to SAH. So my question is around the area of what it needed to convert SAM-E to SAH.
I've read Phosphatidyl-ethanolamine, PMT (
phenol O-methyltransferase) and many more… I don't know how accurate these are and how you would go about supporting them?
My Methionine is elevated/ borderline high in amino acid plasma
My SAM-E is lower 223 REF RANGE 221-256
However my SAH is high 56.4 REF RANGE 38-49
As well as my Adenosine 26.9 REF RANGE 16.8-21.4
Active folate 361 REF RANGE 400-1500
Oxidized Glutathione barley out of range HIGH
Reduced glutathione barley out of range LOW
Per methylation pathway test
Thanks for you time!
I'm assuming, just by looking at the cycle and what the numbers saying either something is draining my Sam-e (creatine demand or methyl doners) or it's not properly getting converted to SAH. So my question is around the area of what it needed to convert SAM-E to SAH.
I've read Phosphatidyl-ethanolamine, PMT (
phenol O-methyltransferase) and many more… I don't know how accurate these are and how you would go about supporting them?
My Methionine is elevated/ borderline high in amino acid plasma
My SAM-E is lower 223 REF RANGE 221-256
However my SAH is high 56.4 REF RANGE 38-49
As well as my Adenosine 26.9 REF RANGE 16.8-21.4
Active folate 361 REF RANGE 400-1500
Oxidized Glutathione barley out of range HIGH
Reduced glutathione barley out of range LOW
Per methylation pathway test
Thanks for you time!
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