Let’s explore “SLC19A1 & folate transport”

Folate - everyone needs it, but not all need the same version of it. Look at your genes, FOLR, and other methylation genes to determine which one you need.

What genes coordinate with your intake of folate? The FOLR 1, 2, 3 genes are responsible for the absorption of folate in its different forms. Based on your SNPs for these genes, you may have better affect using different forms of folate. Wh

Well, let’s talk about how to deal with your MTHFR. Methylation of folate is your key problem here. Not processing folate correctly leads to CHRONIC FATIGUE, never being able to make enough ATP. This is why you’re tired all the time, why

What is MTHFR? How does MTHFR effect you? It causes an overall sense of exhaustion due to the lack of folate and other key B vitamins and nutrients. If you can fill the holes of the methylation cycle, your cells can operate “normally.”

MTHFR - the genes that plague MILLIONS around the world. MTHFR causes a misregulation of folate causing widespread deficiencies. Instead, give your body the piecies it needs fill the holes around the methylation of folate. Give yourself t

MTHFR and ATP - the energy coin of our cells - have a very specific relationship. When you can’t methylate folate correclty, it leads to downstream effects of poor carbohydrate metabolism. When you should be making 32 ATP per carb, you may

ATP and MTHFR are closely correlated. If you cannot process folate and other B vitamins, you’re going to be tired due to inefficient ATP production. This causes chronic fatigue and other symptoms. So make sure to take your MTHFR Renew and M

What is the MTHFR SNP? It’s the genes transcription error that causes to process folate poorly, making you SUPER tired. You’re not making ATP, the energy currency of our cells, at the rate you could be. You need the right supplementation to

Folate deficiency- causes some nasty symptoms, but where does it really come from? Both MTHFR and FOLR2 genes handle the folate pathways and any genetic errors on those genes can really mess you up.

Chromium is even more critical than zinc to the glucose transport by the insulin receptor on the cell surface. Intracellular Chromium deficiencies are fairly common in my practice. Again early lack of chromium causes reversible insulin re

Zinc is critical for Glucose Transport through the cell wall via the Insulin Receptor. If you have low intracellular zinc level (much more telling and accurate versus serum levels) then this transport does not occur. Early and milder is j

MTHFD1 helps move folate between forms used for different jobs in the body. Also called: Methylenetetrahydrofolate Dehydrogenase 1 Folate has several working forms Dr. Purser includes MTHFD1 among genes involved in folate interconversion. T…