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Yes—your genetics can directly cause vitamin deficiencies. Certain SNPs lower your body’s ability to process or make key nutrients, like MTHFR reducing folate use, PEMT lowering phosphatidylcholine production for gut and liver health, and S

Yes—your genetics can directly cause vitamin deficiencies. Certain SNPs lower your body’s ability to process or make key nutrients, like MTHFR reducing folate use, PEMT lowering phosphatidylcholine production for gut and liver health, and SOD decreasing antioxidant defenses against free radicals. These deficiencies drive inflammation, fatigue, and chronic illness, but with the right genetic and intracellular testing, you can target them and supplement with the exact forms your body needs Info: http://www.DanPurserMD.com Supplements: https://www.PhysicianDesigned.com Books: https://www.amazon.com/-/e/B00BIKSGVQ Facebook: https://www.facebook.com/danpursermd Facebook: https://www.facebook.com/PhysicianDesigned Twitter: https://twitter.com/realdanpursermd YouTube: https://www.youtube.com/danpursermd Instagram: https://www.instagram.com/danpurser.md Pinterest: https://www.pinterest.com/danpursermd

Dr. Purser and Justace discuss how genetics often reveal two major patterns in patients: either serious gut and liver issues like SIBO, pancreatitis, or colitis, or inflammatory problems tied to homocysteine and PEMT mutations. Sometimes patients suffer from both, which can lead to severe long-term complications like cancer, heart attacks, or strokes. While genetics isn’t the full answer, it provides critical insight into why these problems develop and how to intervene early. Info: http://www.DanPurserMD.com Supplements: https://www.PhysicianDesigned.com Books: https://www.amazon.com/-/e/B00BIKSGVQ Facebook: https://www.facebook.com/danpursermd Facebook: https://www.facebook.com/PhysicianDesigned Twitter: https://twitter.com/realdanpursermd YouTube: https://www.youtube.com/danpursermd Instagram: https://www.instagram.com/danpurser.md Pinterest: https://www.pinterest.com/danpursermd

MTHFR is one of the most studied genetic SNPs, with the two main variants being C677T and A1298C. These changes reduce the body’s ability to process folate and make energy, leaving people exhausted and deficient in key nutrients. Specialize

Genetic SNPs are tiny changes in your DNA that can drastically affect how well your enzymes and proteins work. For example, being homozygous for MTHFR C677T leaves that enzyme functioning at only about 30% efficiency, which can drain your e

MTHFR plagues MILLIONS of people, and the top symptom is FATIGUE. Gene SNPs related to Homocysteine also cause widespread INFLAMMATION causing you to suffer more. VARS Glutathione and MTHFR Daily will become your BEST FRIENDS in managing MT

MTHFR and methylation SNPs are closely related to the methionine and transsulfuration pathways. Everything in your body is connected and trying to balance out. If you are tired, exhausted, or have unending anxiety, there’s a reason your bod

MTHFR: THE TERRIBLE - but what is the problem I see with MTHFR SNPs? Inflammation caused by homocysteine! If you have high homocysteine, you get high inflammatory cytokine release. The only way to balance it out is reduced glutathione

If you’re looking for another way to reduce inflammation and have the gene SNPs NTRK2 or NRC31, you need phosphatidylserine! This will help stabilize the cell membranes of your nervous system causing all kinds of great benefits.

Why would you need to support your MTHFR genetic SNPs? You have holes of intracellular deficiencies of key vitamins and minerals that are key for cellular metabolism. Fill these holes and make your cells function optimally.

Homocysteine levels can be stubbornly high if you have any of seven genetic SNPs (like MTHFR, CBS, or FOLH1). When these genes are homozygous, they disrupt the transulfuration pathway, leading to high homocysteine, which triggers the releas