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… health issues? The answers might be closer than you think. Genetics, vitamin deficiencies, and inflammation can all play a major role in your child’s well-being. With the right testing and a personalized approach, you can uncover the root …

…e. Dr. Purser also explains why processes such as aging and genetic errors (FUT2, GAD2, NAD, GTSP1, GXP1, etc.) inhibit ability to naturally produce reduced glutathione. Learn about the relationship of oxidized GSSH and reduced GSH. Discove…

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…

…rs, especially younger people, to get tested early to avoid genetic breakdowns later in life.

Thyroid health remains essential during menopause. Optimal labs should show FT3 around 4.0 and FT4 near 1.5, and testing through Direct Labs makes it easy to track. Supporting with supplements like Thyromin can help, but only if guided by a…

…ten struggle with inflammation, pain, and even infertility. Genetics play a big role—there are 17 SNPs that can lock homocysteine in place—but vitamin deficiencies can make it worse. The real breakthrough isn’t lowering homocysteine itself …

…ith Redox uncovers the vitamin deficiencies driving it. For genetic causes, the DRP Genetics panel screens 15–16 of the 17 known SNPs that can cause permanently high homocysteine. If your levels are fixed by genetics, reduced glutathione an…

… with Dr. Purser and now helps guide patients using CMA and genetic testing. His background in critical care and nutrition allows him to connect the dots between symptoms, deficiencies, and genetics—helping people find answers when other do…

🧬 After 15+ years deep in genetics, Dr. Purser sees two root causes over and over again: 1️⃣ Inflammation 2️⃣ Gut & liver dysfunction. Almost every chronic issue—including fibromyalgia, fatigue, and brain fog—ties back to 17 homocysteine S…

…-1, that do the damage. And if you’ve got any of the 17 key genetic SNPs, you’re at serious risk. You may not be able to lower homocysteine directly—but you can shut down those cytokines with the right nutrients and VARS Glutathione.

… of cellular energy production. But as we age—or if we have genetic SNPs—our ability to make SOD drops. That’s why we created VARS SOD, with over 10,000 IU per dose (most products have <240 IU). It’s a game changer for anti-aging, DNA prote…

…, assuming nothing can be done. But the real issue is often genetic SNPs (17 of them) or 12 vitamin deficiencies that disrupt your ability to turn homocysteine into glutathione. The fix? Support your pathways and lower those cytokines with …