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Homocysteine is a critical molecule for the production of Glutathione, but the process to make and reduce glutathione is thrown off by multiple genes. Do you have any of these? and you know where to find VARS Glutathione to help it.

Top genes to keep an eye out for - homocysteine related genes, PEMT, and VDR. GET THESE ALL IN CHECK! If they are out of whack you’re gonna have a lot of problems, but we can address them. Get genetic testing and and Intracellular nutrient

Second part of the video on Homocysteine and how to manage it!

🚨 High Homocysteine? Here’s What You Need to Know! 🚨 If you’ve got genetically high homocysteine, lowering it isn’t as simple as you think. But there’s a way to reduce the inflammation it causes! 🧪🔥 ✅ Homocysteine triggers cytokines like

If you’ve got genetically high homocysteine, lowering it isn’t as simple as you think. But there’s a way to reduce the inflammation it causes! 🧪🔥✅ Homocysteine triggers cytokines like IL-8 & MCP-1✅ The key? Glutathione—but not just any kind

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

Homocysteine - a very difficult molecule to keep in balance if you have genetic errors that affect your methylation and transsulfuration pathway. What does that even mean? You aren’t processing glutathione correctly but you can mitigate its

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 and

Can you defeat inflammation at its source? Inflammatory molecules are released in response to a high homocysteine level. That high homocysteine level causes less production of glutathione, causing all kinds of inflammation and problems! I

Homocysteine levels can persistently be elevated if you possess any of seven genetic Single Nucleotide Polymorphisms (SNPs), such as MTHFR, CBS, or FOLH1. When these genes are homozygous, they disrupt the transulfuration pathway, resulting

High homocysteine levels can lead to inflammation, joint and muscle pain, and even shifting pain throughout the body. It’s also linked to birth defects and chronic kidney failure, and can raise blood pressure. Six genetic SNPs (like MTR, MT

Homocysteine, though detrimental to your health, plays a crucial role in the transsulfuration pathway. While glutathione production is dependent on homocysteine, excessive homocysteine levels pose significant health risks. Once a fixed le