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Every single day your cells face oxidative stress from normal metabolism, environmental exposures, exercise, stress, and aging. Your body has a defense for that. Superoxide dismutase, better known as SOD, is a powerful antioxidant enzyme

A subscriber episode exploring questions about MTHFR, nutrient status, and daily energy. Read the public introduction and continue on Substack.

The goal is not to let your genetics define your future. It is to understand them. Because your genes may influence how your body functions, but knowledge gives you the opportunity to ask better questions, make more informed decisions, an

Dan and Jackson discuss the Algevity ingredient, Nrf2, antioxidant research, and VARS Catalase, including an update on the study’s publication status.

Dr. Purser’s subscriber report on MAO-A, genetic terminology, and the anxiety-related questions discussed in the public introduction.

Explore transsulfuration, methylation, glutathione, genetic variants, cytokines, and possible connections.

So why VARS SOD? Because long term wellness should not only be about managing problems after they appear. VARS SOD is designed to support your body's natural antioxidant defenses and promote healthy cellular function. Your cells are wor

What if one of your body's most powerful defenses against oxidative stress is also one of the least talked about? Superoxide dismutase, better known as SOD, is an antioxidant enzyme that helps your body neutralize superoxide radicals befor

Dan and Jackson discuss methylated B vitamins, the term overmethylation, and questions to ask when your response to a supplement changes.

Explore coagulation Factor XI, rs2289252, thrombin, fibrin, deep vein thrombosis (DVT), venous thromboembolism (VTE), and questions about treatment.

Purser Wellness Coach Justace explains why looking at genetics alongside nutritional testing may help you ask better questions and make more informed decisions about your health. Because personalized wellness should not begin with guessing

Dr. Purser explores glutathione, liver processing, antioxidant recycling, and the importance of considering the whole pathway.