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PURSER WELLNESSWhere Do I Get My Labs - Direct Labs Laboratory TestsFrom the reading room

I personally use Direct Labs to get my tests. Here is how the process works: 1. Order Tests Order online or call (800) 908-0000 to place your test order. 2. Go To Lab Patient Service Center locations are nearby your home or work. 3. Retrieve Results Most results are received within 24-48 hours and uploaded securely to your account. More Info on Direct Labs Laboratory Tests First time customers will create a MyDLS® account. You will be able to access this account with your username and password at any time to view your test orders, sign HIPAA release forms, print your requisition, and view or p

PURSER WELLNESSGMO vs non-GMOFrom the reading room

Some people become upset if they believe to be consuming GMO products. But what does GMO actually mean? GMO stands for “genetically modified organism ” which can also be said legally as a “living modified organism” or LMO. Usually this is not a problem, however, when it comes to digestion it can be a big issue for a lot of people. This can cause gut and digestion problems among other issues . 10 Reasons to Avoid GMO vs non-gmo 1. GMOs are unhealthy. The American Academy of Environmental Medicine (AAEM) urges doctors to prescribe non-GMO diets for all patients. They cite animal studies showing

PURSER WELLNESSGENOVA™ Neopterin Biopterin Urine Profile for MTHFRFrom the reading room

This test result is bad and could indicate an infection, especially viral. This is a great test for those with A1298C and especially who are Homozygous A1298C. Neopterin is bad while biopterin is good. If neopterin is repeatedly high, the BH4 is low. Neopterin is a sensitive marker of cellular mediated immunity. Reduced levels reflect cellular immunity weakening. Increased neopterin occur with infectious, inflammatory, immune system dysfunction or neoplastic disease evolution. Excessive neopterin negatively impacts the Nitric Oxide pathway in the body (e.g. excessive peroxynitrite formation an

Trace the chapter’s account of homocysteine, from early biochemical discoveries and homocystinuria to the debate over cardiovascular risk.

An introduction to the chapter’s discussion of homocysteine metabolism, nutritional cofactors and the many influences on a blood result.

A reading guide to Dr. Purser’s chapter listing genetic variants discussed in relation to elevated homocysteine.

Explore the chapter’s hypothesis that nutritional status can complicate interpretation of a low homocysteine result.

Follow the chapter’s proposed bridge between homocysteine and inflammatory messages released by monocytes.

This chapter connects genetic variation with the sulfur pathway that appears throughout Dr. Purser’s redox teaching.

A guide to the chapter’s proposed connections between homocysteine, inflammatory signaling and pain.

Explore how this chapter relates homocysteine to clotting and inflammatory laboratory markers.

Understand why Dr. Purser places two experimental research discussions at the center of his inflammatory model.