Let’s explore “Insulin receptor signaling”

Follow Dr. Purser’s explanation of how cells respond to insulin.

No universal reference or treatment target. Standardize fasting duration and collection time.

Can help distinguish iron deficiency from inflammation; use performing-lab interval.

For my FACEBOOK LIKE in 30 minutes -- Tocotrienol (Vitamin E) definitely helps the insulin receptor. If you're deficient they will not work well (insulin resistance). See?

This gives you an approximation on how ZINC affects the functionality of the insulin receptor. Insulin resistance or dysfunction and eventual failure occurs when the zinc becomes deficient intracellularly. Want to know more? See you at 7

Same as zinc, CHROMIUM is critical to insulin receptor functionality at many different sites on the receptor. Without CR (i.e. chromium) (see the areas I starred in red) the receptors not only become dysfuncyional but die eventually. No rev

Chromium is even more critical than zinc to the glucose transport by the insulin receptor on the cell surface. Intracellular Chromium deficiencies are fairly common in my practice. Again early lack of chromium causes reversible insulin re

Zinc is critical for Glucose Transport through the cell wall via the Insulin Receptor. If you have low intracellular zinc level (much more telling and accurate versus serum levels) then this transport does not occur. Early and milder is j

Explore interleukin-15 receptor subunit alpha, IL-15 signaling, natural killer cells, CD8+ T cells, and pain.

Explore interleukin-23 receptor, JAK2, TYK2, STAT3, and related immune signaling.

“Think insulin resistance is permanent? Think again. 💡 Fix the receptor dysfunction with the right nutrients + hormones and your body can rebalance. ”

Did you know insulin resistance is often caused by vitamin and nutrient deficiencies—not just sugar or weight? 🧬 The top intracellular deficiencies linked to insulin receptor dysfunction are zinc, B12, chromium, selenium, and omega-3s (EPA/