Search results

“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/

Insulin Resistance Isn’t About Too Little Insulin Most people with type 2 diabetes produce plenty of insulin—the issue is that it can’t get into the cells. When vitamin and nutrient deficiencies develop over time, the insulin receptors stop

Ever been told you have insulin resistance, but left wondering what it actually means? Most doctors gloss over the real story—let’s break it down together! Discover how insulin resistance affects your energy, hormones, and long-term health,

What is insulin resistance?

Vitamin deficiencies may have more to do with insulin resistance than you have been lead to believe...

🚨 Insulin resistance isn’t about making too little insulin—it’s about your cells not letting it in. When key intracellular vitamins are missing, your insulin receptors can’t work properly—think of it like broken parts on an engine. Fix the

Insulin Resistance, when properly diagnosed and treated, is reversible. You can FLIP out of it! But how? You need to get to the ROOT of the issue - dysfunctional insulin receptors on the cells. These receptors don’t have all they need to fu

What are the major contributors to insulin resistance? Zinc, Chromium, Omegas, B12, and Selenium. Check your intracellular levels and get these in check, watch that insulin resistance reverse quickly. Active lifestyle and eating good will m

…ttachment of the cytoine to the antibbody. I'm sorry to the receptor. um and um and except for certain time they block the receptor attaching to the to the um to the cytoine. That's different. Sil2R is a receptor problem. So um and so is I2…

…the attachment of the cytoine to the antibbody sorry to the receptor. um and um and except for sometime they block the receptor attaching to the to the um to the cytoine. That's different. Sil2R is a receptor problem. So um and so is I23R. …