Chromium Chelate GTF (200mcg)

Chromium Chelate GTF: Advanced Support for Blood Sugar Regulation and Metabolism*

Chromium Chelate GTF is an essential supplement designed to support healthy blood sugar levels and metabolism. Chromium plays a crucial role in the Glucose Tolerance Factor (GTF) molecule, a cofactor for insulin in the regulation of blood sugar, which is vital for proper metabolism. This makes it an important part of your diet, especially for maintaining healthy blood sugar levels and a stabilized appetite.

Our formula uses a unique and patented form of chromium, chelated with the L form of the amino acid glycine. This chelation process ensures maximum assimilation and absorption, allowing the chromium to be more effectively transported and utilized throughout the body.

Key Benefits:

• Supports Healthy Blood Sugar Levels: Chromium is a key component in regulating blood sugar, vital for healthy metabolism.*
• Stabilizes Appetite: Helps in maintaining a steady appetite by balancing blood sugar levels.*
• High Bioavailability: Chelated with glycine for maximum absorption and assimilation in the body.
• Utilizes Albion’s Patented Technology: Mimics natural chelation for enhanced mineral absorption.*

Chromium Chelate GTF is ideal for anyone looking to support their metabolic health and maintain steady blood sugar levels. With its superior absorption and effectiveness, it is an excellent addition to your health regimen.

More about Albion Chelated Minerals:

Albion's exclusive technology mimics the body's natural chelation process, creating organic, highly absorbable chelated minerals. Chelated minerals, formed when minerals are bound to amino acids, significantly enhance the transport and absorption of minerals through the intestinal walls. Glycine, an efficiently absorbed amino acid, is used in Albion formulations as the chelator, ensuring optimal mineral uptake.

*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.