Vitamins and minerals provide structure to the body, cellular energy, protection for vital organs, and fuel for physiological processes. Multivitamin supplements have been used for decades as a way to ensure that the minimum nutrition requirements are met despite daily variations in diet and nutrient intake. Even some of the most well-balanced diets fall short in certain micronutrient categories. Cyto Matrix’s Multi Matrix Full Chelate Minerals & Activated Vitamins powder is designed to support the nutritional needs of both men and women.

Multivitamin supplements have been shown to improve the body’s stress response, mood, and energy levels. However, multivitamin supplements get unfairly categorized as one entity, without recognizing the massive quality and dosage differences between formulations. In particular, different vitamin and mineral forms can drastically affect the absorption rates of nutrients through the digestive tract.

As an example, B vitamins must first be converted into their active forms before being used within the body. If vitamin B6 is supplemented as pyridoxine HCl, the liver must first convert it into pyridoxal-5-phosphate before it can efficiently be used in physiological processes. The same principle applies to riboflavin, folic acid, vitamin B12, and other vitamins. In regards to minerals carbonate and oxide forms are commonly used despite the evidence that amino acid chelates demonstrate superior stability and absorption. Vitamin and nutrient forms matter.

Cyto Matrix’s Multi Matrix Full Chelate Minerals & Activated Vitamins contains a well-balanced blend of the most essential vitamins and minerals in their active and highly bioavailable forms, such as mixed tocopherols, pyridoxal-5-phosphate, methylcobalamin, and full amino acid chelated minerals. Multi Matrix also contains a vegan vitamin D3 sourced from organic lichen. Finally, this formula contains Fibregum™, a soluble prebiotic fibre sourced from acacia gum. Fibregum™ is highly tolerable for the digestive tract and demonstrated to increase beneficial bacterial counts, encourage short-chain fatty acid production, improve inflammatory cytokine profiles, and support intestinal permeability without impacting the absorption of chelated minerals.